The Basinglead Truth-600 3D Printer is an industrial-grade large-format FDM printer designed specifically for the production of spinal braces, orthotic shells, and large custom rehabilitation devices. With an extra-large build volume of 600 × 600 × 1000 mm, the Truth-600 allows full-size torso orthoses, scoliosis braces, TLSO, and other large orthotic components to be printed in a single build, making it ideal for modern digital orthotics workflows. The system features a fully enclosed chassis, dual Z-axis mechanical structure, and high-precision servo-driven motion control, ensuring stable printing even for tall or complex models. A closed air filtration system, power-loss recovery, and material-runout detection provide reliable long-duration printing, which is essential when producing large orthotic devices that may require many hours of continuous operation. With support for flexible and rigid materials including TPU, PETG, PLA, and ABS, the Truth-600 enables production of lightweight, ventilated, and patient-specific braces using CAD/CAM and 3D scanning workflows. This printer is ideal for prosthetic & orthotic laboratories, hospitals, scoliosis clinics, and digital orthotics manufacturing centres. Key Features Large-format 3D printer for spinal brace production Extra-large build volume for full torso orthoses High precision servo motion control system Fully enclosed industrial chassis Dual Z-axis synchronous screw structure Built-in air filtration system Power-loss resume printing function Filament run-out detection alarm High temperature extrusion for engineering materials Compatible with flexible and rigid filaments Built-in LED lighting for monitoring prints Large colour touchscreen control panel Technical Specifications Model: Truth-600 Printing Technology: FDM (Fused Deposition Modelling) Build Volume: 600 × 600 × 1000 mm Layer Resolution: 0.05 – 0.3 mm Positioning Accuracy: ≤ 0.0125 mm Number of Nozzles: 1 Printing Speed: 30 – 250 mm/s Nozzle Diameter Options: 0.3 mm 0.4 mm 0.5 mm 0.6 mm 0.8 mm Max Nozzle Temperature: 310°C Supported Materials: PLA, ABS, TPU, PETG Chassis Structure: Fully enclosed, front door + top opening Motion System: Dual Z-axis synchronous screw + linear guide + servo motor Filtration System: Included Power-loss Resume: Supported Material Run-out Alarm: Supported Control Screen: 10.1 inch colour display CPU: 32-bit ARM microcontroller File Formats: STL, OBJ External Storage: USB / SD card / U-disk Operating System Support: Windows / Linux / Mac Power Supply: AC100–240V, 50/60 Hz Machine Size: 1200 × 950 × 1850 mm Packing Size: 1350 × 1100 × 2000 mm Gross Weight: ≥ 330 kg Recommended Operating Temperature: 15–32°C Storage Temperature: 0–32°C Filament Storage: Suspended feeding system Typical Applications in Orthotics & Prosthetics Scoliosis braces (TLSO, LSO, Boston brace) Custom spinal orthoses Large AFO / KAFO shells Prosthetic check sockets Seating and positioning shells Rehabilitation supports Research and development devices Typical Users Orthotic & prosthetic laboratories Scoliosis clinics Rehabilitation hospitals Universities & research centres Digital orthotics manufacturers Humanitarian fabrication centres The Basinglead Truth-600 Spinal Brace 3D Printer provides a powerful large-format digital manufacturing solution, enabling orthotic professionals to produce full-size custom braces with high precision, improved ventilation design, and reduced fabrication time compared with traditional methods.

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The Qaadir Dual-Material Orthotic FDM 3D Printer is an advanced additive manufacturing system designed for prosthetic and orthotic laboratories requiring multi-material, dual-colour, and flexible component printing. With the ability to print two materials simultaneously, the printer allows production of orthotic devices with different hardness levels, colours, or functional zones in a single build, improving efficiency while expanding design possibilities. The system features a fully enclosed upright body for stable temperature control and reliable material performance, ensuring consistent print quality during long production runs. A large-capacity suspended feeding system supports filament weights up to 3 kg, allowing continuous printing without interruption, making the printer suitable for busy clinical and workshop environments. Using FDM melt extrusion technology, the printer supports flexible and rigid materials including TPU, TPE, PLA, and ABS, enabling the production of foot orthotics, braces, splints, and custom rehabilitation devices. Automatic levelling, high-precision motion control, and interchangeable nozzle sizes ensure accurate, smooth, and repeatable printing results. The Qaadir Dual-Material 3D Printer is ideal for modern digital O&P workflows where multi-density and multi-function devices are required. Key Features Dual-colour and dual-material printing capability Suitable for orthotic and prosthetic device production Large suspended filament feeding system (up to 3 kg) Fully enclosed body for stable printing environment High precision motion system for smooth printing Supports flexible and rigid materials Automatic levelling system Interchangeable nozzle sizes Compact upright industrial design Suitable for clinic, lab, and workshop use Technical Specifications Printing Technology: FDM melt extrusion Build Volume (Single Platform): 200 × 300 × 200 mm Printing Speed: Up to 80 mm/h (model dependent) Positioning Accuracy: X: 0.11 mm Y: 0.11 mm Z: 0.025 mm Nozzle Sizes: 0.4 / 0.6 / 0.8 / 1.0 mm Printing Temperature: 175 – 260 °C Supported Materials: TPU, TPE, PLA, ABS, and similar filaments Levelling Mode: Automatic levelling with manual adjustment Feeding System: Suspended feeding, max 3 kg filament Device Size: 710 × 500 × 460 mm Machine Weight: Approx. 30 kg Power Supply: AC 100–220 V, 50/60 Hz Power Consumption: 350 W Structure: Fully enclosed upright frame Typical Applications in Prosthetics & Orthotics Multi-density foot orthotics Flexible AFO components Rehabilitation braces Test sockets and prototypes Pediatric orthotic devices Dual-hardness orthotic designs Research and development printing Typical Users Prosthetic & orthotic laboratories Hospitals and rehabilitation centres Orthotic clinics Universities and training institutes Research facilities Humanitarian fabrication workshops The Qaadir Dual-Material Orthotic FDM 3D Printer provides a powerful and flexible digital manufacturing solution, allowing clinicians and technicians to produce advanced custom devices with improved efficiency, precision, and material versatility. Closed-loop constant temperature control system Fully enclosed metal body for safe operation Built-in internal lighting for print monitoring Supports flexible and rigid materials High-power, stable power supply system Large build volume for orthotic devices Suitable for clinical and workshop environments Technical Specifications Printing Technology: FDM (Fused Deposition Modelling) Build Volume: 350 × 250 × 250 mm Layer Resolution: 0.05 – 0.40 mm Printing Speed: 30 – 190 mm/s Number of Nozzles: 1 Standard Nozzle Size: 0.4 mm Nozzle Temperature: Up to 280°C Supported File Formats: STL, OBJ Supported Materials: TPU, TPE, PLA, ABS and similar filaments Power Supply: 110–220 V, 50–60 Hz Machine Size: 600 × 420 × 605 mm Structure: Sheet metal enclosed body Temperature Control: Closed-loop constant temperature system Lighting: Integrated internal illumination Typical Applications in Prosthetics & Orthotics Custom foot orthotics AFO and brace components Flexible orthotic supports Prosthetic accessories Test sockets and prototypes Rehabilitation devices Digital CAD/CAM workflows Typical Users Prosthetic & orthotic laboratories Hospitals and rehabilitation centres Orthotic clinics Universities and training schools Research laboratories Humanitarian fabrication workshops The Qaadir Orthotic FDM 3D Printer provides a reliable and versatile digital manufacturing solution, enabling prosthetic and orthotic professionals to produce high-quality custom devices with speed, precision, and material flexibility.

