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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The VACUPRESS 1500 is a professional-grade vacuum thermoforming machine engineered for orthopedic technology-workshops, prosthetics/orthotics labs, and custom seating or lying orthoses production. Its robust design, large forming area, and powerful vacuum system make it ideal for handling heavy and large models — from seating shells and lying orthoses to complex orthotic/plastic components for adult patients.  Key Features & Benefits Spacious forming frame for large parts: With frame dimensions of 1100 × 1500 mm, the VACUPRESS 1500 offers ample space to thermoform large shells, seating systems, braces, or orthotic bases — perfect for components that require significant surface area.  Ergonomic open-table design: The machine’s open, table-like construction results in a lower working height and better use of space under the work surface. This design simplifies the handling of large or heavy models — reducing strain and improving workflow efficiency.  Gas-spring–assisted foldable frame: The thermoforming frame is supported by two gas pressure springs, ensuring safe and easy opening/closing — which makes operation smoother and less labor-intensive, especially when working with heavy molds.  Powerful, maintenance-free vacuum system: Equipped with a dry-running, oil-free rotary-vane vacuum pump (capacity 40 m³/h, final pressure ~200 mbar) — offering strong, stable suction for consistent deep-drawing even on large or complex shapes.  Automatic vacuum-control automation: The machine automatically shuts off the pump when the target vacuum is reached, and reactivates when pressure drops — ensuring steady, reliable vacuum throughout the forming process without manual monitoring.  External-vacuum outlet for accessory stations: The VACUPRESS 1500 includes separate vacuum connections — enabling external vacuum workstations (e.g. for resin casting, socket pulling, or drape molding). All vacuum automation features apply — allowing remote control from external workstations.  Workshop-ready construction: Built for professional orthopedic, prosthetic, or custom-installation workshops. With robust frame, industrial-grade pump, and a design that accommodates heavy, large models — the 1500 is a reliable centerpiece for in-house vacuum forming operations. Typical Use Cases Manufacturing large seating shells and lying orthoses for adult or pediatric patients.  Creating full-size orthotic shells, braces, or structural plastic components requiring large-forming area and strong suction. Working on custom prosthetic or orthotic devices, where repeatability, precision, and the ability to handle heavy molds are critical. Supporting multi-step workflows — thermoforming shells, then finishing them, or integrating external vacuum-based resin casting or molding tasks via external vacuum outlets. Why Choose VACUPRESS 1500 The VACUPRESS 1500 stands out when you need size, power, and reliability in vacuum-forming: it bridges the gap between small bench-top presses and industrial-scale units — offering a balance of large capacity, ergonomic design, and professional-grade suction performance. For orthopedic and orthotic workshops, prosthetic labs, or clinics that require forming large shells, seating molds, and structural components — the 1500 brings consistent, high-quality thermoforming capabilities.

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The VACUPRESS 900 XR COOL-TEC is a top-tier vacuum-deep-drawing machine built for demanding orthopedic, prosthetic, orthotic, and custom footwear workshops. It combines a large forming frame with advanced heating, vacuum control, and a built-in cooling system — delivering precision forming for insoles, footbeds, orthoses, prosthetic shells, test shoes, and even composite parts. Key Features & Benefits Large formation area & versatile frame: The working frame measures 870 × 660 mm, allowing production of larger orthotic components, full-length insoles, foot orthoses, prosthetic shells, and orthotic shoe components.  UNILOCK clamping system: Thanks to the patented UNILOCK material-clamping mechanism, the frame opens and closes with a single handle (gas-spring assisted), and adapts automatically to material thicknesses from 0.1 mm up to 12.0 mm — no manual adjustment needed. This ensures ease of use, quick material change-overs, and reliable sealing for vacuum forming.  Integrated infrared heating: 12 infrared quartz heating elements (with reflectors and two-zone control) provide uniform, efficient heating of thermoplastic sheets, enabling consistent and accurate deep-drawing. Heating time is adjustable (30–199 seconds), with LED display for set and remaining time, and automatic shut-off when the cycle completes.  