The nora® Lunatec SE expanded EVA sheets are stable, resilient materials developed for orthopedic footwear, orthotic devices, and shoe modifications where strong support, lifting capability, and dimensional stability are required. This grade is especially suitable as a lifting material for sports shoes, street footwear, and orthopedic treatment applications. With a hardness of approximately 45 Shore A and higher density than standard EVA cushioning materials, Lunatec SE provides excellent restoration capability, high resilience, and reliable shape retention under load. The material remains flexible while offering strong support, making it ideal for structural elements such as rearfoot stabilisation, wedges, and shaping components. The smooth surface allows easy bonding, grinding, and thermoforming. Lunatec SE can be formed in a single block process, which makes it particularly suitable for foot beddings and orthotic constructions requiring stable support. The closed cell structure ensures the material remains hygienic, washable, and resistant to moisture, which is important for medical and orthopedic use. Key Features Expanded EVA sheet with smooth surface Stable and resilient material High dimensional stability Excellent restoration capability Suitable for lifting and shaping Good shock absorption with firm support Hygienic closed cell structure Washable and moisture resistant Thermoformable for precise shaping Reliable nora quality material Technical Specifications Material: nora® Lunatec SE expanded EVA Hardness: approximately 45 Shore A Density: approximately 0.29 g per cubic centimetre Sheet size: approximately 920 × 590 mm (36.2 × 23.2 inches) Surface: smooth Available colours and thicknesses 09 white — 6 mm, 10 mm, 14 mm 137 terra — 6 mm, 10 mm, 14 mm Performance and properties High stability under load Strong resilience and recovery Good support for lifting applications Durable for daily use Suitable for structural orthotic elements Excellent bonding with standard EVA adhesives Hygienic and easy to clean Processing notes Thermoformable at approximately 120 to 170 degrees Celsius Suitable for single block forming process Use standard EVA bonding methods Easy to cut, grind, and shape Typical applications in orthotics, prosthetics, and footwear Lift material for shoes Insoles and sport insoles Foot beddings Rearfoot stabilisation elements Orthotic shaping components Ankle caps Paralysis caps Semi rigid tongues Interim footwear Bathing shoes Orthopedic footwear fabrication The nora® Lunatec SE expanded EVA sheet is a strong and stable lifting material designed for orthopedic and orthotic fabrication, providing excellent support, reliable shaping properties, and long term durability in professional workshop use.

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The nora® Norit® L semi-expanded sheet is a high-performance orthopaedic material designed for the production of durable foot orthotics, shoe inserts, and orthopedic footwear components. With its high hardness, excellent dimensional stability, and superior fatigue resistance, Norit® L is widely used in prosthetic & orthotic laboratories, podiatry clinics, and orthopedic shoe workshops where long-lasting structural support is required. The material features a smooth surface and semi-expanded rubber structure, allowing precise machining, grinding, and polishing while maintaining strength and shape under repeated load. Thanks to its excellent thermoforming and gluing properties, Norit® L is suitable for both traditional fabrication methods and modern CAD/CAM workflows. The material can be heated and formed without losing its structural stability, making it ideal for custom orthotics, functional insoles, and reinforcement layers that require high resilience and long service life. Key Features High-density semi-expanded orthopaedic sheet Excellent dimensional stability High resilience and fatigue resistance Smooth surface for precise finishing Suitable for grinding, cutting, punching, and stitching Can be polished to velvet finish Excellent bonding and gluing properties Thermoformable for custom orthotic shaping Suitable for CAD/CAM and manual fabrication Trusted nora® quality material Technical Specifications Material: nora® Norit® L semi-expanded rubber Surface: Smooth Hardness: approx. 93 Shore A Density: approx. 0.90 g/cm³ Sheet Size: approx. 1000 × 800 mm (39.4" × 31.5") Colour: 336 Sandy Thickness Options: 2 mm 3 mm Processing Properties Excellent dimensional stability Very good fatigue bending resistance Suitable for forming, stitching, punching, cutting, and polishing Excellent adhesive bonding performance Thermoformable at 110° – 130°C (230° – 266°F) After thermoforming, allow to cool completely before use Typical Applications in Orthotics & Prosthetics Functional foot orthotics Orthopedic insoles Shoe stiffeners and reinforcements Posting layers Prosthetic footwear components Carbon / composite reinforcement backing CAD/CAM milled insoles The nora® Norit® L semi-expanded sheet is a premium orthopaedic material offering high strength, excellent processing performance, and long-term durability, making it ideal for professional prosthetic, orthotic, and orthopedic footwear fabrication.