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The Qaadir Prosthetic Alignment Instrument is a precision measuring and positioning device designed for accurate alignment of lower limb prostheses during bench assembly and dynamic fitting. The instrument allows prosthetists and technicians to establish correct spatial relationships between socket, knee, pylon, and foot components, ensuring optimal biomechanical performance and patient comfort. Used during both initial fabrication and follow-up adjustments, the alignment instrument helps maintain consistent positioning in the sagittal, coronal, and transverse planes. Accurate alignment is essential for proper load distribution, gait stability, and long-term durability of prosthetic components, making this instrument a standard tool in professional prosthetic workshops. Manufactured from durable, workshop-grade materials, the Qaadir Prosthetic Alignment Instrument is designed for daily use in fabrication laboratories, hospitals, rehabilitation centres, and training institutions. Key Features Precision alignment tool for lower limb prostheses Suitable for bench alignment and adjustment work Supports accurate positioning in all planes Durable construction for workshop use Easy to read measurement scale Stable base for reliable positioning Compatible with standard prosthetic components Improves consistency during fabrication Essential tool for professional prosthetic labs Suitable for training and education environments Typical Uses in Prosthetics Bench alignment of transtibial prostheses Bench alignment of transfemoral prostheses Checking socket position Adjusting pylon alignment Foot positioning setup Pre-dynamic alignment preparation Workshop quality control Typical Applications Prosthetic fabrication workshops Hospital rehabilitation departments Orthopaedic technical laboratories Prosthetics training schools Humanitarian prosthetic clinics Component assembly rooms The Qaadir Prosthetic Alignment Instrument is an essential device for achieving accurate and repeatable prosthetic alignment, helping clinicians and technicians produce high-quality prostheses with improved function, comfort, and reliability.

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The Qaadir Dual Space Workbench with Drawers is a robust, professional-grade workstation designed for prosthetic and orthotic fabrication laboratories, rehabilitation workshops, and technical training facilities. Built for daily clinical and manufacturing use, the workbench provides a large dual working area combined with integrated drawer storage, allowing technicians to perform assembly, modification, and finishing tasks efficiently while keeping tools and components organized. The dual-space design allows two separate working zones on the same bench, making it ideal for busy workshops where multiple tasks are performed simultaneously. The heavy-duty steel frame and reinforced work surface provide excellent stability during grinding, drilling, riveting, thermoforming, and device assembly. Integrated drawers offer secure storage for hand tools, small components, screws, alignment parts, and consumables, ensuring that essential items remain within easy reach during fabrication work. The Qaadir Dual Space Workbench is suitable for prosthetic, orthotic, and rehabilitation engineering environments where strength, durability, and workflow efficiency are required. Key Features Dual working space for multi-task fabrication Heavy-duty steel frame construction Reinforced work surface for workshop use Built-in drawers for tool and component storage Smooth drawer operation for daily use Stable structure suitable for heavy equipment work Designed for prosthetic & orthotic fabrication Easy to install in workshop or laboratory Resistant to dust, resin, and workshop chemicals Professional industrial finish Typical Uses in Prosthetics & Orthotics Prosthetic assembly and alignment Orthotic trimming and finishing Riveting and component installation Foot orthotic modification Tool preparation and layout Storage of screws, rivets, and small parts Typical Applications Prosthetic & orthotic workshops Hospital rehabilitation departments Orthotic production labs Technical training schools Manufacturing facilities Humanitarian fabrication workshops The Qaadir Dual Space Workbench with Drawers provides a strong and practical workstation solution for modern O&P laboratories, helping technicians maintain an organized workspace while supporting precise and efficient device fabrication.

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The Qaadir 3D Printer for Foot Orthotics is a high-speed, dual-platform 3D printing system developed specifically for the production of custom foot orthotics, insoles, and flexible orthopedic components. Designed for orthotic clinics, laboratories, and manufacturing facilities, the printer combines ultra-fast printing speed, stable material feeding, and multi-hardness material capability to deliver reliable, repeatable production of patient-specific devices. Using hot-melt extrusion technology, the system supports TPU, TPE, PLA, ABS, and other thermoplastic materials commonly used in orthotic manufacturing. The dual independent workstations allow continuous production, enabling one platform to print while the other is prepared, significantly increasing productivity in busy workshops. The fully enclosed vertical cabinet design ensures safe operation, stable temperature control, and reduced environmental interference, while the mobile floor-standing structure allows the printer to be easily positioned within clinic or lab environments. With the ability to print multi-density orthotic structures, the Qaadir Orthotic 3D Printer is ideal for modern digital workflows including CAD/CAM foot orthotics, diabetic insoles, sports insoles, and rehabilitation devices. Key Features Designed specifically for foot orthotics and insole production Dual independent printing platforms for continuous workflow Ultra-high speed printing for high-volume production Multi-material and multi-hardness printing capability Stable continuous material feeding system Fully enclosed vertical cabinet for safe operation Automatic levelling for consistent print quality Replaceable nozzle sizes for different resolutions Compact floor-standing design with mobility CE certified safety compliant system Technical Specifications Printing Process: Hot melt extrusion moulding (FDM) Single Platform Build Volume: ≥ 200 × 320 × 200 mm Machine Type: Floor-standing, dual-platform independent workstation Printing Speed: 60 – 120 mm/s Production Speed: Fastest approx. 37 minutes / pair (EU size 40 reference) Printer Weight: ≥ 50 kg Machine Size: Approx. 700 × 490 × 1220 mm to 720 × 520 × 1250 mm Nozzle Sizes: 0.4 / 0.6 / 0.8 / 1.0 mm replaceable Positioning Accuracy: X: 0.11 mm Y: 0.11 mm Z: 0.025 mm Extrusion Temperature Range: 175 – 260 °C Heated Bed Temperature: 0 – 100 °C Supported Materials: TPU, TPE, PLA, ABS, and similar filaments Filament Diameter: 1.75 ± 0.03 mm Feeding Mode: Continuous proximity material supply Levelling Mode: Automatic levelling with manual adjustment option Cooling System: Air-cooled with thermistor temperature control Input Voltage: AC 100–220 V / 50–60 Hz Maximum Power Consumption: < 700 W Power Control: Dual power switch, independent platform control Certification: CE safety certified Operating Environment: Office / clinic / laboratory compatible Typical Applications in Prosthetics & Orthotics Custom foot orthotics Diabetic insoles Sports performance insoles Multi-density orthotic devices Rehabilitation footwear inserts Digital orthotic CAD/CAM workflows The Qaadir 3D Printer for Foot Orthotics provides a modern digital manufacturing solution for clinics and laboratories looking to transition from traditional milling to high-speed additive manufacturing while maintaining accuracy, flexibility, and production efficiency.

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The Qaadir EVA Milling Machine is a high-precision CNC engraving system designed specifically for the batch production of EVA insoles, orthotic footbeds, and flat relief components used in prosthetic and orthotic workshops. Built for reliability and accuracy, this compact yet powerful milling unit delivers fast processing speeds, consistent repeatability, and excellent surface finish, making it ideal for clinics, laboratories, and manufacturing facilities producing custom or semi-custom orthotic devices. Designed with a rigid cast-iron structure and precision drive system, the machine provides stable operation during continuous production, ensuring accurate carving of EVA blocks, foam materials, and similar orthotic substrates. The high-speed water-cooled spindle allows smooth cutting at high RPM, reducing vibration and improving tool life while maintaining tight dimensional tolerances. The Qaadir EVA Milling Machine is particularly suited for workshops producing EVA insoles, AFO footplates, shoe inserts, and relief-type orthotic components where flat or layered machining is required. Key Features High-precision CNC engraving for EVA insoles and orthotic components Suitable for batch production in orthotic laboratories Stable cast-iron construction for vibration-free machining High-speed water-cooled spindle for smooth cutting Compact footprint suitable for clinic or workshop use Easy clamping system for fast material changeover Designed for EVA, foam, and similar orthotic materials Reliable performance for continuous daily production Technical Specifications X / Y / Z Stroke: 400 × 300 × 120 mm Relief Processing Size: 400 × 300 × 100 mm 3D Processing: Not supported (relief / flat machining only) Machine Dimensions: 710 × 740 × 1640 mm Weight: Approx. 280 kg Frame Material: Integral cast iron with square steel bracket Clamping Method: Top pressure / clamp / adhesive fixing Engraving Precision: ± 0.01 mm Spindle Speed: 0 – 24,000 rpm Processing Speed: 0 – 3000 mm/min Spindle Power: 1500 W water-cooled frequency conversion spindle Drive Mode: Precision drive motor Tool Shank Diameter: 2.3 – 6 mm Voltage: AC 220V / 50–60 Hz Maximum Power Consumption: 3 kW Typical Applications in Prosthetics & Orthotics EVA orthotic insoles Custom footbeds AFO footplates Shoe modifications Foam orthotic components Relief carving for orthotic blanks The Qaadir EVA Milling Machine provides an efficient and affordable CNC solution for orthotic workshops looking to increase production capacity while maintaining high accuracy and repeatability.