Powerful, maintenance-free vacuum system: Dual oil-free vacuum pumps (each 0.45 kW, 12 m³/h, two-stage) deliver stable suction, ensuring uniform forming even for large or complex shapes. Vacuum is automatically controlled: pumps activate when the frame is closed and maintain suction until forming is complete.  Built-in COOL-TEC cooling system: Special air-jet cooling cuts down cooling time of thermoplastic parts by up to 75%, greatly reducing cycle time and boosting production throughput — ideal for busy workshops or high-volume orthotic manufacturing.  Robust construction & workshop readiness: Solid frame with smooth vertical-lift frame guidance (16 steel-rail ball-bearings), adjustable central locking mechanism, integrated work-area illumination (halogen lights), external vacuum-outlet option, and compatibility with standard orthotics materials — making the 900 XR COOL-TEC a stable, reliable core of any O&P or custom-shoe workshop.  Typical Use Cases Manufacturing custom insoles, footbeds, and shoe orthotic inserts — large-format or small-scale, as needed. Producing foot orthoses, ankle-foot orthoses (AFOs), prosthetic shells, braces, and other orthotic components where precision and consistency are critical. Creating test shoes, trial shoes, or thermoformed orthotic shell prototypes, including work with composite materials or fiber-reinforced thermoplastics (e.g., carbon-fiber composites) when using compatible materials.  Workshops requiring efficient, high-throughput vacuum forming with reduced cycle times thanks to COOL-TEC — ideal for clinics, rehabilitation centers, orthotic labs, and small to medium-size manufacturing facilities. Why VACUPRESS 900 XR COOL-TEC Stands Out The 900 XR COOL-TEC represents one of the most comprehensive vacuum-forming solutions available for the orthotics, prosthetics, and custom footwear industries. By combining a large working frame with a user-friendly UNILOCK system, powerful vacuum, precise infrared heating, and rapid cooling — it enables consistent, repeatable thermoforming across a wide variety of applications. For professionals seeking full-scale capacity, versatility, and reliable performance in a single benchtop-style press — this is a premium, future-proof solution. 

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The VACUPRESS 520 GK1 / GK2 DUAL series is a robust, bench-top vacuum deep-drawing system designed to meet the demands of orthopedic workshops, custom insole and footbed manufacturers, and small- to medium-scale orthotics/ prosthetics production labs. Its dual-version setup offers flexibility and scalability — whether you need a standalone unit or a multi-station vacuum forming line.  Core Features & Benefits Dual operational modes: GK1 DUAL — connects to an external vacuum supply, ideal when you want to operate multiple presses from a central vacuum source.  GK2 DUAL — comes with a built-in, oil-free, maintenance-free vacuum pump (6 m³/h, 200 mbar), making the unit fully autonomous and ideal for standalone workshops or when central vacuum supply isn’t available.  Generous forming area: The working frame measures 570 × 570 mm, providing ample space for molding insoles, footbeds, orthotic shells, or larger thermoformed parts such as ankle-foot orthoses (AFOs).  Quality-oriented design: Both models feature a gas-spring–supported frame with adjustable tension, and a soft “walk-mat” bladder that adapts flexibly to different thermoplastic materials for consistent shaping and uniform pressure distribution.  User-friendly & workshop-ready: As a bench-top device, the VACUPRESS 520 GK1 / GK2 DUAL is compact enough for small labs, clinics, or shoe-making shops — yet powerful enough for regular orthotic production or small-batch manufacturing.  Scalable production capacity: With a GK2 DUAL master unit, you can link up to three GK1 DUAL presses — enabling efficient multi-station production lines without needing multiple vacuum pumps or extensive infrastructure.  Typical Use Cases Manufacturing custom or mass-produced insoles, footbeds, and orthotic inserts for orthopedic footwear or custom shoes. Producing orthotic shells, foot orthoses, and prosthetic-support components where precise thermoforming and repeatable vacuum forming are critical. Small- to medium-scale prosthetic, orthotic, or rehabilitation clinics requiring in-house vacuum forming capability without the need for large industrial machines. Custom shoe and rehabilitation workshops needing a flexible system that can scale from a single bench-top unit to a multi-press setup. Why Choose VACUPRESS 520 GK1 / GK2 DUAL This dual-version system brings together flexibility, reliability, and professional-grade functionality in a compact form factor. Whether you’re a small orthotic lab looking for a dependable in-house vacuum-forming solution, or a growing workshop that plans to expand production capacity over time — the 520 GK1 / GK2 DUAL offers a smart, scalable, cost-effective entry into high-quality thermoforming.