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The nora® Norit® semi-expanded sheet, smooth – leather coloured 25, is a high-density orthopaedic material designed for stabilising and reinforcement applications in orthopedic footwear, prosthetics, and orthotics. With very high hardness, excellent dimensional stability, and outstanding bending endurance, this material is ideal for structural components that require strength, durability, and precise shaping. Norit® is widely used in orthopedic shoe manufacturing and O&P workshops for stiffeners, supports, and reinforcement elements where long-term stability is essential. The semi-expanded structure allows accurate machining, milling, cutting, and grinding while maintaining its shape under load. The material can also be sewn and bonded easily, making it suitable for both traditional shoemaking techniques and modern fabrication methods. Thanks to its excellent thermoforming properties, Norit® sheets can be heated and shaped for custom applications without losing strength. The material is wear-resistant, washable, and highly reliable in daily clinical use. Key Features High-density semi-expanded orthopaedic sheet Very high hardness for structural support Excellent dimensional stability Outstanding fatigue and bending resistance Smooth surface for precise finishing Easy to sew, cut, mill, and grind Wear-resistant and washable Excellent bonding with standard adhesives Thermoformable for custom shaping Trusted nora® quality material Technical Specifications Material: nora® Norit® semi-expanded sheet Surface: Smooth Colour: 25 Leather coloured Hardness: approx. 95 Shore A Density: approx. 1.00 g/cm³ Sheet Size: approx. 1000 × 795 mm (39.4" × 31.3") Thickness Options: 2 mm 3 mm Processing Properties High dimensional stability and resilience Excellent bending endurance Suitable for sewing, cutting, milling, and grinding Easy bonding with polychloroprene adhesive Thermoformable at 120° – 150°C (248° – 302°F) Allow to cool completely after forming Typical Applications in Orthopaedics & O&P Orthopaedic shoe stiffeners Heel caps and counters Peroneal supports Ankle supports Stiff tongues Insoles and reinforcement layers Lasting allowances Last repairs Place holders on lasts Structural orthotic components The nora® Norit® semi-expanded sheet – leather coloured 25 is a premium reinforcement material offering maximum strength, durability, and processing precision, making it ideal for professional orthopedic footwear, prosthetic, and orthotic fabrication.

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The nora® Orthosorb® 98 green is a premium shock-absorbing material developed for orthopedic footwear, prosthetics, and orthotic applications where effective impact reduction and long-lasting cushioning are required. With its low hardness and high resilience, Orthosorb® provides excellent heel damping while maintaining sufficient energy return for comfortable and stable walking. The rippled profile structure improves flexibility and shock distribution, making the material particularly suitable for heel inserts, cushioning layers, and pressure-relief components in orthopedic shoes and custom orthotics. Compared to nora® Supersorb®, Orthosorb® offers slightly less damping but greater resilience, allowing improved comfort and durability under repeated loading. Orthosorb® is designed to withstand high tread forces while maintaining its cushioning performance, making it ideal for patients who require reliable shock absorption without excessive softness. Key Features High-performance shock absorbing material Rippled profile for improved flexibility and damping Excellent cushioning with high resilience Durable under repeated load Suitable for orthopedic footwear and orthotics Comfortable energy return during walking Wear-resistant and long-lasting Easy to cut, grind, and laminate Compatible with traditional and CAD/CAM fabrication Trusted nora® quality material Technical Specifications Material: nora® Orthosorb® Profile: 13 rippled surface Colour: 98 Green Hardness: approx. 20 Shore A Density: approx. 1.09 g/cm³ Sheet Size: approx. 780 × 525 mm (30.7" × 20.7") Thickness Options: 2 mm 3 mm 4 mm Performance Excellent heel damping properties High resilience for improved walking comfort Suitable for tread forces up to approx. 300 kg Equivalent to walking load of approx. 80 kg person Shock absorption at 4 mm thickness: approx. 83% Typical Applications in Orthopaedics & O&P Heel cushions in orthopedic shoes Shock absorbing insoles Diabetic footwear cushioning Prosthetic foot padding Orthotic inserts Pressure relief layers Sports orthotics Rehabilitation footwear Comfort layers in braces and supports The nora® Orthosorb® 98 green is a professional-grade shock absorbing material that combines effective damping with high resilience, making it ideal for orthopedic footwear, prosthetic, and orthotic applications where comfort, durability, and reliable impact protection are essential.