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Advanced, non-invasive spinal decompression for back and neck pain relief The Robotic Spinal Decompression Physiotherapy Table is a state-of-the-art therapeutic platform designed to provide controlled, targeted spinal decompression for patients suffering from chronic back pain, disc herniation, sciatica, and related musculoskeletal conditions. Engineered for precision, comfort, and clinical effectiveness, this table integrates robotic actuation with customizable treatment protocols to deliver gentle traction and realignment of the vertebral segments — without the need for surgery. Key Features & Capabilities ✔ Fully Robotic Decompression Control Advanced robotic actuators deliver smooth, programmable decompression forces along the spinal axis. The system adjusts traction dynamically during the treatment cycle, maximizing patient comfort while optimizing therapeutic effect. ✔ Multi-Segment Motion & Flexion Control Designed to target specific spinal regions (cervical, thoracic, lumbar), the table supports controlled flexion, extension, and rotation patterns that align with clinical protocols for disc decompression and nerve-root relief. ✔ Intelligent Treatment Protocols Clinicians can select from pre-set therapeutic programs or customize parameters including: Decompression force Hold/relax cycles Speed & timing Target vertebral levels This allows tailored interventions for individual patient presentations. ✔ Ergonomic Patient Comfort Patient positioning is enhanced with: Contoured body support Padded surfaces Adjustable head and pelvic restraints Integrated safety stops Comfort-oriented design supports longer treatment durations without distress. ✔ Intuitive Touchscreen User Interface The built-in control panel displays treatment metrics in real time and allows precise adjustment of settings. Protocol selection, parameter changes, and progress tracking are straightforward and clinician-friendly. ✔ Integrated Safety Systems Multiple failsafes, load monitoring, and emergency stops ensure patient safety throughout the session. The robotic system modulates force in response to resistance changes to prevent overstressing tissues. Clinical & Rehabilitation Benefits The Robotic Spinal Decompression Table is indicated for a wide range of spine-related conditions: Clinical advantages include: Gradual disc rehydration and reduction of intradiscal pressure Alleviation of nerve root compression Improved joint mobility and alignment Reduced paraspinal muscle spasm Enhanced functional comfort during activities of daily living Decompression therapy has been shown to provide significant symptomatic relief for patients with: Herniated or bulging discs Degenerative disc disease Sciatica / radiculopathy Facet syndrome Postural imbalance syndromes ✔ Non-invasive alternative to surgery✔ Customizable to patient pathology✔ Clinician-controlled, data-enabled therapy✔ Complementary to physio, manual therapy, and exercise programs✔ Supports objective tracking of clinical progress By combining robotic precision with clinical flexibility, this table enables rehabilitation professionals to deliver high-quality decompression therapy within outpatient, hospital, and physiotherapy settings. Typical Treatment Workflow Patient assessment: baseline examination & postural evaluation Protocol selection: choose target region and parameters Positioning: secure and comfortable setup on table Therapy delivery: robotic decompression with guided motion Post-session review: range of motion, pain scores, functional assessment Technical Specifications (Example) Specification Details Power Supply 220–240 V AC, 50/60 Hz Operation Mode Fully programmable robotic traction Treatment Modes Cervical / Lumbar / Multi-segment Max Force Clinician adjustable to therapeutic levels Display Integrated touchscreen control panel Safety Emergency stop + load sensors Patient Weight Capacity Up to 200–250 kg (model dependent) (Actual specifications vary by configuration and model. Please confirm prior to ordering.) Practice Settings Ideal for: Physiotherapy clinics Orthopedic centers Pain management facilities Rehabilitation hospitals Sports medicine and chiropractic practices Clinician Benefits Objective, reproducible decompression control Reduced manual clinician effort vs traditional traction Improved patient comfort and compliance Integrated safety monitoring Custom session data retention for audit and follow-up

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The VACUPRESS IR2103 DUAL is a high-capacity infrared oven engineered for demanding orthotics, prosthetics, thermoforming, and plastic-forming workshops. Designed to handle large sheets, shell blanks, or batch processes — and to support two independent heating tasks at once — this oven combines powerful radiant heating, precise temperature control, and flexible workflow management.  Key Features & Benefits Very large heated area — 2140 × 1040 mm: The expansive chamber lets you heat entire large-format plastic sheets or shell blanks (e.g. seat shells, full-size orthoses, large molds) in one piece — reducing seams, joints, and material handling.  Dual independent heating zones / dual thermostat control: The “DUAL” design allows you to run two separate heating processes simultaneously, including different temperature settings — for example, heating two different materials or two sheets up to ~1 × 1 m each. This increases flexibility and throughput.  Infrared radiant heating — fast, efficient, surface-focused: As with other VACUPRESS infrared ovens, the IR2103 uses direct radiant heat to warm the material directly rather than heating ambient air. This yields much faster cycle times, immediate readiness (no long pre-heat), and overall energy efficiency.  Accurate material-surface temperature control: An optical IR temperature sensor continuously measures the actual surface temperature of the material — not the air. Combined with PID control and dual-zone regulation, this ensures precise, repeatable heating without the risk of scorching or overheating.  Modern user interface with touch-panel controls: The 3.5″ touch-panel controller displays both the target (“set”) and actual material temperature. Built-in timer and ramp-up functions, graphical heating-process display, and a USB interface for firmware updates make operation intuitive and future-proof.  Flexible material handling with mobile tray & optional frame holders: Typically includes a roll-about tray on casters (for ergonomic loading/unloading of large sheets), and frame holders that can support blister-forming or deep-drawing frames — helping integrate the oven into vacuum-forming or thermoforming workflows.  Energy-efficient & workshop-optimized design: Because infrared heating acts directly on materials, no long idle heating is needed. The oven avoids unnecessary energy use, reduces warm-up times, and lowers heat emission, making it practical even in busy orthotic and prosthetic workshops.  Typical Use Cases Heating large thermoplastic sheets for custom orthotic / prosthetic shells, seating shells, or large-form components in one piece. Running two simultaneous jobs — e.g., pre-heating two different materials or two blanks of different size/thickness — to maximize throughput in busy production settings. Prepping blanks for vacuum-forming or deep-drawing of insoles, foot orthoses, AFOs / KAFOs, prosthetic sockets, or structural shells. Batch-processing multiple sheets or molds in a single heating cycle — useful for labs, clinics, or medium-to-large manufacturing workshops. Situations requiring precise, repeatable heating — such as composite prep, pre-preg processing (with vacuum-bagging), or sensitive thermoforming needing exact temperature control. Why Choose VACUPRESS IR2103 DUAL The IR2103 DUAL stands out as a powerful, versatile, and production-grade infrared oven — ideal for large-format, high-throughput, or multi-task orthotic & prosthetic workshops. Its dual-zone capability, large heating area, precise surface-temperature monitoring, and efficient infrared heating make it a core asset when you need to process big sheets, run concurrent jobs, or maintain consistent quality across many parts. For labs or shops aiming to boost capacity, reduce cycle time, and improve reliability — this oven offers a top-tier heating solution.