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The VACUPRESS 520 GK1 / GK2 series delivers robust, workshop-ready vacuum deep-drawing — ideal for producing insoles, orthotic footbeds, and other custom plastic- or thermoformed components. Built with flexibility and reliability in mind, these bench-top thermoformers are designed for orthopedic, prosthetic, and custom footwear workshops of all sizes.  Core Features & Benefits Versatile vacuum options: GK1 version: Configured to connect to an external vacuum source. This allows you to run multiple forming units off a central vacuum supply — perfect for scaling operations or outfitting workshops with several workstations.  GK2 version: Includes an integrated, maintenance-free vacuum pump, delivering a self-contained vacuum press solution with automatic vacuum regulation. Particularly convenient when centralized vacuum systems are unavailable.  Optimized for orthopedic work: Both models feature a gas-shock–supported frame with adjustable frame tension and a soft bladder mat — ensuring secure clamping and even pressure during thermoforming, ideal for insoles, foot orthoses, and custom bases.  Compact, bench-top design: Sized for small to medium workshops or clinics — the compact footprint makes installation easy without the need for large industrial space.  Simple operation, reliable performance: Built for regular use in clinical or production environments. Whether you rely on a shared vacuum line (GK1) or the integrated pump (GK2), the system delivers consistent suction, reliable forming, and repeatable results.  Typical Use Cases Manufacturing custom or off-the-shelf insoles, footbeds, and orthopedic inserts. Producing foot orthoses, insole shells, or small thermoformed components for orthotics, prosthetics, or custom footwear. Use in small-scale workshops, clinics, or orthopaedic labs where space is limited and flexibility is required. Workshops aiming for scalable production, especially when using multiple presses (GK1) or needing standalone units (GK2). Why Choose VACUPRESS 520 GK1 / GK2 The 520 GK1 / GK2 series stands out for its balance of professional-grade vacuum forming, flexibility, and practicality. Whether you want to connect to a shared vacuum supply for multiple workstations (GK1) or need a self-contained vacuum press (GK2), these units deliver dependable, high-quality forming — bridging the gap between DIY presses and full-scale industrial equipment. They are particularly beneficial for orthopedic-shoe craftsmen, custom orthotics labs, and small- to medium-sized prosthetics workshops looking for reliable, repeatable vacuum-formed parts. 

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The VACUPRESS 520 GK-LC DUAL is a cost-effective, bench-top vacuum thermoforming device designed for pair-wise and larger-part production — ideal for insole, footbed, and orthotic component manufacturing. Built to connect to an external vacuum source rather than its own pump, the DUAL version offers flexibility, simplicity, and scalability.  Key Features & Benefits Expanded working frame: The DUAL model offers a larger forming area compared to standard versions — allowing you to mold bigger or more complex shapes (e.g. full-length insoles, footbeds, orthotic shells, or small AFO components).  Pair-wise production for efficiency: Designed for pair-wise manufacturing, the unit streamlines production of matching left/right insoles or orthotic components — handy for clinics, workshops, and small-batch production.  External vacuum connection — no power required: Since the press relies on an external vacuum source, there’s no need for built-in motors or complicated electrical installation. This makes setup and maintenance simpler, and allows multiple presses to share a central vacuum supply.  Durable and workshop-ready build: Even though it’s a budget-oriented unit, the 520 GK-LC DUAL maintains high standards — with solid construction, a soft-bladder frame for material adaptation, and stable, even suction performance thanks to large vacuum hoses and reliable valve/ventilation design.  Compact footprint for flexible use: As a bench-top device, it fits well in small workshops, clinics, or shoe/orthotic-making studios — offering professional vacuum-forming ability without needing big industrial infrastructure.  Typical Use Cases Manufacturing custom or off-the-shelf insoles, footbeds, or orthotic shells in small- to medium-sized workshops. Pair-wise production of left and right insoles/orthotics to ensure matching geometry and quality. Forming larger orthotic components (e.g., foot orthoses, braces) that require more workspace than typical insole presses. Small-batch or custom production in orthopedic-shoe or prosthetic/orthotic labs — especially where flexibility, cost-effectiveness, and modest space are priorities. Why Choose VACUPRESS 520 GK-LC DUAL The 520 GK-LC DUAL combines capacity + flexibility + simplicity — offering a larger working frame for bigger or pair-wise projects, while staying accessible through external vacuum integration and compact design. For orthotic workshops, custom shoe makers, or clinics seeking reliable vacuum forming without large industrial investment, this unit represents a practical and scalable solution.