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The nora® Schweizer Puffergummi expanded rubber sheet – 81 black is a premium low-density cushioning material designed for orthopedic footwear, prosthetics, and orthotic applications where maximum shock absorption and high resilience are required. With its very low hardness and excellent restoration capability, Puffergummi provides outstanding walking comfort while maintaining dimensional stability under repeated load. This expanded rubber material combines superior shock absorption with high elastic recovery, allowing it to compress under impact and quickly return to its original shape. This makes it ideal for heel cushioning, shock absorbing layers, and comfort inserts in orthopedic shoes, prosthetic components, and rehabilitation devices. Due to its low density and high flexibility, Schweizer Puffergummi is particularly suitable for applications where strong damping performance is required without adding excessive weight. Key Features Expanded rubber sheet with high resilience Very low hardness for excellent cushioning Outstanding shock absorption properties High elastic recovery and restoration capability Lightweight with stable structure Smooth surface for easy finishing Excellent walking comfort Durable under repeated load Easy to cut, grind, and laminate Trusted nora® quality material Technical Specifications Material: nora® Schweizer Puffergummi expanded rubber Surface: Smooth Colour: 81 Black Hardness: approx. 23 Shore A Density: approx. 0.35 g/cm³ Sheet Size: approx. 840 × 520 mm (30.1" × 20.4") Thickness: 12 mm Performance Excellent shock absorbing properties Very high resilience and energy return Comfortable cushioning during walking Maintains dimensional stability under load Ideal for high-impact and comfort applications Typical Applications in Orthopaedics & O&P Heel cushions in orthopedic footwear Shock absorbing insoles Prosthetic foot padding Comfort layers in orthotics Diabetic footwear cushioning Rehabilitation footwear Impact protection inserts Pressure relief components Sports orthotics Cushioning blocks and wedges The nora® Schweizer Puffergummi expanded rubber sheet is a professional-grade cushioning material offering exceptional shock absorption, high resilience, and superior comfort, making it the first choice for orthopedic footwear, prosthetic, and orthotic applications where reliable impact protection is essential.

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The nora® Supersorb® 82 brick red is a high-performance visco-elastic shock absorbing material designed for orthopedic footwear, sports orthotics, and prosthetic applications where maximum impact reduction and cushioning are required. With its excellent damping properties and high resilience, Supersorb® provides outstanding comfort under high load conditions, making it particularly suitable for heel cushioning and high-impact areas. The rippled profile structure allows the material to compress progressively under load, ensuring effective shock absorption while maintaining flexibility and durability. Supersorb® is designed to perform under high tread forces, making it ideal for active patients, sports footwear, and orthopedic shoes requiring superior cushioning performance. Compared to standard cushioning materials, Supersorb® offers significantly higher shock absorption while still providing sufficient resilience for stable and comfortable gait. Key Features High-performance visco-elastic shock absorbing material Rippled profile for progressive cushioning Very high shock absorption capability Excellent resilience under repeated load Suitable for high-impact applications Ideal for orthopedic and sports footwear Durable and wear-resistant Easy to cut, grind, and laminate Compatible with traditional and CAD/CAM fabrication Trusted nora® quality material Technical Specifications Material: nora® Supersorb® Profile: 13 rippled surface Colour: 82 Brick Red Hardness: approx. 28 Shore A Density: approx. 1.09 g/cm³ Sheet Size: approx. 780 × 525 mm (30.7" × 20.7") Thickness Options: 2 mm 4 mm 5 mm Performance Excellent heel damping and cushioning Designed for tread forces from approx. 300 kg High resilience with strong energy absorption Shock absorption at 5 mm thickness: approx. 95% Suitable for high-impact walking and sports use Processing Notes Lightly sand before bonding Bond using polychloroprene adhesive Apply only light pressure when sanding Do not bond over the entire surface if possible, to maintain full visco-elastic performance Typical Applications in Orthopaedics & O&P Heel cushioning in orthopedic shoes Sports orthotics and insoles Shock absorbing layers Prosthetic foot cushioning Diabetic footwear comfort layers High-impact orthotic inserts Rehabilitation footwear Pressure relief components The nora® Supersorb® 82 brick red is a premium shock-absorbing material offering exceptional cushioning and durability, making it the preferred choice for orthopedic footwear, sports orthotics, and prosthetic applications where maximum impact protection is required.