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The IR1303 XTR from VACUPRESS is a top-tier infrared heating oven built for professional orthotic, prosthetic, and thermoforming workshops that require large-format capacity, precise heating, and reliable temperature control. With 24 infrared quartz tubes, advanced material-surface temperature control, and a versatile mobile cart, this oven is designed to handle large sheets, shell blanks, orthotic shells, prosthetic sockets, or multiple parts in a single batch — and deliver consistent, high-quality results.  Key Features & Benefits High-power 24-tube infrared heating system: The oven uses 24 infrared-quartz tubes with reflectors, offering strong and even radiant heating across a large surface — ideal for heating big plastic sheets, shell blanks, or orthotic/prosthetic components. Two-stage switching (6 or 24 tubes) allows flexible heating intensity depending on material size.  Large heating chamber & mobile material cart: Internal dimensions of 1300 × 1590 × 500 mm provide ample space for large parts and multiple components. The included mobile material cart (with lockable casters, foldable holders for deep-drawing/blister-forming frames, and gas-spring adjustable height) makes loading/unloading ergonomic and efficient.  Surface-temperature measurement & precise PID control: Unlike conventional ovens that monitor air temperature, the IR1303 XTR uses an opto-electronic infrared sensor to measure the actual surface temperature of the material. This ensures accurate, repeatable heating and helps prevent overheating or burning of plastics — even with diverse materials or colored laminates.  Advanced controller with modern interface: The oven features a 3.5" touch-panel controller that displays set and actual material temperatures. It offers programmable heating cycles with ramp & soak, timer functionality, graphical heating-process display, individual maintenance notifications, multilingual UI, and software-updates via USB — making it user-friendly and future-proof.  Flexible operation & energy-efficient usage: With adjustable heating zones, you can activate only part of the infrared tubes when working on smaller pieces — saving energy and increasing efficiency. The system shuts off heating when the material reaches the target temperature, reducing energy waste and extending lamp life.  Workshop-ready construction: The oven includes a space-saving sliding door (vertically guided on ball bearings with gas-springs), double-pane viewing window for safety, internal lighting, and a stainless-steel interior — all designed to meet the demands of frequent daily use in orthotic, prosthetic or plastic-forming workshops.  Typical Use Cases Pre-heating large thermoplastic sheets, EVA foils, or shell blanks for vacuum-forming insoles, foot orthoses, AFO/KAFO shells, prosthetic sockets, or large orthotic components. Forming big orthotic shells or prosthetic socket molds for adult use — large enough to accommodate size-heavy parts. Batch processing multiple parts or large-format pieces in a single heating cycle — ideal for labs and workshops dealing with multiple orders. Preparing materials for lamination, composite lay-up, or post-forming treatments — especially when using pre-preg or layered plastics requiring precise temperature control. Workshops, clinics, or manufacturing facilities requiring a reliable, high-capacity heating solution that balances speed, precision, and ergonomics. Why Choose VACUPRESS Infrared Oven IR1303 XTR The IR1303 XTR stands out as a powerful, versatile, and professional-grade infrared oven — combining exceptional heating capacity, precise material-surface control, ergonomic material handling, and energy-efficient operation. For orthotics, prosthetics, custom footwear, or plastic-forming workshops that demand large-part capacity, repeatable results, and long-term reliability — this oven offers a future-proof solution that significantly improves throughput, material consistency, and operator convenience.

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The IR1303 is a powerful, workshop-ready infrared oven engineered for efficient, precise heating of large thermoplastic materials, shell blanks, and forming frames — ideal for orthotic, prosthetic, custom footwear, and plastic-forming shops. It combines high heating capacity, advanced temperature control, and material-handling flexibility, making it a top-tier heating solution for demanding production needs.  Key Features & Benefits Large internal capacity for bigger workpieces: Internal dimensions are 1300 × 1090 × 500 mm, providing ample space for large thermoplastic sheets, shell blanks, orthotic shells, or thermoforming frames. External dimensions are 1595 × 1270 × 1400 mm (height with door open: 1850 mm).  Powerful 18-tube infrared heating system: Equipped with 18 infrared quartz tubes (each with individual reflectors), the IR1303 delivers strong, uniform radiant heating — ideal for quickly softening large plastic sheets and preparing them for vacuum forming or molding.  Surface-temperature control with optical IR sensor: Unlike ovens that monitor air temperature, the IR1303 uses an opto-electronic IR sensor to continuously measure the actual surface temperature of the material. This ensures precise, reliable heating and helps prevent overheating or burning of plastics.  Modern controller with intuitive touch display: A 3.5" touch-panel controller shows both the set and actual temperatures. Features include programmable timer, ramp-up heating, graphical heating-process display, multilingual UI, automatic maintenance notifications — and future-proofing via software updates over USB.  Height-adjustable mobile material cart: Comes with a movable cart on lockable casters with a gas-spring–assisted, infinitely adjustable height (working height 820–1050 mm). The cart includes a foldable holder for thermoforming / blister-forming frames — streamlining loading/unloading and improving ergonomics.  Energy-efficient & fast heating — no preheating needed: Infrared radiant heat warms material directly (not the surrounding air), eliminating long preheat times and significantly reducing energy consumption. This improves workshop throughput and reduces idle-time costs.  Optimized for orthotic / prosthetic / thermoforming workflows: The IR1303 excels for heating large plastic sheets, EVA or PP/PE blanks, shell materials, orthotic foot-orthoses, prosthetic sockets, or custom footwear components — especially when larger workpiece capacity and consistent heating are required. Typical Use Cases Pre-heating large thermoplastic sheets or blanks before vacuum-forming insoles, foot orthoses, AFO / KAFO shells, prosthetic sockets, or custom footwear components. Heating shell blanks or large components for thermoforming or molding when working on full-size orthotic or prosthetic parts. Preparing plastic materials for lamination, composite layup, or post-forming finishing in orthotics / prosthetics labs and workshops. Batch-processing multiple pieces or large-format parts in a single heating cycle — suitable for production environments, larger clinics, or manufacturing setups. Why Choose VACUPRESS Infrared Oven IR1303 The IR1303 stands out as a high-capacity, precise, and efficient infrared oven — ideal for professionals in orthotics, prosthetics, custom footwear, and thermoforming. Its combination of radiant infrared heating, surface-temperature PID control, large working chamber, and ergonomic material handling makes it a dependable core piece of equipment for any serious workshop aiming for quality, repeatability, and productivity.

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The IR1003 is a high-performance infrared-heating oven engineered specifically for the demands of orthotic and prosthetic workshops. It provides fast, direct, and consistent heating of thermoplastic sheets, shell blanks, EVA foils, and other materials — ensuring reliable performance for vacuum forming, deep drawing, shell molding, and material pre-heating.  Key Features & Benefits Direct infrared heating — no pre-heat needed: The IR1003 uses an array of 12 specialized IR-quartz tubes to deliver radiant heat directly to the surface of the material — drastically reducing warm-up time and enabling faster processing cycles.  Surface-temperature control with optical sensor + PID controller: A built-in optical sensor monitors the surface temperature of the material in real time. This ensures precise heating, avoids overheating or scorching, and produces consistent results — even with different plastics or colored materials.  Roll-about tray with adjustable height & Teflon-coated surface: The oven includes a movable, height-adjustable tray that makes loading/unloading easier and supports blister-forming frames or flat sheets. The Teflon coating facilitates material handling and helps prevent sticking or deformation.  Optimized for orthotics & prosthetics work: Heated area (~ 92 × 72 cm) is well suited for plastic sheets, shell blanks, foot-orthotic components, socket shells, and similar parts — making the IR1003 practical for workshops producing orthoses, prosthetic sockets, and custom devices.  Energy-efficient & responsive: Because infrared heating directly targets the material — not the surrounding air — the IR1003 requires no lengthy preheating. Heating begins only when required, reducing energy consumption and shortening processing cycles compared to traditional convection ovens. User-friendly, workshop-ready design: The oven’s controls allow custom heating cycles (timers, ramp-up) to match different materials and workflows. The carriage tray, safety shutoff when the door is opened, and robust build make it suitable for daily use in busy labs or clinics.  Typical Use Cases Pre-heating thermoplastic sheets, EVA or PP/PE blanks before vacuum-forming insoles, shells, prosthetic sockets, or orthotic devices. Softening plastic blanks for thinning, trimming, or manual molding — e.g., foot orthoses, insoles, shell components, or custom shoe parts. Heating blister-forming trays for prosthetic socket molds or deep-drawing applications. Rapid turnaround small-to-medium batch processing — ideal for clinics, custom orthotic labs, prosthetic workshops, or custom-shoe makers. Material preparation before lamination, bonding, or forming — ensuring uniform heat and controlled softening for consistent results. Why Choose IR1003 The IR1003 stands out by combining speed, precision, and practicality — delivering direct, controlled infrared heating in a form factor optimized for orthotic and prosthetic production. Its surface-temperature control, infrared heating array, and ergonomic design make it an effective alternative to traditional convection ovens — especially when you need fast cycles, consistent results, and energy-efficient heating. For professionals working with plastics, orthoses, prosthetic shells, and custom components, the IR1003 is a reliable, high-quality heating solution.

