The Plaster Cutting Saw is a professional-grade tool designed for hospitals, clinics, and orthopedic practices. Engineered with sturdy construction and a powerful motor, it enables fast, precise, and safe removal of plaster casts and all types of bandages without injuring the skin. Key Features: High Performance: Strong motor with quiet operation for efficient cutting. Safety First: Automatic overload protection prevents overheating and ensures patient safety. Ergonomic Design: Comfortable grip for long working hours with minimal fatigue. Durability: Built for continuous use with easy maintenance and long service life. Portability: Lightweight and easy to move, suitable for use in various medical settings. This plaster saw combines power, precision, and safety, making it an essential tool for orthopedic professionals.

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The Namrol Imprint-of-Feet System provides a refined and clinical-grade method for capturing accurate foot impressions and morphology — offering a powerful foundation for custom foot orthotics, insoles, and corrective footwear. Designed for podiatry clinics, orthotic labs, and custom shoe workshops, this system ensures that foot geometry and pressure points are faithfully recorded while the foot is in a corrected, weight-bearing position. 🔍 Core Components & Features Vac-Control Vacuum Unit — A compact, maintenance-free vacuum generator with independent controls for each silicone bag, allowing for precise vacuum suction during the imprint process. It supports one or two silicone bags (for single or bilateral impressions) and offers optional foot-pedal activation for ease of use. V-Print Silicone Vacuum Bag — A high-elastic silicone bag, filled with microspheres for enhanced detail. Its ergonomic design captures a well-defined footprint in corrected posture, enabling precise modeling of foot shape, arches, and potential discharge zones. Dist-Control Option — Alternative vacuum unit configuration with the same capability to connect with one or two V-Print bags — giving flexibility depending on clinic or lab setup. Stabil Platform — A rigid platform with clamping bars and a sturdy chassis rated for patients weighing up to 180 kg — providing a stable base for accurate footprint recording, even in heavier patients. Benefits & Clinical Use Cases Accurate Foot Morphology Capture: Achieves footprint capture and foot impression directly on the patient’s foot in a corrected, weight-bearing position — ideal for creating custom foot orthotics, insoles, or corrective devices that truly match the patient’s anatomy. Detailed Pressure & Relief Modeling: The high-elastic silicone bag records fine details of foot geometry and load-bearing zones, helping technicians define areas requiring pressure relief or support — such as high arches, pronation/supination zones, or sensitive regions. Efficient Workflow for Clinics and Labs: The combined system (vacuum unit + silicone bag + stable platform) streamlines the imprinting process, making it quick, repeatable, and suitable for multiple patients without complex setup or hygiene compromise. Versatility & Flexibility: Supports single-foot or bilateral (both feet) imprinting, and adapts to different patient sizes/weights. Works well for custom orthotics, insoles, diabetic foot care, and postural correction devices. Ideal For Podiatrists and podiatry clinics offering custom insole and orthotic services Orthotic and prosthetic labs producing custom foot orthoses, insoles, or corrective footwear Clinics specializing in diabetic foot care, pressure-relief insoles, and foot-deformity management Custom shoe manufacturers and rehabilitation centers requiring precise foot morphology capture In short: The Namrol Imprint-of-Feet System is more than a simple footprint plate — it’s a comprehensive footprint-capture and imprint molding solution for clinics and labs that demand precision, reliability, and anatomical fidelity. Its vacuum-based silicone-bag imprinting ensures that custom orthotics and insoles are built on accurate, patient-specific data — enhancing comfort, support, and treatment outcomes.

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The Qaadir Plaster Spatula is a specialized medical instrument designed for use in orthotics workshops during the casting process. It is primarily used to shape, smooth, and manipulate wet plaster when creating casts and impressions of the feet for custom orthotic devices. Key Features Precision Shaping: Enables practitioners to refine the contours of plaster casts before setting. Durable Construction: Made from high-quality, easy-to-clean materials for long-lasting use. Ergonomic Design: Comfortable grip ensures control and accuracy when working with plaster. Versatile Use: Suitable for both initial manipulation of wet plaster and final refinements before curing. Benefits Ensures accurate impressions for improved orthotic fit. Enhances efficiency in the casting process. Supports professional-quality results in custom orthotic fabrication. The Qaadir Plaster Spatula is an indispensable tool for clinicians and technicians, bridging precision and ease of use in the art of orthotic cast making.

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Qaadir Indelible Pencils are a trusted tool in the orthotics and prosthetics field, designed for precision marking during casting and fabrication. These specialized pencils produce durable, water-resistant marks that remain visible throughout the casting and modification process, ensuring accuracy at every stage of treatment. Key Uses: Marking impressions: Applied directly to the patient’s foot, limb, or casting sock/tights before plaster application, ensuring landmarks are captured. Transferring marks: Impressions carry through onto the plaster cast, preserving crucial reference points. Modifications and rectifications: Clear, lasting marks guide practitioners in making accurate adjustments to the cast for the best possible fit of custom orthotic and prosthetic devices. Practical, reliable, and essential, Qaadir Indelible Pencils help clinicians achieve precision and consistency in patient care.