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Orthostand M30 revolutionises the way foot-care professionals, orthotists, podiatrists, and prosthetic technicians work — offering an ergonomic, electrically height-adjustable platform engineered for comfort, precision and productivity.  Key Features & Specifications Electrically height-adjustable platform — Enables providers to raise or lower the working height effortlessly to match the practitioner’s posture or patient’s needs.  Low step-up height (14 cm) — Minimises strain when patients step on, improving safety and accessibility.  Robust safety system — Solid, rotating safety bars which can be set in multiple positions (step-up, support, or closed) — offers secure entry and exit, especially for small or mobility-challenged patients.  High load capacity — While powerful motors support heavy loads, the system is safely limited to 140 kg, ensuring stable, reliable performance.  Compact footprint with ergonomic seat — The seat is fixed at 44 cm width × 43 cm depth; seat platform set at 41.5 cm from base, suitable for routine orthotics/footcare workflows.  Generous platform dimension — Working surface of 70 cm (W) × 56 cm (D) — enough room for patient foot positioning, scanning, casting or device fitting.  Customisable configuration — Framework allows optional add-ons (e.g. notebook holder, potential sliding modules for footbed/scanner trays) to integrate digital workflows — ideal for scan-to-print or CAD/CAM-based orthotics labs.  Why Orthostand One Matters Ergonomics First — By allowing the practitioner to work at optimal height and posture, it reduces the risk of back strain, musculoskeletal stress and fatigue — important for high-volume clinics or labs working long hours. Patient Safety & Accessibility — Low step entry plus secure safety bars ensure patients of varying mobility and balance levels can step on/off comfortably and safely. Professionalism & Precision — The stable, adjustable platform gives a strong, consistent foundation for foot scanning, casting, orthotic fitting or adjustments — improving precision and repeatability. Scalable for Digital Workflows — With optional modules (e.g. notebook holder, scanner tray) Orthostand One is well-suited for clinics adopting digital scanning, CAD design, 3D printing or CNC manufacturing — aligning with modern orthotics/prosthetics workflows. Ideal For Prosthetic & orthotic clinics performing socket fitting, adjustments or alignment. Podiatry or foot-care practices needing ergonomic benches for casting, scanning or treatment. Labs adopting digital workflows (scanning, CAD/CAM, 3D printing or CNC milling) requiring stable, adjustable workstations. Clinics aiming to improve staff comfort, productivity, and safety during patient treatments.

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Lightweight, skin-friendly, and easy to mold — Plastazote LD45 offers unmatched adaptability for orthotic and prosthetic applications. Designed to respond to pressure and heat, it shapes naturally under weight-bearing, making it a top choice for splint padding, liners, and custom support surfaces. Key Features: Responsive Molding: Softens under weight and heat for superior total-contact fit. Skin-Safe Material: Closed-cell polyethylene foam; hypoallergenic, non-toxic, and latex-free. Versatile Use: Heat-moldable, grindable, and washable — ideal for orthotic top layers. Standard Sheet Size: 1 m x 1.4 m with 20 Shore A durometer firmness for balanced support. From clinic to workshop, Plastazote Flesh LD45 simplifies fabrication while elevating patient comfort. Its moldability, durability, and skin-safe composition make it a staple in orthotics — delivering soft structure and custom fit for every patient, every time.

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Soft, breathable, and precisely moldable — Plastazote Perforated LD45 delivers lightweight comfort with enhanced airflow for orthopedic applications. Ideal for splints, braces, and orthoses, this closed-cell polyethylene foam balances gentle support with easy shaping, making it a go-to material for patient-specific fabrication. Key Features: Perforated & Breathable: Allows ventilation while maintaining structural integrity. Heat-Moldable: Forms easily at 100–130 °C for custom fitting with Streifylen or Streifycolor compatibility. Durable & Washable: Closed-cell construction resists moisture and wear. Comfort-Oriented: 12 mm thickness with ~15–18 Shore A softness for gentle skin contact. With its soft texture and breathable design, Plastazote Perforated LD45 is tailored for comfort in every clinical application. Whether used in positioning splints or corrective orthoses, it supports the body gently while adapting to individual needs — moldable, hygienic, and built to perform.