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The IR1001 COMPACT is a bench-top infrared heating oven engineered to meet the needs of orthotic & prosthetic labs, custom footwear makers, and small-batch thermoforming workshops. By using infrared radiation instead of ambient air heating, it provides rapid, consistent warming of plastic sheets, EVA, liners, and shell materials — enabling efficient vacuum forming, molding, or material heating — without long pre-heating times.  🔥 Key Features & Advantages Efficient infrared heating with 12-tube array: Twelve IR-quartz tubes (with reflectors) deliver direct surface heating — enabling fast, even heating of plastic sheets and components without overheating surrounding air.  Material surface temperature control: An optical IR-temperature sensor monitors surface temperature in real time. Coupled with a digital PID controller, this ensures accurate, repeatable heating cycles — minimizing risk of scorching or warping.  Wide heating area for versatile parts: The internal working area (heated tray) offers approx. 1000 × 800 mm (external dims: 1270 × 920 × 455 mm), giving sufficient space for large plastic sheets, insoles, orthotic shells, or multiple small parts at once.  Pull-out tray for easy loading/unloading: A full-size, ball-bearing-mounted tray slides out for straightforward placement and removal of materials — simplifying workflow and improving ergonomics.  Bench-top design, optional stand: Its relatively compact footprint allows integration into smaller workshops or labs. For more ergonomic working height, an optional stand is available.  Instant-on operation & energy-efficient: Because infrared heating acts directly on material surfaces rather than heating the whole chamber air — there is no long warm-up time. Heating is demand-based, reducing unnecessary energy use and speeding up cycles.  Common Use Cases Pre-heating thermoplastic sheets, EVA blanks, liners, or plastic sheets before vacuum-forming or deep-drawing — for insoles, foot orthoses, prosthetic shells, shoe soles, and similar components. Softening materials for manual forming — for custom orthotics, shoe modification, casting/heat forming, and shell adjustments. Small-batch or bespoke production — suitable for clinics, prosthetic labs, orthotic workshops, custom footwear makers, or rehab-device fabrication sites with limited space. Heating multiple small parts or several components in a single batch — increasing efficiency for workshops handling diverse orders. Why Choose IR1001 COMPACT The IR1001 COMPACT stands out for its speed, precision, and flexibility — combining advanced infrared heating technology with a practical bench-top design. It gives orthotic and prosthetic technicians, shoemakers, and small workshop owners a reliable, efficient way to warm, soften, or shape plastics and thermoplastics without the complexity or footprint of large industrial ovens. Especially valuable when you need fast turnaround, consistent heating results, and a workspace-friendly solution.

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The IR803 is a compact but powerful infrared-heating oven designed specifically to meet the needs of orthotic, prosthetic, and custom-footwear workshops. It delivers quick, even heating of thermoplastics, blister-forming trays, sheet materials, and other plastics — making it an essential tool for vacuum forming, deep drawing, shell molds, and pre-forming preparation.  Core Features & Benefits Direct infrared heating — no preheating required: Unlike conventional convection ovens, the IR803 uses infrared-quartz tubes to heat material surfaces directly, dramatically reducing warm-up times and increasing workshop throughput.  Precise material-surface temperature control: An integrated optical IR-sensor coupled with a microprocessor-based PID controller continuously measures the surface temperature of the material — preventing overheating or burnt plastics and guaranteeing consistent results.  Wide temperature range & flexible process control: Temperature is infinitely adjustable between ~30 °C and 250 °C, suitable for a broad range of thermoplastics. Built-in timer and ramp functions allow custom heating cycles and gentle heat-up, ideal for sensitive materials.  Workshop-ready ergonomic design: The IR803 includes a pull-out Teflon-coated tray for easy loading of sheets or forming frames, double-pane viewing windows for safe monitoring, and interior lighting — making it practical for daily use in labs or clinics.  Efficient & energy-saving operation: With no need for long pre-heating and no idle-time heating of air (as happens in convection ovens), the IR803 offers faster cycle-times and lower energy consumption — helping lower operating costs.  Typical Use Cases Pre-heating thermoplastic sheets or blanks for vacuum-forming insoles, orthotic shells, prosthetic sockets, or foot orthoses. Heating blister-forming trays for prosthetic/quasi-sock molds or thermoforming applications. Softening EVA, PP/PE, or other polymer sheets prior to forming or shaping. Preparing plastic parts before post-processing, bonding, or shell sealing. Batch processing small to medium-size plastic sheets — ideal for clinics, ortho labs, and custom-device

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The VACUPRESS Pre-Preg Oven PO1800 is a professional-grade convection oven engineered especially for the demands of pre-preg composite processing, thermoforming support, and orthotic/prosthetic manufacturing workflows. Its large interior, advanced control system, and built-in vacuum connectivity make it a top-tier solution for curing, forming, or finishing composite and thermoplastic parts — from small orthoses to large shell molds and structural components.  Key Features & Benefits Spacious oven chamber for large molds and shells — With internal dimensions of approximately 1000 × 620 × 1790 mm (W × D × H), the PO1800 provides ample space for hanging molds, full-size orthotic or prosthetic shells, larger thermoplastic parts, or multiple items at once.  Advanced microprocessor control with PID regulation — Equipped with a modern control panel (touch-interface) that allows you to precisely manage temperature, program custom heating cycles (ramp & soak), and monitor material-core temperature for optimal curing or forming results.  Material-temperature sensing & programmable heating profiles — The built-in mould/material sensor enables the oven to regulate heating based on the actual part temperature (not just ambient air), ensuring accurate, repeatable results when processing composites or sensitive thermoplastics.  Vacuum integration for pre-preg and lamination workflows — Includes a standard 4-port vacuum connector inside the chamber plus an external water-separator, enabling vacuum bagging or vacuum-assisted lamination processes directly inside the oven. This is essential for high-quality composite socket shells, braces, or orthotic components.  Energy-efficient three-zone chamber segmentation — The oven’s internal shelving and zoned segmentation allow reduction of active volume when processing smaller molds — improving energy efficiency and reducing heating times when full-height capacity isn’t needed.  Heavy-duty, workshop-ready build — Large double doors, stainless-steel interior, built-in lighting, and a robust frame make PO1800 suitable for frequent use in busy prosthetic, orthotic, or composite-shell manufacturing environments.  Typical Use Cases Curing pre-preg composite (carbon-fiber, fiberglass and similar materials) sockets, orthotic shells, braces, AFO/KAFO components, or structural parts under vacuum-bag conditions. Vacuum-bag processing or lamination of composite shells or structural components requiring combined vacuum and heat. Thermoforming, heat-treating or post-forming curing of larger orthotic, prosthetic, or custom-footwear shells and components. Batch-processing multiple molds or large parts in one batch — ideal for labs or workshops managing production runs or larger projects. Mixed workflows combining vacuum forming, composite lamination, and post-forming curing — especially useful in orthotics/prosthetics labs, rehab centers, custom-device workshops, and production facilities. Why Choose VACUPRESS Pre-Preg Oven PO1800 The PO1800 oven stands out as a professional-grade, versatile, and production-ready heating solution — combining a large working capacity, precise material-temperature control, integrated vacuum capability, and energy-efficient chamber segmentation. Whether you’re manufacturing composite sockets, orthotic shells, prosthetic components, or thermoformed devices, this oven ensures top-tier control, repeatability, and quality — making it an excellent investment for any serious orthotics/prosthetics lab or composite-shell production workshop. 