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The Qaadir Dual Disc Vacuum Table is a versatile vacuum-forming workstation designed for use with both Type A and Type B Blister Forming Frames. Its dual-size configuration accommodates two disc diameters—320 mm and 265 mm—within a single table, eliminating the need for separate vacuum tables. Developed for orthotic and prosthetic workshops, the table provides a secure, airtight forming surface for thermoplastic fabrication. It is supplied with a silicone sealing ring and the necessary assembly components for reliable installation and effective vacuum performance. Key Features Dual-disc design for two forming diameters Includes 320 mm and 265 mm vacuum discs Compatible with Type A and Type B Blister Forming Frames One table replaces two separate vacuum-forming tables Silicone sealing ring provides an effective airtight seal Supplied with the required assembly parts Suitable for routine orthotic and prosthetic thermoplastic fabrication Space-saving and cost-effective workshop solution Technical Information Specification Details Product Dual Disc Vacuum Table Disc diameters 320 mm and 265 mm Compatible frames Blister Forming Frame Type A and Type B Included components Vacuum pipe with both discs, silicone sealing ring and assembly parts Application Vacuum forming of thermoplastic materials The Qaadir Dual Disc Vacuum Table offers O&P workshops a practical, compact solution for working with two commonly used blister-forming frame sizes from one vacuum connection and forming station.

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Heavy-duty professional swivelling belt sander designed for controlled sanding, shaping and finishing in prosthetic, orthotic and technical fabrication workshops. The Qaadir Belt Sander is a robust stationary sanding machine developed for demanding workshop applications. Its swivelling sanding assembly enables the working position to be adapted to different fabrication tasks, providing excellent access when shaping flat surfaces, edges and contoured components. Designed for dry sanding of plastics, metals and wood, the machine is particularly well suited to P&O fabrication where reliable material removal and controlled finishing are required. The abrasive belt can be selected in different grit grades to provide anything from aggressive material removal through to finer surface finishing. Key Features Professional Swivelling Belt Design: Allows the sanding position to be adapted for different fabrication and finishing operations. Heavy-Duty Stationary Construction: Stable floor-standing design for regular professional workshop use. Wide Abrasive Belt: Provides an effective working surface for shaping and finishing larger components. Two-Speed Operation: Available with 15 m/s and 30 m/s belt speeds, allowing the operator to select an appropriate speed for the material and operation. Multi-Material Capability: Suitable for dry processing of plastic, wood and metal when used with the appropriate abrasive belt. Efficient Material Removal: Suitable for sanding, shaping, roughing, bevelling and finishing operations. Dust Extraction Connection: Designed for connection to a suitable extraction system to support a cleaner fabrication environment. Interchangeable Abrasive Belts: Different abrasive grades can be selected according to the required material-removal rate and surface finish. P&O Workshop Application: Ideal for finishing thermoplastics, orthotic components, prosthetic fabrication materials and general workshop components. Technical Specifications For the 150 × 1750 mm Qaadir configuration: Specification Details Product Qaadir Belt Sander Type Stationary swivelling belt sander Abrasive Belt 150 × 1750 mm Power Supply 400 V / 50 Hz / 3 Phase Motor Power 1.27 / 1.7 kW Motor Speed 1,400 / 2,800 rpm Belt Speed 15 / 30 m/s Overall Dimensions Approx. 950 × 950 × 1400 mm Weight Approx. 90 kg Application Sanding, shaping, roughing and finishing Materials Plastics, wood and metal Primary Use Prosthetic & orthotic fabrication workshops The technical configuration is based on the professional Italian-made MARPOL F.R. Model 303, which uses a 150 × 1750 mm abrasive belt, weighs approximately 90 kg, and is available with 15/30 m/s operating speeds. For P&O workshops requiring a more substantial machine, the same platform is also manufactured in a 250 × 2000 mm configuration, providing a significantly larger sanding area. The Qaadir Belt Sander provides a durable, versatile sanding platform for everyday prosthetic and orthotic fabrication, combining substantial material-removal capability with the flexibility required for precision workshop finishing. Qaadir — professional workshop machinery for prosthetic and orthotic fabrication.