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Our Laminating Sleeves offer a 4 way stretch which conforms much more accurately over your cast. Unlike cotton shirt products, our laminated sleeves are wrinkle free and easily stretch. Our laminated sleeves also fit more easily over any shape or size, no matter how big or small the prosthetic. They Offer: 4 Way Stretch Technology Wrinkle Free Easily Stretches Conforms to Mold Fits Over any Shape or Size Time Saver! Large Variety of Styles and Patterns for any Taste Instructions - Perform your usual lay-up of Dacron felt (optional), then nyglass or similar, as usual. Then laminate the socket or device. Before you break out the plaster, rough up the outside with sandpaper. Now for the finishing layer: pull one white nylon sock or nyglass and the sleeve fabric over the mold. Use a laminating sleeve around the mold using adhesive spray. Be sure to work out any wrinkles. Tie off each end. Apply your final PVA bag. Do not use a vacuum hose (nylon) as the final layer, sleeve should be your final layer. For a shiny finish, turn the PVA bag inside out before applying then laminate using a clear resin. Use a minimal amount of promoter (don't set the resin off too fast). Be sure to draw down firmly to remove excess resin with a parachute cord or similar. DO NOT SET RESIN OFF TOO FAST. Slow it down to a 20-30 minute or so lamination. Do not use full suction on vacuum, try half suction.  NOTE: Please know that trying to cut corners by doing a single step lamination may not produce the desired or optimum result.  We will not guarantee our sleeves products to clinics that do not follow our tips for a two step lamination.

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The Qaadir 12-Chamber Rotating Thermoforming Station is a height-adjustable, rotating hexagonal table with 12 independent vacuum chambers, a 44 mm maple butcher-block top and an all-steel vacuum surge tank.Six vertical vacuum bases give 12 independent vacuum stations on one table, and accept any combination of bubble forming platforms, lamination fixtures and foot orthotic presses. The steel surge tank is through-bolted to the steel frame, with three gauges for easy viewing, overhead vacuum service and a drain valve. It is ideal for a busy lab, or lets six students work independently side by side.Key Features 12 independent vacuum stations on one rotating table Height-adjustable hexagonal top in 44 mm maple butcher block All-steel vacuum surge tank with 3 gauges, overhead vacuum service and drain valve Vertical chambers accept bubble platforms, lamination fixtures and orthotic presses Supplied with 2 rotating bubble platform kits All hoses, barbs, gauges and valves included Technical Characteristics Vacuum stations: 12 independent Top: hexagonal, 44 mm maple butcher block, rotating, height adjustable Surge tank: steel, through-bolted, 3 gauges, drain valve Included: 6 vertical vacuum bases, 2 rotating bubble platform kits, hoses, barbs, gauges and valves What's in the Kit Rotating hexagonal table with surge tank 6 vertical vacuum bases (12 stations) 2 rotating bubble platform kits All hoses, barbs, gauges and valves Typical Applications in Prosthetics & Orthotics Bubble and drape thermoforming of sockets and orthoses Wet lamination on rotating fixtures Teaching labs where several students work at once Typical Users Prosthetic workshops and laboratories Central fabrication facilities O&P training institutions The Qaadir 12-Chamber Rotating Thermoforming Station is a master of efficiency for a busy lab or classroom. Contact Qaadir for a quote or a workshop layout plan.

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

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The world's first 3D human body reconstruction algorithm engine, it only needs 20 seconds of rotary scanning to quickly build a 1:1 real 3D human body model and three-dimensional display of the user's body shape. 128 3D digital physical test reports can be generated in 1 minute. Leveraging the advantage of Xianku's massive human body adaptive measurement algorithms, it can quickly complete millimeter-level human body measurements and intelligently analyze body shape issues. The data can also be directly used for advanced customization of clothing and customization of spinal orthotics and other customization. It completes 20 body health diagnoses for the core parts of the human body, such as the shoulder type, the waist-hip type, the leg type, the belly type, the back type, etc. The intuitive 3D model and accurate data enable visualization, standardization and digitization of body health assessment. It empowers industries such as body shaping, sports fitness, postpartum rehabilitation, medical care, etc., to help coaches or physique teachers to quickly, scientifically and comprehensively analyze and determine customers' body posture problems, formulate targeted sports training plans, and match corrective rehabilitation projects. Through the real 3D human model, combined with AI human bone meridian big data, you can visually view the spine shape and evaluate the health status of the spine. It assists in evaluating the risk of scoliosis, identifying posture problems such as forward neck posture, kyphosis, lumbar curvature, and pelvic tilt, and provides a more scientific and professional reference for physical health management, posture correction, sports risk assessment, and other fields. 5 major breast health indexes, 20+ detailed measurement data, comprehensive assessment of breast health, recommending the right size of underwear, underwear style and scientific breast care advice for women. Create the industry's first underwear size AI intelligent recommendation. ● 45 items of circumference data ● 15 body composition analysis ● 20 physical health assessment ● 3D spine assessment ● 3D chest health diagnosis ● 4D body type tracking comparison ● Body shape trend prediction ● Intelligent interactive screen ● AI prescription recommend system ● CRM customer management system