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The VACUPRESS Pre-Preg Oven PO1200 is a professional-grade convection heating oven specifically engineered for the demands of pre-preg composite processing, thermoforming support, and orthotic/prosthetic manufacturing workflows. Its large interior, precise temperature control, and intelligent heating management make it an ideal solution for curing, pre-heating and processing composite or thermoplastic materials — from small orthoses to larger shells and components.  Core Features & Benefits Designed for pre-preg composite processing: PO1200 is purpose-built to meet the stringent requirements of pre-impregnated composite materials — allowing reliable curing and processing with vacuum bagging or mould-based forming.  Large, workshop-ready chamber: The oven interior measures approximately 1000 × 620 × 1200 mm, big enough to accommodate hanging moulds, large shells, or multiple parts at once — ideal for orthotic shells, prosthetic socket moulds, or larger thermoformed components.  Precision heating control via microprocessor & PID regulation: A microprocessor-based controller with touch-panel interface delivers accurate temperature regulation, ensuring reproducible curing cycles and material integrity — critical in composite and pre-preg workflows.  Material-temperature sensing & programmable cycles: A built-in mould/material sensor allows the oven to control heating based on the actual core temperature of the part — not just ambient air temperature. Combined with a Timer & Ramp function, the user can program custom heating profiles for different materials and parts.  Energy-efficient, adaptable chamber size: A three-zone segmentation system (with intermediate shelf) reduces the internal volume when processing smaller molds, lowering energy consumption and improving heating efficiency.  Vacuum integration ready: The PO1200 comes standard with 4 vacuum connectors and an external water-separator — enabling vacuum bagging or vacuum-assisted lamination directly inside the oven, a crucial feature for composite socket and shell fabrication.  Workshop-grade build & usability: Spacious double-door design for easy loading/unloading, stainless-steel interior finish, built-in lighting, and robust structure — ready for daily use in clinics, orthotic labs, prosthetic workshops, or composite manufacturing facilities.  Typical Use Cases Curing pre-preg carbon-fiber or fiberglass composite shells for prosthetic sockets, AFOs, orthotic braces, or custom orthotic components. Vacuum-bag processing of composite laminates — combining heating and vacuum in one controlled environment. Pre-heating or post-curing thermoformed parts (e.g. orthotic shells, insoles, foot orthoses) to stabilize shape or prepare for finishing. Processing multiple molds or larger parts in a single batch — useful for labs, clinics, and small- to medium-scale production workshops. Supporting mixed workflows — from vacuum forming to composite lamination — providing flexibility for O&P, custom footwear, or prosthetic manufacturing environments. Why Choose the PO1200 Oven The Pre-Preg Oven PO1200 stands out because it brings precision, capacity, versatility, and process-control in one comprehensive solution — bridging the gap between standard heating ovens and full-scale industrial curing ovens. If you work with composites, require vacuum-assisted lamination, or need reliable, repeatable processing of thermoplastics and shells, the PO1200 is a future-proof investment that ensures consistent quality and efficiency in orthotics, prosthetics, and custom manufacturing.

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The VACUPRESS Convection Oven Size 4 is a powerful, spacious convection-heating cabinet designed to meet the demands of professional orthotics, prosthetics, custom footwear, and thermoforming workshops. With a significantly larger interior than smaller ovens, it accommodates larger thermoplastic blanks, shell molds, foot orthoses, prosthetic components, and other sizable parts — making it a versatile and efficient heating solution for pre-heating, softening, curing, or drying.  Core Features & Benefits Large interior capacity — The generous internal volume and wide inside width make the Oven Size 4 suitable for larger molds, orthotic shells, prosthetic components, or batch-processing multiple parts at once.  Powerful heating with fan-assisted convection — Equipped with a 3000 W heating system and a fan motor (with reversible rotation) to ensure uniform, even heat distribution across the chamber — minimizing hotspots and ensuring consistent softening or curing.  Adjustable temperature & timer control — The thermostat provides a wide adjustable temperature range (typical for VACUPRESS ovens: from ~ 60 °C up to ~ 280 °C) and a timer that can be set from 0–120 minutes or used for continuous operation — giving you full control over material heating cycles.  Robust, workshop-ready construction — Built with a stainless-steel housing (interior and exterior), a durable door with a large double-pane viewing window, and stable door supports — designed to withstand frequent use in busy clinics, labs, or manufacturing settings.  Versatility across workflows — Whether you need to preheat large thermoplastic blanks before vacuum forming, soften materials for molding, cure formed orthotic shells, or dry plastic components / laminates — the Oven Size 4 adapts to a wide range of production needs. Typical Use Cases Pre-heating thermoplastic sheets or shell blanks (for foot orthoses, prosthetic shells, AFO/KAFO components) before vacuum forming or molding. Softening plastics for thermoforming or reshaping in custom footwear, orthotic, or prosthetic fabrication. Post-forming heating, curing, or drying of molded components (shells, braces, insoles) to stabilize shape and properties. Batch processing multiple parts or larger molds — useful for medium- to large-volume workshops or production runs. Preparing laminates, sandwich materials, or composite shells before lamination or vacuum infusion work in orthotic/prosthetic labs. Why Choose VACUPRESS Convection Oven Size 4 The VACUPRESS Convection Oven Size 4 stands out as a robust, high-capacity, and industrial-grade heating solution — balancing powerful performance with workshop-friendly usability. For orthotic and prosthetic labs, custom footwear manufacturers, and thermoforming workshops that need reliable, uniform heating for larger parts or high throughput, this oven offers the capacity, control, and durability required to streamline production and ensure consistent results.

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The VACUPRESS Convection Oven Size 2 is a robust, mid-sized convection heating cabinet designed specifically for orthopedic, prosthetic, and custom footwear workshops. With a larger interior compared to its smaller sibling, this oven supports efficient heating of bigger thermoplastic sheets or components — making it an excellent tool for thermoforming, pre-heating, post-forming curing, or general material preparation.  Key Features & Benefits Generous interior for larger parts: With internal dimensions of approximately 430 × 330 × 360 mm, the Size 2 oven accommodates larger thermoplastic cuts, insoles, shell blanks, or orthotic components — giving you flexibility beyond small-scale heating.  Stepless temperature control: The thermostat allows continuous adjustment from 50 °C to 270 °C, enabling precise matching to the softening point of a wide range of thermoplastics and materials used in orthotics and prosthetics.  Flexible timer and continuous-operation modes: The built-in timer can be set from 0 to 60 minutes, or you can choose continuous heating — useful for varied workflows such as pre-heating, curing, or drying.  Even heat distribution via fan-assisted convection: The integrated heating element (2400 W) plus a fan ensure homogeneous air circulation, reducing hot spots and delivering consistent, uniform heating across materials.  Durable stainless-steel construction: Both the interior and exterior housings are stainless steel, offering longevity, easy cleaning, and resistance to workshop wear. The door features a large double-glazed viewing window for safe and convenient monitoring during the heating process.  Convenient for everyday workshop use: Comes standard with two grids and two trays, enabling simultaneous heating of multiple parts or batch processing — ideal for labs and production environments with moderate throughput.  Common Use Cases Pre-heating thermoplastic sheets, EVA foils, or insole materials before vacuum-form or thermoforming processes. Softening plastic blanks or shells for custom foot orthoses, prosthetic socket blanks, or shoe-orthotic components. Post-forming curing or drying of molded orthotic components, insoles, or prosthetic shells to stabilize shape before finishing. Batch-heating multiple parts or materials — useful for small-to-medium workshops, clinics, or custom footwear/orthotic labs. General material conditioning (softening, heating, drying) — supporting flexible workshop workflows without needing large industrial ovens. Why Choose Convection Oven Size 2 The Convection Oven Size 2 is a balanced, reliable, and versatile heating solution — combining capacity, control, and build quality in a footprint suitable for most orthotics, prosthetics, and custom-shoe workshops. Whether you need to soften plastics, preheat materials, cure parts, or batch-process multiple components, its mix of temperature flexibility, uniform heating, and practical capacity makes it a go-to choice for professionals seeking a robust, everyday-compatible heating oven.

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The VACUPRESS Convection Oven Size 1 is an extremely compact heating cabinet, purpose-built to complement thermoforming and vacuum-forming devices. It offers consistent, evenly distributed heat — ideal for pre-heating thermoplastics, softening materials, or curing molded parts before or after forming.  Key Features & Benefits Uniform, gentle heating: As a convection oven, it circulates warm air around the material — ensuring even heating and reducing the risk of hot spots or uneven softening, which is critical when preparing thermoplastics for forming or rework.  Compact bench-top design: Its small footprint makes it a great fit for clinics, orthotic labs, or small-to-medium workshops where space is limited — yet heating capability is still required.  Reliable accessory for thermoforming workflows: Works well as a supporting device for vacuum-forming presses and deep-drawing units — facilitating pre-heating, post-forming curing or drying of orthotic shells, insoles, or prosthetic components. Versatile use cases: Suitable for softening EVA, thermoplastic sheets, insole materials, or other plastics — also useful for curing or drying parts after forming, lamination, or composite work. Typical Use Scenarios Pre-heating thermoplastic sheets or insoles before vacuum-forming or molding to ensure flexibility and proper forming behavior. Post-forming heat treatment or drying of molded orthotic shells, foot orthoses, prosthetic shells, or custom footwear parts. Softening or warming materials prior to assembly — such as prepping insoles, heel lifts, braces, or shell components. General workshop tasks like curing adhesives, drying composite layups, or gently heating parts before further processing. Why Choose VACUPRESS Convection Oven Size 1 The Convection Oven Size 1 stands out for combining precision, reliability, and compactness — giving you an essential heating tool that integrates smoothly into any orthotic, prosthetic, or shoe-making workflow. Whether used for pre-heating, curing, drying, or material softening, it helps ensure consistent results and improves the quality and repeatability of thermoforming and lamination work — without requiring large industrial ovens or excessive floor space.