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The Amparo Vacuum Adaptor is designed to connect the Amparo vacuum pump securely to the distal end of the prosthetic socket during socket fabrication and fitting. It provides the interface needed to transfer vacuum efficiently from the pump to the socket, helping support controlled forming and consistent pressure during the Amparo fitting process. The adaptor is supplied with a manometer and filter, allowing the clinician to monitor vacuum pressure while helping protect the pump and vacuum line from debris. Key Features Connects the vacuum pump to the distal end of the socket Designed for use within the Amparo socket fabrication workflow Includes integrated manometer for pressure monitoring Includes filter to help protect the vacuum system Supports controlled and consistent vacuum application Compact and easy to use Suitable for clinic, mobile and outreach fitting environments Included Components Vacuum adaptor Manometer Filter Technical Information Reference: VAX-02 Application: Connection between vacuum pump and distal socket Compatible use: Amparo prosthetic socket fabrication systems The Amparo Vacuum Adaptor provides a simple and reliable connection point between the socket and vacuum source, helping clinicians maintain better control over the vacuum-assisted fitting and forming process.

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The Amparo Mobile Vacuum Pump is a compact, high-performance vacuum solution designed for prosthetic socket fitting in the clinic or on the go. Delivering up to 0.8 bar vacuum pressure with an airflow capacity of 68 litres per minute, the pump provides the reliable vacuum performance required during Amparo socket fabrication and fitting workflows. At just 4.4 kg, its portable format makes it easy to transport between treatment rooms, mobile clinics, outreach programmes and prosthetic fitting camps. This gives clinicians the flexibility to perform socket fittings outside a conventional prosthetic workshop without compromising on the vacuum equipment required for the process. Key Features Portable vacuum pump for prosthetic socket fitting Designed for use with Amparo socket fabrication workflows Suitable for both clinic-based and mobile fittings 0.8 bar vacuum performance High airflow capacity of 68 L/min Compact and easy to transport Weighs only 4.4 kg Ideal for mobile clinics, humanitarian programmes and prosthetic fitting camps Reduces dependence on fixed workshop vacuum systems Supports flexible point-of-care prosthetic fabrication Technical Specifications Reference: VP-02 Weight: 4.4 kg Dimensions: 30.5 × 12 × 17 cm Maximum Vacuum: 0.8 bar Airflow: 68 L/min Prosthetic Fabrication Wherever It Is Needed The Amparo Mobile Vacuum Pump supports the portability of the Amparo fitting system, allowing prosthetists to take essential fabrication equipment directly to the patient. Its combination of compact dimensions, low weight and strong vacuum performance makes it particularly valuable for clinics with limited workshop space and organisations delivering prosthetic care in remote or resource-limited environments.

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The Amparo Mobile Oven is a portable heating solution designed to provide even and controlled heating of the Amparo Confidence Socket during the fitting and forming process. Used together with a 2000-watt heat gun at full heat, the Mobile Oven creates a contained heating environment around the socket material. This helps distribute heat more uniformly than using a heat gun alone, supporting consistent softening of the material before forming. Its compact, mobile design makes it particularly well suited to clinics, mobile prosthetic services, outreach programmes and fitting environments where a conventional workshop oven may not be available. Key Features Designed for heating the Amparo Confidence Socket Used with a 2000 W heat gun at full heat Helps provide more even and consistent heating Supports reliable preparation of the socket material before forming Portable and easy to set up Suitable for clinics, mobile services and outreach fitting locations Reduces dependence on a fixed workshop oven Designed specifically for the Amparo direct-fit socket workflow Kit Includes Oven Hood Stand Silicone Base Insulation Cap Practical Mobile Heating The Amparo Mobile Oven gives clinicians a simple way to create a controlled heating environment wherever fittings are being carried out. By combining the oven hood and insulation components with a standard high-power heat gun, the system supports more consistent material heating while maintaining the portability that is central to the Amparo fitting approach.

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The Qaadir Life Vertical Belt Sander Machine for P&O Workshop Use is a heavy-duty finishing and shaping machine designed for prosthetic and orthotic workshops. Built with a durable mild steel body and powered by a 1HP motor, it provides reliable sanding performance for shaping, trimming and finishing orthotic and prosthetic components. This machine is suitable for routine workshop applications including the finishing of plastic, foam, laminated and orthotic materials. Its vertical belt configuration allows technicians to work efficiently on curved, contoured and custom-fabricated components, supporting cleaner edges, smoother surfaces and more accurate final adjustments. The machine uses a 2,000 × 100 mm sanding belt and operates on a 220–230V single-phase power supply, making it suitable for standard workshop electrical setups. The upper roller is fitted with a bearing system and includes vertical and tilting adjustment for accurate belt alignment, helping maintain stable operation and consistent sanding performance. With its robust construction, practical workshop design and simple operation, the Vertical Belt Sander is an essential piece of equipment for P&O facilities, orthotic labs, prosthetic workshops, rehabilitation centres and technical training departments. Key Features Heavy-duty mild steel body for workshop durability Designed for shaping and finishing prosthetic and orthotic components Vertical belt configuration for efficient material control 2,000 × 100 mm sanding belt size 1HP motor for reliable sanding performance 220–230V AC, single-phase, 50Hz power input Upper roller bearing with vertical and tilting adjustment Adjustable belt alignment for smoother operation Suitable for plastic, foam, laminated and orthotic materials Practical machine for daily P&O workshop use Product Specifications Product: Vertical Belt Sander Machine for P&O Workshop UseSander Type: Belt SanderUsage/Application: Shaping and finishingPower Consumption: 1HPPower Input: 220–230V ACPhase: Single PhaseFrequency: 50HzMaterial: Mild SteelBelt Dimension: 2,000 × 100 mmWarranty: 1 year Suitable For Prosthetic and orthotic workshops Orthotic insole and brace fabrication labs Prosthetic socket finishing areas Rehabilitation centres with technical workshops O&P education and training centres Custom orthopaedic appliance workshops