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The Qaadir Above-Knee (AK) Nylon Prosthetic Cosmetic Cover is designed to provide a durable, flexible, and natural-looking finish for endoskeletal prostheses. Made from premium 70 denier Nylon 66 yarns, it offers strength, resilience, and a smooth cosmetic appearance. Available in three shade options, it blends seamlessly with prosthetic components to ensure a professional and discreet finish. Key Features Durable Construction: Manufactured from 70 denier Nylon 66 yarns for strength and long-lasting use. Flexible & Comfortable Fit: Offers a maximum lateral stretch of 39cm and circumference up to 78cm. Lightweight Protection: Shields prosthetic components without unnecessary bulk. Cosmetic Appearance: Available in three natural shades for a discreet finish. Prosthetic Compatibility: Specifically designed for above-knee endoskeletal prostheses. The Qaadir AK Nylon Prosthetic Cosmetic Cover combines strength, flexibility, and a cosmetic finish, making it an essential solution for above-knee prosthetic applications.

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The Qaadir 8-Piece Allen Key Set is built for strength, durability, and convenience. Featuring chrome-plated, corrosion-resistant steel and a compact folding design, it’s the perfect tool for prosthetic professionals and DIY users alike. Features Durable Alloy Steel – higher strength and longer tool life Corrosion-Resistant Chrome Finish Soft-Grip Handles – comfortable, slip-resistant use High Torque Design – for tough fastening jobs Folding Storage – keeps all keys secure and portable The Qaadir Allen Key Set combines durability with ergonomic comfort, making it an essential addition to any CPOs toolbox.

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Qaadir Aluminium Bubble Forming Frames are sold in pairs and match the Qaadir rotating bubble forming platforms perfectly.They leave 25 mm of space around the platform to take any thickness of plastic. Made from thick aluminium, the frames do not warp with heat and never rust, and round holes (rather than square) give an even pull on all sides.Key Features Sold in pairs Matched to the rotating platform sizes 25 mm clearance around the platform for any plastic thickness Thick aluminium: no warping, no rust Round holes for an even pull on all sides Technical Characteristics Sizes: XLAK 610 × 559 mm (457 mm hole), AK 508 × 457 mm (356 mm hole), BK 406 × 356 mm (254 mm hole), UE 305 × 254 mm (152 mm hole) Material: thick aluminium plate Supplied as: pair Typical Applications in Prosthetics & Orthotics Holding plastic sheets for bubble forming check sockets Seamless foot orthosis forming Typical Users Prosthetic workshops and laboratories Orthotic workshops O&P technicians Pair Qaadir Aluminium Bubble Forming Frames with the matching platform for clean, seamless bubbles. Contact Qaadir for a quote.

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The Qaadir Aluminium Bubble Forming Oven Rack is a rigid aluminium frame that sits in any oven like a table on its side, holding the frames off the floor and letting the plastic bubble.Its open design lets you slide the bubble out of the oven without damaging it, and its rectangular shape gives two positions, closer to or further from the heating elements, to adjust heating times. Aluminium cools fast and never rusts.Key Features Fits in any oven Holds frames off the oven floor so the plastic can bubble Open design for sliding the bubble out without damage Two positions to adjust distance from the heating elements Aluminium: cools fast and never rusts Technical Characteristics Material: aluminium Positions: 2 Use: with bubble forming frames Typical Applications in Prosthetics & OrthoticsBubble forming check sockets and orthoses in a standard ovenTypical Users Prosthetic workshops and laboratories Orthotic workshops O&P technicians The Qaadir Aluminium Bubble Forming Oven Rack turns any oven into a bubble forming oven. Contact Qaadir for a quote.