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The VACUPRESS 520 GK-LC is a cost-effective, table-top vacuum deep-drawing (thermoforming) unit designed specifically for the production of insoles, footbeds, and other orthopedic/plastic-formed components. Its compact, no-frills design offers an accessible entry point into vacuum forming technology — ideal for smaller workshops, orthopaedic clinics, or custom footwear makers.  Key Features & Benefits Entry-level vacuum forming: As an economical “starter” unit, the 520 GK-LC provides reliable vacuum forming at a lower cost compared to fully integrated machines — great for small-scale production or workshops new to vacuum technology.  No integrated pump — external vacuum required: The unit connects to an external vacuum source rather than relying on built-in electronics or motors. This simplifies maintenance, reduces energy use, and enables multiple forming units to share a central vacuum supply.  Solid build with quality-standard components: Even though it’s budget-friendly, the 520 GK-LC includes professionally engineered features such as separately adjustable valves for vacuum and ventilation, integrated check valves, air filters, and large-diameter vacuum hoses for optimal suction performance.  Compact, easy to integrate: As a tabletop unit, it’s suitable for smaller workshops or clinics. Its manageable dimensions and weight make it easier to set up without major infrastructure changes.  Ideal for insole and small-part production: The frame size and soft bladder make it particularly suited for molding insoles, footbeds, and similar items — a perfect match for orthopaedic shoe production, foot orthoses workshops, and custom shoe makers.  Typical Use Cases Manufacturing custom or off-the-shelf insoles and foot-orthotics in a small- to medium-scale orthopedic workshop. Crafting footbeds and shoe-insole components for custom shoe builders or orthopedic-shoe technicians. Producing small vacuum-formed plastic or thermoplastic parts (e.g. orthotics, prosthetic shells, footplates) when connected to a shared vacuum system. Setting up a low-cost vacuum-forming station in a clinic, rehab center, or small orthotics lab — ideal for workshops working without heavy machinery or large power requirements. Why Choose VACUPRESS 520 GK-LC The 520 GK-LC strikes a balance between affordability, simplicity, and functional quality. It gives you vacuum forming capabilities suitable for orthopaedic and shoe-craft work without the complexity or cost of larger industrial units. For anyone seeking a reliable way to produce insoles, footbeds, or small orthotic parts — especially in smaller workshops or clinics — this machine offers a smart, practical, and future-proof entry into vacuum thermoforming.