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The VACUPRESS Activation Device AG33 is a specialized heating unit designed to activate adhesives, soften orthotic materials (e.g. EVA foils), or heat-mold plastics — making it a valuable tool in orthotics, prosthetics, custom insole work, and shoe manufacturing. It ensures fast, even heating, with flexible control to suit different materials and applications.  Key Features & Benefits Dual-tray heating for flexibility: The AG33 features two heating trays, allowing you to process multiple parts or materials simultaneously — useful for batch work or preparing multiple insoles / orthotic inserts at once.  Infrared heating with multi-level control: It uses 9 fast-infrared tubes distributed across three independently switchable heating levels. This enables precise control of heating intensity and even heat distribution — important when working with different plastics or adhesive types.  Quick and consistent glue activation / material warming: The unit efficiently activates adhesives or warms materials, reducing wait times and improving workshop throughput — ideal for shoe repair, orthotic fabrication, or prosthetic finishing.  User-friendly operation: Simple controls, clear heating level selection, and easy-to-access trays make the AG33 straightforward to operate, even for busy clinics or workshops.  Compact and robust build: Designed to fit comfortably in a workshop or lab bench environment. Its size and weight make it suitable even for small clinics or custom footwear/orthotic workshops where space is at a premium.  Typical Use Cases Activating shoe-repair adhesives before bonding soles, insoles, or heel lifts — ensuring proper glue activation and strong adhesion. Pre-heating insoles, orthotic shells, EVA sheets, or plastic parts before vacuum-forming or molding — improving flexibility and molding accuracy. Heating foot-orthotic components prior to final shaping, fitting, or assembly in prosthetic or orthotic labs. Batch-processing multiple components (e.g. two insoles or shell halves) simultaneously, increasing efficiency in small to medium workshops. Why Choose VACUPRESS Activation Device AG33 The AG33 stands out because it combines precision heating, flexibility, and workshop-friendly design — delivering reliable glue activation and material warming without the complexity or size of full ovens. For orthotics & prosthetics labs, custom-footwear makers, or shoe-repair workshops that value speed, consistency, and quality — the AG33 offers a practical, high-value solution that integrates seamlessly into production workflows.

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The VACUPRESS TLV40 HV-II is a high-performance vacuum supply unit designed to support demanding vacuum-forming, lamination, and composite fabrication workflows in orthotic, prosthetic, or custom fabrication workshops. Built for robustness, deep vacuum capability, and stable performance, this unit delivers industrial-grade suction, making it ideal as a central vacuum backbone for large-scale or multi-station operations.  🔧 Key Features & Advantages High suction capacity & deep vacuum performance: The TLV40 HV-II uses a powerful oil-circulated rotary-vane vacuum pump with a suction capacity of 40 m³/h, achieving a final vacuum pressure down to 5 mbar (≈ 99 % vacuum) — ensuring strong, consistent suction even for large or complex molds.  Large vacuum reservoir with stable suction: Equipped with an integrated vacuum tank (typically ~25 L), which provides rapid suction build-up and helps maintain steady vacuum during long forming or lamination cycles — essential for thick materials and composite layups.  Industrial-grade, oil-lubricated rotary-vane pump: Designed for heavy-duty, continuous use — the oil-lubricated rotary-vane mechanism ensures durability, reliability, and long operational life under frequent vacuum-forming or lamination usage.  Versatile central vacuum supply: The TLV40 HV-II can serve as a central vacuum hub for vacuum-forming presses, lamination stations, composite-shell fabrication, or multiple workstations — making it suitable for medium to large orthotic/prosthetic labs, fabrication facilities, and production workshops.  Workshop-ready industrial build: Built to professional standards for orthotics, prosthetics, and composite manufacturing — capable of handling frequent demanding tasks, thick plastics, heavy molds, and larger orthotic or prosthetic shells.  Typical Use Cases Vacuum-forming of insoles, foot orthoses, AFO/KAFO shells, prosthetic sockets, and other orthotic or prosthetic components requiring strong and stable suction. Composite lamination and resin-infused lay-ups — such as carbon-fiber or fiberglass socket shells, structural braces, or orthotic/prosthetic components needing vacuum-assisted compaction and curing. Multi-station workshop setups — supplying vacuum to several thermoforming presses or lamination stations simultaneously, maximizing throughput in labs or production facilities. Heavy-duty or large-part forming — particularly useful when working with thick thermoplastics, large molds, or full-size orthotic shells and prosthetic components requiring deep, stable vacuum. Custom footwear, orthotic, or prosthetic manufacturing labs seeking a reliable, long-term vacuum solution for varied vacuum-forming and lamination needs. Why Choose TLV40 HV-II The VACUPRESS TLV40 HV-II stands out as a powerful, versatile, and durable vacuum aggregate — offering top-tier suction strength, performance reliability, and flexibility for both vacuum-forming and lamination tasks. For orthotic and prosthetic workshops, composite-shell fabricators, or custom-device manufacturers who demand consistent vacuum performance, deep vacuum capability, and workshop-grade robustness — the TLV40 HV-II delivers a dependable vacuum backbone, optimized for high-quality, repeatable results in even the most demanding applications. 

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The Vacuum Aggregate TLV25 HV-II is a heavy-duty vacuum supply unit engineered to meet the rigorous demands of orthopedic technology workshops, prosthetics/orthotics (O&P) labs, composite lamination facilities, and vacuum-forming production environments. With its high suction capacity, deep vacuum pressure, and robust construction, the TLV25 HV-II serves as a reliable backbone for vacuum-based fabrication and forming tasks.  Core Features & Advantages High suction capacity & deep vacuum performance — The TLV25 HV-II uses an oil-lubricated rotary-vane vacuum pump generating ~ 25 m³/h flow, with an ultimate vacuum down to 5 mbar (≈ 99% vacuum). This ensures powerful, stable suction — even for demanding tasks such as thermoforming thick plastics, composite layups, or large orthotic shells.  Large built-in vacuum tank — Equipped with a substantial vacuum reservoir (tank capacity typically 25 L), allowing rapid suction build-up, reduced pump cycling, and stable pressure retention throughout the forming or lamination cycle.  Reliable rotary-vane pump technology — The oil-lubricated pump design ensures consistent vacuum generation over extended use, making it well-suited for frequent or heavy-duty workshop operations.  Versatile central vacuum supply — Ideal for powering vacuum-forming presses, lamination stations, composite shell fabrication, or multi-station setups — enabling you to run multiple tools / workstations from a single vacuum source.  Workshop-ready design — Built to industrial standards, the TLV25 HV-II is robust, dependable, and designed to integrate seamlessly into orthotic, prosthetic, or custom footwear production facilities where reliability and vacuum stability are critical.  Typical Use Cases Vacuum-forming of insoles, foot orthoses, AFO/KAFO shells, prosthetic sockets, and other orthotic or prosthetic plastic components that require strong, stable suction. Composite lamination — resin-infused carbon-fiber or fiberglass socket shells, structural braces, or orthotic components needing vacuum-assisted layup and curing. Multi-station workshops — shared vacuum supply for several thermoforming presses or lamination stations in clinics, labs, or small manufacturing facilities. Custom footwear & orthotic labs — for consistent vacuum forming or lamination in production of custom insoles, orthoses, or prosthetic components. Why Choose VACUPRESS Vacuum Aggregate TLV25 HV-II When your workshop demands powerful suction, deep vacuum capability, and reliability, the TLV25 HV-II stands out as a top-tier vacuum aggregate. It offers the suction strength required for thick materials and composite shells, supports multiple workstations, and delivers stable performance even under continuous use. For O&P labs, prosthetic workshops, composite-shell manufacturers, or custom footwear producers — this unit provides a strong, dependable vacuum backbone, enabling precision-forming, lamination, and fabrication with confidence. 