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Professional anti-fog safety goggles providing comfortable, enclosed eye protection against dust, airborne particles, impact, mist and splashes during prosthetic and orthotic fabrication. The Qaadir Anti-Fog Safety Goggles are designed for demanding P&O workshop environments where grinding, sanding, routing, drilling, plaster work and other fabrication processes can expose the eyes to dust, particles and debris. The flexible wraparound design provides a close, comfortable fit around the face while maintaining good peripheral vision. An indirect ventilation system combined with an anti-fog lens coating helps maintain clear visibility during prolonged workshop use. The design is also suitable for wearing over most prescription spectacles. Key Features Anti-Fog Lens: Special interior coating helps minimise condensation and maintain clear vision during extended use. Anti-Scratch Exterior: Protective outer lens coating improves resistance to scratching during everyday workshop use. Enclosed Eye Protection: Close-fitting design helps protect against dust, airborne particles, mist, splashes and impact. Indirect Ventilation: Promotes airflow while helping minimise the entry of workshop debris and reducing lens fogging. OTG – Over-the-Glasses Design: Designed to fit comfortably over most prescription eyewear. Wide Field of Vision: Wraparound lens provides good peripheral visibility while working with machinery and hand tools. Flexible Face Seal: Soft body conforms comfortably to the face and helps provide a secure, gap-reducing fit. Adjustable Headband: Allows the goggles to be securely adjusted for different users. Replaceable Lens Design: Enables the lens to be replaced when required rather than replacing the complete goggle. P&O Workshop Protection: Ideal for use during plaster rectification, sanding, grinding, drilling, routing, cutting and other fabrication processes. Technical Specifications Specification Details Product Qaadir Anti-Fog Safety Goggles Lens Clear Lens Treatment Anti-fog interior / anti-scratch exterior Ventilation Indirect ventilation Design Wraparound, enclosed safety goggle OTG Compatible Yes – suitable over most prescription glasses Headband Adjustable Protection Impact, dust, airborne particles, mist and splash Application P&O fabrication and general workshop eye protection

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The Qaadir Articulating Socket Vise & Bench Alignment Fixture holds any organic shape at any angle so the technician can work securely on all sides.Three handles control all planes of motion independently: one for rotation and height on the vertical pipe, one for rotation and reach on the horizontal pipe, and one for height on the horizontal pipe. This lets you align in the coronal and sagittal planes separately while still moving vertically without changing alignment. The frame takes a second slide for secondary arms such as rivet bars, socket pullers, flat-blade adjusters and alignment arms.Key Features Holds sockets and orthoses at any angle Three handles for independent control of every plane Align coronal and sagittal planes separately Move vertically without losing alignment Second slide for rivet bars, socket pullers and other arms Technical Characteristics Type: articulating vise and bench alignment fixture Controls: 3 independent handles Accessories: second slide for secondary arms Typical Applications in Prosthetics & Orthotics Holding sockets for trimming, finishing and riveting Bench alignment of prostheses Working on orthoses at awkward angles Typical Users Prosthetic workshops and laboratories Orthotic workshops O&P technicians The Qaadir Articulating Socket Vise & Bench Alignment Fixture holds your work exactly where you need it. Contact Qaadir for a quote.

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Professional 250 mm backsaw designed for accurate, controlled cutting in prosthetic, orthotic and general workshop fabrication. The Qaadir Backsaw 250 mm combines a rigid, reinforced blade design with precision-ground teeth to provide clean, controlled cuts. Its compact size makes it particularly useful for detailed workshop tasks where accuracy and stability are more important than the long cutting stroke of a conventional handsaw. Manufactured with a high-quality carbon steel blade, the saw provides a strong, well-balanced cutting platform, while the reinforced back helps minimise blade flex during use. The soft-grip handle provides comfortable, secure control during repetitive fabrication work. Key Features 250 mm Blade Length: Compact size for accurate and controlled workshop cutting. Precision-Ground Teeth: Designed to produce clean, efficient cuts. Carbon Steel Blade: Strong and durable construction for regular professional use. Reinforced Back: Helps maintain blade rigidity and minimise bending during cutting. Smooth Cutting Action: Solid, well-balanced construction supports controlled sawing. Soft-Grip Handle: Provides a comfortable and secure grip for improved cutting control. Compact & Manoeuvrable: Particularly suitable for smaller components and precision fabrication tasks. P&O Workshop Application: Ideal for cutting wood, model-making materials and other suitable workshop materials during prosthetic and orthotic fabrication. Technical Specifications Specification Details Product Qaadir Backsaw Type Backsaw / tenon saw Blade Length 250 mm Blade Material Carbon steel Teeth Precision ground Handle Ergonomic soft grip Operation Manual Application Precision cutting and fabrication Primary Use Prosthetic & orthotic workshops The Qaadir Backsaw 250 mm provides the blade rigidity, cutting accuracy and comfortable handling required for precise everyday fabrication work in professional P&O workshops. The specification is based on the referenced 250 mm saw, which confirms the carbon-steel blade, precision-ground teeth, soft-grip handle and rigid, balanced construction. Qaadir — professional workshop tools for prosthetic and orthotic fabrication.