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The DUO-Digital NEO from VACUPRESS is a cutting-edge height measuring instrument engineered for orthopaedic-shoe technology, orthotics, prosthetics, and professional shoe finishing. It delivers instant, digital read-outs of height differences — offering millimeter-accurate measurements that help you confidently manage modifications, adjustments, and quality control.  Key Features & Benefits Digital precision at a glance: The device displays the exact height difference on a clear digital screen — enabling rapid, accurate comparison between two measurement states (e.g., before and after adjustments).  Highest accuracy for final adjustments: Ideal when adjusting ready-made or custom orthopedic/orthopaedic shoes — ensuring final products meet exact spec requirements.  Millimeter-accurate measuring results: Delivers precise and repeatable measurements — essential for consistent quality control across multiple pairs or production batches.  User-friendly operation: Intuitive controls and a clear display make the DUO-Digital NEO simple to operate — minimizing setup time and reducing risk of human error.  Versatile for workshop & clinic use: Suitable for small workshops, orthopaedic clinics, custom-shoe makers, and orthotics labs — anywhere high-precision height measurements are required. Typical Use Cases Measuring heel-height differences or sole-thickness adjustments in orthopedic or ready-made shoes. Quality-control checks to ensure both shoes of a pair match in height after adjustments. Verifying modifications (e.g., added insoles, heel lifts, orthotic inserts) for consistency across pairs or batches. Routine height measurement tasks in orthotics, prosthetics, custom-shoe manufacturing, or rehabilitation-support workflows. Why Choose DUO-Digital NEO The DUO-Digital NEO stands out because it combines precision + ease of use + reliability — giving you exact digital readings without the guesswork of manual measurement. Whether for daily workshop use, prosthetic/orthotic labs, or shoe-finishing shops, this instrument helps deliver consistent, high-quality results and streamlines measurement routines.

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The VACUPRESS Height Measuring Device DUO-Universal is a precision instrument designed for orthopaedic-shoe technology, ready-made shoe adjustments, and professional shoe finishing. It enables reliable comparative measurements — for example, measuring the real height difference between two shortening adjustments — in a simple, intuitive, and repeatable way. Key Features & Benefits Accurate comparative measurement: Instantly shows the real height difference between two adjustment states, allowing you to monitor shortening or height changes at various production stages.  Works for both individual shoes and pairs: Use it to measure one shoe or a pair — ideal for both custom orthopaedic work and ready-made shoe adjustments.  Essential tool for base work and finishing: Whether you are constructing shoe soles, adding cork, or finishing final adjustments — DUO-Universal helps you verify changes and guarantee consistency.  Cost-effective and dependable: Provides precision without requiring high-budget equipment, making it suitable even for small workshops or orthopaedic clinics that need quality results at fair prices.  Simple and workflow-friendly: Because of its straightforward comparative measurement method, it integrates easily into existing workflows — no complex setup or calibration needed.  Typical Use Cases Checking height differences before and after cork installation on lasts.  Monitoring and controlling height/shortening adjustments during base work and final finishing in orthopaedic-shoe production.  Verifying that both shoes of a pair match in height after adjustments.  Serving as a reliable measuring instrument for shoe repair shops, orthopaedic labs, or custom prosthetic/orthotic workshops needing repeatable height-difference measurements. Why It Stands Out DUO-Universal stands out because it brings accuracy + simplicity + affordability — a combination often hard to find in professional orthopaedic measuring instruments. Instead of expensive scanning or digital measurement systems, this tool gives you direct, hands-on insight into height adjustments in seconds, helping ensure your work is precise, consistent, and safe.

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The Qaadir Cross Pein Hammer is a professional-grade tool engineered for the exacting demands of orthotic and prosthetic (O&P) workshops. Featuring a durable steel head, finely shaped cross pein, and a balanced handle, this hammer is designed to deliver accuracy, control, and long-lasting reliability across a wide range of fabrication and modification tasks. Whether shaping metal components, adjusting braces, setting rivets, or refining orthotic hardware, the Qaadir Cross Pein Hammer provides the precision and force needed for high-quality craftsmanship. Key Features & Benefits ✔ Dual-Function Hammer Head Flat striking face for general hammering, plate adjustments, and component seating. Cross pein edge for targeted shaping, bending, spreading metal, and guiding material in tight spaces. This versatility makes it a core tool for orthotic metalwork and prosthetic adjustments. ✔ High-Strength Forged Steel Head Ensures exceptional durability and maintains shape even under repeated workshop use. Perfect for: Shaping aluminium orthotic plates Modifying stainless-steel loops Adjusting metal sidebars Forming rivet heads and hardware ✔ Ergonomically Balanced Handle Available in hardwood or composite grip, designed for: Reduced hand fatigue Controlled, accurate strikes Long, comfortable use during modification work ✔ Ideal for Precise Orthotic Fabrication Tasks The cross pein edge allows technicians to: Flare metal edges Create controlled bends Start holes or seams Work close to trimlines without damaging plastics or leather Applications in Orthotic & Prosthetic Workshops Orthotic Fabrication Shaping metal uprights for KAFOs and AFOs Working on joint housings, stops, and metal brackets Setting rivets and fastening systems Forming leather or plastic edges around metal reinforcements Prosthetic Fabrication Adjusting metal adapters or tabs Setting terminal devices Light shaping of aluminium components Workshop maintenance and equipment adjustments General Workshop Use Bench fabrication Fit-room adjustments Plaster room tasks requiring controlled impact Product Options Various head weights for different workloads Hardwood or composite handle Anti-slip grip option Qaadir Cross Pein Hammer — The Technician’s Essential Metal-Working Tool From fine metal shaping to hardware installation, this hammer gives orthotists and prosthetists the control and durability they need for high-precision craftsmanship.