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The Qaadir Lamination Island is a centralised multi-workstation unit designed for prosthetic and orthotic workshops performing lamination, resin work, and composite fabrication. Available in 4-station or 8-station configurations, the lamination island allows multiple technicians to work simultaneously in an organised, efficient, and safe environment, making it ideal for high-volume production laboratories, hospitals, and training centres. The island design provides individual working positions arranged around a central structure, allowing easy access to vacuum lines, tools, and materials while keeping the workspace clean and controlled. Each workstation can be used for socket lamination, carbon fibre lay-up, resin impregnation, and composite reinforcement procedures commonly used in prosthetic and orthotic manufacturing. Constructed from heavy-duty steel with chemical-resistant surfaces, the Qaadir Lamination Island is built to withstand daily exposure to resin, hardener, solvents, and workshop chemicals. The stable floor-mounted structure ensures safe working conditions during vacuum lamination and composite fabrication. The multi-station layout improves workflow efficiency and is especially suited for teaching institutions, humanitarian workshops, and large clinical facilities where several devices are fabricated at the same time. Key Features Multi-station lamination unit for O&P workshops Available in 4-station or 8-station versions Central island design for efficient workflow Suitable for prosthetic socket lamination Suitable for orthotic composite fabrication Heavy-duty steel construction Chemical-resistant working surfaces Stable floor-standing structure Designed for high-volume production Ideal for training and teaching environments Typical Uses in Prosthetics & Orthotics Prosthetic socket lamination Carbon fibre lay-up Resin and acrylic lamination Orthotic reinforcement work Vacuum bagging procedures Composite fabrication Workshop training sessions Typical Applications Prosthetic & orthotic fabrication laboratories Hospital rehabilitation departments Orthopaedic technical centres Training schools and universities Military and humanitarian workshops High-volume production facilities The Qaadir Lamination Island provides a professional, space-efficient solution for workshops that require multiple lamination stations, improving productivity, safety, and organisation in modern prosthetic and orthotic fabrication environments.

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The Qaadir Vacuum Forming Tool Kit is a complete set of essential tools and accessories designed to support vacuum forming and thermoforming procedures in prosthetic and orthotic fabrication. The kit provides technicians with the equipment required to safely shape heated plastic materials over positive models during the production of orthoses, prosthetic components, and custom supports. Suitable for use with vacuum forming machines, ovens, and heating plates, the Qaadir Vacuum Forming Tool Kit helps ensure accurate moulding, safe material handling, and efficient workflow in busy O&P laboratories. The tools included in the kit are selected for durability and ease of use, allowing technicians to work with a wide range of thermoplastics such as polypropylene, polyethylene, PETG, PVC, EVA, and similar materials commonly used in orthotic and prosthetic manufacturing. The kit is ideal for workshops performing AFO, KAFO, spinal brace, socket interface, and protective orthosis fabrication where precise forming and safe handling of heated materials are required. Key Features Complete tool kit for vacuum forming procedures Designed for prosthetic & orthotic fabrication Compatible with all standard vacuum forming machines Suitable for thermoplastic orthotic materials Durable tools for daily workshop use Improves safety when handling heated plastics Supports accurate moulding over positive models Ideal for clinic, hospital, and production lab use Organized set for easy storage and access Suitable for training and teaching environments Typical Contents of Kit Heat-resistant gloves Material handling tools Trimming and shaping tools Clamping accessories Model positioning tools Cutting and finishing tools General vacuum forming accessories Typical Applications in Prosthetics & Orthotics AFO fabrication KAFO fabrication Spinal brace forming Prosthetic socket interface forming Foot orthotic forming Protective orthoses Thermoplastic splints Typical Workshop Use Vacuum forming machines Thermoforming ovens Positive model moulding Plastic sheet forming Orthotic production labs Prosthetic fabrication rooms The Qaadir Vacuum Forming Tool Kit provides prosthetic and orthotic technicians with the essential tools needed for safe, efficient, and accurate thermoforming, making it an indispensable accessory set for any modern O&P workshop.

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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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