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Ball-End Allen Wrenches are essential workshop tools used throughout orthotic and prosthetic fabrication, assembly, and adjustment. Designed for working with inbus (hex) shank screws, these tools provide the precision, reach, and control required for tightening and loosening the fasteners used in joints, adapters, prosthetic components, and orthotic hardware systems. In O&P workshops—where alignment accuracy and secure hardware fixation are critical—ball-end wrenches offer superior accessibility, allowing technicians to engage screws from angles up to 25° off-axis. This flexibility makes them ideal for confined spaces, multi-component assemblies, and final adjustment tasks on both orthotic braces and prosthetic devices. Purpose & Function Ball-end Allen wrenches are used for: Mounting and adjusting prosthetic adapters, pylons, and components Securing orthotic joints, loops, straps, and reinforcements Tightening inset screws inside AFOs, KAFOs, spinal braces, and upper-limb orthoses Quick alignment corrections during fittings Equipment service and workshop maintenance Their ability to work effectively in limited-access areas makes them indispensable in any professional O&P setting. Complete 9-Piece Set – All Essential Sizes Each set includes the most commonly required hex key dimensions for orthotic and prosthetic work: 1.5 mm 2 mm 2.5 mm 3 mm 4 mm 5 mm 6 mm 8 mm 10 mm This range covers everything from delicate screws in upper-limb orthoses to large bolts in prosthetic pylons and heavy-duty joints. Key Advantages for O&P Workshops Ball-End Design for Angled Access Engage screws up to ~25° off-center—ideal for complex devices and tight spaces. High-Torque, Industrial-Strength Steel Withstands repeated tightening without rounding or stripping. Long Arm for Leverage Provides greater reach and torque for secure fastening of prosthetic hardware. Precise Fit for Inbus Screws Prevents screw damage and ensures reliable hardware tightening—critical for safety and stability in patient devices. Ideal for Fabrication, Fitting & Servicing Useful at every stage: initial assembly, midline adjustments, final fitting, and routine maintenance. Essential for Every Orthotic & Prosthetic Clinic Ball-end Allen wrenches are mandatory tools in: Prosthetic fabrication labs Orthotic workshops Mobile repair units Clinical fitting rooms Equipment service departments Their versatility, strength, and precision make them a core part of the O&P technician’s toolkit. Build Better Devices With Reliable, Precision Tools Whether you are adjusting a prosthetic pylon, securing a KAFO joint, or fine-tuning an orthotic strap system, these ball-end Allen wrenches deliver the accuracy and confidence needed for high-quality O&P workmanship.

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The Qaadir Ball Peen Hammer is an O&P workshop essential, designed for precision, durability, and control. Built with a forged high-carbon steel head and a polished striking face, this hammer is perfect for metalworking, riveting, and general workshop tasks. Key Features Forged High-Carbon Steel Head – ensures maximum strength and durability Precision Balanced – delivers accurate and controlled strikes Shatter Resistant – built to withstand heavy-duty use Slip-Resistant Wooden Handle – comfortable grip for long working hours Polished Face – cleaner, smoother, and consistent striking surface The Qaadir Ball Peen Hammer combines traditional craftsmanship with modern durability, making it an indispensable tool for O&P professionals

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Qaadir Bar Bender Shoe & Die Kits extend the Qaadir powered orthotic bar benders for specific bending jobs.Choose the large radius kit for smooth curves, the stirrup kit for 90-degree bends in stainless stirrups, or an offset bend kit in 6.35 mm, 4.76 mm or 3.18 mm for offsets in orthotic uprights.Key Features Large radius kit for smooth curves Stirrup kit for 90-degree stirrup bends Offset bend kits in 6.35 mm, 4.76 mm and 3.18 mm Fits both the benchtop and mobile-table powered benders Technical Characteristics Kits: large radius; stirrup; offset 6.35 mm, 4.76 mm, 3.18 mm Compatibility: Qaadir powered orthotic bar benders Typical Applications in Prosthetics & OrthoticsBending orthotic uprights, cuffs and stirrupsTypical Users Orthotic workshops O&P technicians Add Qaadir Bar Bender Shoe & Die Kits to handle every bend. Contact Qaadir for a quote.

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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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