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The Vacuum Aggregate TLV10 is a robust, maintenance-free vacuum supply unit engineered for modern orthopaedic, prosthetic, and thermoforming workflows. Designed with portability and reliability in mind, it provides consistent vacuum suction for vacuum forming presses, lamination stations, or multi-station workshops — making it a versatile “central vacuum heart” for clinics, labs, or mobile setups.  🔧 Key Features & Benefits Strong, two-stage oil-free vacuum pump: The TLV10 delivers a flow rate of 10 m³/h, achieving final vacuum pressure down to 200 mbar — sufficient for reliable vacuum forming, lamination, or composite work even when connected to multiple devices.  Fully automated vacuum control: The built-in electronics continuously monitor vacuum levels. The pump automatically activates when vacuum is requested (e.g. when a connected press closes) and shuts off when target vacuum is reached — reducing energy use, noise, and wear.  Quiet, compact & portable housing: The TLV10 is designed to be mobile-friendly — compact dimensions (approx. 210 × 410 × 390 mm) and light weight (~11 kg) make it easy to transport or relocate — useful for mobile clinics, hospital visits, or small workshops.  Integrated dust filter with water separator: A fine dust filter (with water separation) protects the pump from contamination, ensuring longevity and consistent suction performance — crucial when dealing with plastic dust, resin fumes, or workshop debris.  Standard vacuum connection (DIN coupling): Ensures easy integration with existing vacuum-forming presses, lamination stations, or vacuum-based equipment, without specialized adapters or complicated piping. Versatile for multiple uses: Whether you’re vacuum-forming foot orthoses, laminating composite shells, or running multiple thermoforming stations, the TLV10 serves as a reliable central vacuum hub — ideal for orthotics/prosthetics labs, custom footwear workshops, or rehabilitation clinics.  Typical Use Cases Powering vacuum-forming presses for insoles, foot orthoses, AFO shells, or prosthetic components. Central vacuum supply in lamination and composite-shell manufacturing (e.g. carbon-fiber or fiberglass laminates). Multi-station workshop setups — allowing several thermoforming or lamination machines to share a single vacuum source, optimizing cost and space. Mobile clinics or rehabilitation units that require portable vacuum capability for on-site orthotic fabrication or custom shell forming. Clinics or labs seeking a clean, quiet, and maintenance-free vacuum system — ideal in hospital, patient-care, or small-workshop environments. Why Choose VACUPRESS Vacuum Aggregate TLV10 The TLV10 combines power, practicality, and portability — offering a perfect balance for clinics and labs that need a dependable vacuum supply without bulky or high-maintenance industrial systems. Its oil-free maintenance-free pump, automatic vacuum regulation, compact design, and protective filtration make it a reliable backbone for an O&P workshop or mobile setup. For professionals seeking a versatile, easy-to-integrate, and long-lasting vacuum source — the TLV10 is a smart, future-proof investment. 

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The TLV6-II PRO from VACUPRESS is a professional-grade vacuum lamination and vacuum-supply unit designed for orthopedic, prosthetic, and composite-fabrication workshops. Engineered for reliability, flexibility, and efficiency, this unit supports multiple lamination stations and thermoforming tasks — making it an ideal backbone for labs, clinics, or small-to-medium manufacturing setups.  🔧 Key Features & Benefits High-performance vacuum pump — The built-in dry-running, oil-free, maintenance-free pump delivers a vacuum capacity of 6 m³/h with a final pressure down to 200 mbar, providing stable suction for lamination, resin layup, forming, or vacuum-based manufacturing processes.  Multi-station capability — Equipped with four separately switchable 8 mm vacuum outlets, the TLV6-II PRO can supply two independent lamination workstations simultaneously — improving workshop throughput and enabling parallel workflows.  Individual pressure control — Two of the four outlets feature individually adjustable vacuum regulation. This is especially useful when inner and outer vacuum bags require different suction levels — for example during composite layups or multi-layer lamination work.  Thermoforming support — In addition to lamination outputs, the unit includes an extra DIN-coupling direct connection for vacuum-forming tasks — allowing the same pump to service presses or deep-drawing machines when needed.  Automatic vacuum management & vacuum tank — Vacuum automatically activates when suction is needed and pauses when nominal vacuum is reached. The integrated vacuum tank ensures rapid suction build-up — beneficial for quick-response tasks and thermoforming cycles.  Compact, robust design — With a footprint of roughly 435 × 390 × 240 mm and a weight around 22 kg, TLV6-II PRO is compact enough for labs and workshops with limited space, yet powerful enough for regular daily use.  Reliable filtration and clean operation — Every vacuum outlet has a fine dust filter to protect internal components, maintaining clean, safe air flow and prolonging pump lifespan under frequent use.  Typical Use Cases Composite lamination: vacuum-infusion or layup of carbon-fiber, fiberglass, or hybrid orthotic/prosthetic shells, AFO/KAFO components, braces, etc. Resin casting and lamination work in orthotics/prosthetics labs — e.g. custom socket fabrication, structural components, or laminated shells. Supporting two lamination workstations at once in small-to-mid size workshops — increases productivity while using a single pump. Serving as a central vacuum supply for both lamination and thermoforming equipment (e.g. vacuum-form presses, deep-drawing machines) — useful for workshops handling both composite and thermoformed parts. Small clinics, rehab centers, or custom-shoe / orthotic manufacturers with limited floor space seeking a compact, multi-use vacuum solution. Why Choose TLV6-II PRO The TLV6-II PRO stands out as a versatile, efficient, and workshop-ready vacuum unit — combining lamination-grade performance with multi-station and thermoforming flexibility. For orthopedic, prosthetic, or custom-manufacturing labs that need reliable vacuum supply for composite layups, lamination, resin work, and vacuum forming — this unit offers a compact yet powerful solution, optimized for everyday professional use. 

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The VACUPRESS TLV6-II is a compact yet powerful vacuum lamination unit built to support professional-level composite lamination or thermoforming workflows. With its efficient vacuum pump, multiple output connections and built-in vacuum safety features, the TLV6-II is a practical backbone for laminating, resin infusion, or vacuum-forming tasks — ideal for orthotic/prosthetic workshops, small production labs, or composite-part fabrication.  Core Features & Advantages Strong vacuum performance: Equipped with a dry-running, oil-free, maintenance-free vacuum pump delivering 6 m³/h suction and capable of reaching a final vacuum pressure around 200 mbar — enough to reliably support lamination or composite work.  Multi-station capability: Provides up to four separately switchable 8 mm vacuum outlets, making it possible to supply two independent lamination workstations simultaneously. There is also an additional DIN coupling outlet for thermoforming or other vacuum-based operations.  Vacuum automation & internal tank: The pump activates automatically only when vacuum is required, and an internal vacuum tank ensures rapid suction — particularly valuable during thermoforming or composite layup cycles where fast vacuum build-up is important. Fine-filter protection per connection: Each outlet is equipped with a fine dust filter to protect internal components and maintain clean airflow — helping prolong pump life and keep work environment safe.  Compact, workshop-friendly design: With dimensions of approximately 435 × 390 × 240 mm and a weight around 22 kg, TLV6-II fits comfortably in small workshops, labs, or clinics. Its manageable footprint and portability make it a practical option even where space is limited.  Versatility: In addition to lamination tasks, the extra vacuum outlet allows connection to vacuum forming presses or other vacuum-based equipment — making the TLV6-II a flexible central vacuum source for a variety of manufacturing/production applications. Typical Use Cases Composite lamination: Vacuum infusion or layup for carbon-fiber or fiberglass sockets, orthotic shells, braces, or prosthetic components. Resin infusion and lamination of structural parts in orthotics/prosthetics or rehabilitation-device manufacturing. Supporting small to medium-size vacuum-forming or thermoforming setups when a central vacuum source is required. Multi-station lamination workshops where two or more technicians work in parallel — ideal for small labs or clinics scaling production. Labs that need a clean, maintenance-free vacuum supply without bulky industrial vacuum infrastructure. Why Choose VACUPRESS TLV6-II The TLV6-II stands out as a balanced, efficient and versatile vacuum lamination unit — delivering professional-grade suction, multi-station flexibility, and compact convenience. For orthotic and prosthetic labs, composite-part manufacturers, or small-scale production workshops, it combines practicality with performance: you get stable vacuum, reliable lamination capability, and the ability to support multiple workstations — all in a lightweight, easy-to-operate package.

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