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The Qaadir High Leverage Side-Cutting Pliers are precision-forged from U.S.-made tool steel and feature induction-hardened cutting knives and a high-leverage design (riveting placed closer to the cutting edge) to deliver up to 46 % more cutting power compared to standard side cutters. These durable pliers are built for heavy-duty use and engineered to perform reliably in professional workshop environments. Use in Orthotic & Prosthetic WorkshopsIn orthotic and prosthetic (O&P) fabrication labs and clinics, these side-cutting pliers become an indispensable tool for a variety of tasks: Cleanly trimming nylon straps, hook-and-loop materials and thermoplastic banding for AFOs/KAFOs and upper limb orthoses. Cutting metal-reinforcement rods, stainless steel loops, rivet posts or strap end-tabs used in orthotic braces and prosthetic frames. Fabrication and modification of aluminium or composite adapters for prosthetic pylons and joint systems — enabling quick, precise trimming of small fasteners or wire ties. Workshop equipment maintenance: removing cable ties, trimming wiring or tubing in 3D-printer setups, router dust extraction systems, or vacuum pump installations. Their hardened knives and high-leverage geometry translate into smoother, more consistent cuts—reducing material fraying, operator fatigue and repair/rework issues. The robust build means they handle frequent daily use in the busy O&P environment and maintain precision over time. Key Benefits in the O&P Context Greater cutting force means difficult materials (metal strap ends, stainless loops) are trimmed cleanly without damaging adjacent orthotic materials. Precision-ground knives deliver clean edges, reducing burrs and improving finish quality — important when trimming components for patient-facing orthoses. Durable construction ensures the tool remains reliable even in rigs-and-tables, plaster rooms, CNC zones and fabrication benches. Versatility across fabrication, adjustment and routine maintenance tasks makes it a smart investment for clinics and workshops looking to standardize their tool kit. For any O&P workshop looking to minimize manual trimming, improve finish quality and extend the lifespan of hardware and strap systems, the Qaadir High-Leverage Side-Cutting Pliers offer professional-grade performance that aligns with modern fabrication demands.

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The Starrett S117PC is a precision-manufactured 5-piece center punch set featuring hardened and tempered steel tips, knurled handles for superior grip, and precision-ground pointed tips for maximum accuracy when marking workpieces. The set includes sizes 1⁄16”, 5⁄64”, 3⁄32”, 1⁄8”, and 5⁄32” and covers a broad range of applications in metal, plastic and wood Key Features Hardened and tempered steel construction for long wear. Precision-ground tips to provide clean, accurate marks. Knurled handle ensures secure grip—even under workshop conditions. Sizes designed to work with common fabrication tasks and fastener preparations. Compact set in a durable case for organised storage. Use in Orthotics & Prosthetics Workshops Though primarily used in metal fabrication, this center punch set is exceptionally useful in O&P workshops for tasks including: Scribing accurate mark-points on aluminium or stainless-steel adapters and plates prior to drilling. Marking casting boards or vacuum-form models when creating custom brackets or joint plates. Locating rivet holes cleanly in braces (spinal, AFO, KAFO) before punch or drill operations. Pre-marking modifications on prosthetic pylons, foot plates or aluminium shims. The knurled grip and hardened tip provide reliability when working on both metal and plastic substrates—making the set a high-precision tool to support robust orthotic/prosthetic assembly, repair and customisation. Why It Matters for Your Workshop In an O&P environment where accuracy, repeatability and material integrity are critical, the Starrett S117PC helps you: Improve alignment accuracy during modifications or custom brackets. Reduce “wobble” or drift when creating mounting points—ensuring device stability and performance. Maintain a clean, professional fabrication workflow: every mark is precise, every alignment deliberate. This centre punch set is a valuable addition to any orthotic or prosthetic fabrication bench—ideal for those who require top-tier precision tools to support high-quality device CAD/CAM, composite work, metal bracket fabrication, and assembly.

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The Qaadir Da'at Wireless is a high-precision foot pressure platform engineered for dynamic gait, static foot-pressure and postural analysis—especially suited for foot health clinics, research labs and advanced O&P practices. It brings together ultra-thin, high-sensitivity resistive sensors and robust software analytics to map foot loading, visualize gait phases and support personalised orthotic, prosthetic and postural interventions. Built on over 30 years of collaboration with foot/biomechanics specialists, the system delivers professional-grade accuracy and repeatability for paediatric gait, diabetic-foot risk assessment, post-amputation monitoring and rehabilitation workflows.  Key Features & Benefits Exceptional sensor sensitivity: Detects very low pressures (from only tens of grams/cm²) yet supports high-pressure loads without saturation—ideal for both light weight users and high-impact gait analysis.  Wide dynamic range & unprecedented homogeneity: Ensures uniform sensor response across the plate and reliable visualization of subtle pressure changes—critical for fine-tuning prosthetic alignment or monitoring post-operative progress.  Portable design: With USB or optional battery-powered operation and USB/WiFi connectivity, the plate can be deployed in mobile clinics, gait labs, or O&P workshops without the need for a permanent gait-lab installation.  Comprehensive analysis software: The Qaadir Da'at software supports static, dynamic and postural modules, multi-step acquisitions (up to 300 images per second), zone-based metrics, video synchronisation (camera + pressure data) and custom-reporting capabilities tailored to clinician and patient needs.  Research-ready build quality: Designed for both clinical practice and research use, delivering benchmark measurement quality that supports evidence-based gait, postural and prosthetic/orthotic studies.  Technical Specifications Mechanical / Platform Overall size (L × W × H): 530 mm × 600 mm × 45 mm  Platform thickness: 4 mm  Weight: 13.3 lb (~6.0 kg)  Active sensing area: 400 mm × 400 mm  Sensor / Electronics Sensor grid: 48 × 48 (2,304 sensors)  Individual sensor size: 8 mm × 8 mm  Sensor thickness: 0.15 mm  Measurement range per sensor: 0.4 N to 100 N  Sampling rate: up to 300 images/second  Operating temperature range: –40 °C to +85 °C  Interfaces & Power Connectivity: USB and WiFi interfaces for computer or tablet link-up  Power supply: Via USB or optional lithium battery pack  Supported operating systems: Windows 7, 8, 10  Optional Accessories Foot-positioning guides (for consistent stance)  Carrying case for mobile deployment  Clinical & O&P Applications Gait analysis for children, prosthetic and orthotic users, and diabetic foot monitoring (thanks to low-pressure sensitivity) Post-amputation socket/liner assessment and alignment verification by capturing how the residual limb loads the foot-plate Postural assessment and stabilometry, enabling therapists and O&P practitioners to evaluate static balance, sway, and multi-step transitions Research and outcome tracking: patients pre- and post-intervention, orthotic modifications, prosthetic socket-fit changes or tuning of carbon‐fibre components Summary The Qaadir Da'at Wireless platform offers a high-performance, mobile, and research-grade solution for foot-pressure and gait/postural analysis. For O&P professionals eager to integrate quantifiable pressure mapping into prosthetic/orthotic patient workflows — from clinic to mobile outreach — this device offers the technical fidelity, portability and software tools to strengthen assessment, treatment planning and outcome tracking.

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