The Voxelcare 3D Printer Automation Module is designed for orthotic laboratories, podiatry production centres and digital O&P workshops that need to increase 3D printed insole output without adding unnecessary manual handling to the workflow. Built for Voxelcare Multi Pellet and Filament printers, the automation module helps keep production moving by reducing the need for frequent operator intervention between print jobs. Instead of stopping production for manual part removal and material handling, the system supports continuous printing through a proprietary PET foil concept and automatic unloading. For orthotic clinicians, technicians and production teams, this means a smoother, more scalable digital workflow for custom foot orthotics. The module is especially useful when demand increases and manual unloading becomes a bottleneck in the production process. Key Features Continuous printing support for Voxelcare Multi Pellet and Filament printers Automatic unloading to reduce manual part removal between jobs Proprietary PET foil concept engineered for extended print cycles Up to 3 days of production collection capacity for printed insoles Storage for 32 pellet cartridges to support organised material management Available as a complete new system or as an upgrade for existing compatible printers Designed to improve uptime, output, consistency and production margin Designed for Orthotic Production Growth As orthotic printing demand grows, manual unloading and frequent material changes can slow down production. The Voxelcare 3D Printer Automation Module addresses this challenge by helping laboratories maintain longer production cycles and a more efficient day-to-day workflow. For O&P clinics and orthotic production teams producing custom insoles, the module can support: Higher daily production capacity Reduced operator dependency More consistent workflow management Better use of printer time outside normal working hours Improved material organisation A more scalable digital orthotics production process What’s Included The automation module includes two main elements: Printer Upgrade Automated Z-axis PET foil unit Door replacement Rear panel replacement Base Unit Collection space for printed insoles, with up to 3 days’ production capacity Storage space for 32 pellet cartridges Note: upgrade availability is listed for V2 units only. Ideal Applications The Voxelcare 3D Printer Automation Module is suitable for: Orthotic laboratories producing custom foot orthotics O&P clinics with in-house 3D printing workflows Podiatry and foot orthotic production centres Central fabrication facilities Digital orthotics providers scaling daily production Clinics moving from manual print management to semi-automated production Why Choose the Voxelcare Automation Module from Qaadir? Qaadir supports O&P clinics and orthotic production teams with digital fabrication solutions designed for practical clinical and workshop use. The Voxelcare 3D Printer Automation Module helps clinics move beyond single-job printing toward a more productive, automated workflow for custom orthotic insole manufacturing. For clinics looking to expand digital orthotic capacity, reduce production interruptions and improve operational efficiency, this module provides a clear next step in scaling 3D printed foot orthotic production.

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Galileo by Protosthetics is an end-to-end in-clinic 3D printing solution designed specifically for orthotic and prosthetic clinicians and technicians who want to bring more digital fabrication capability into everyday practice. Rather than functioning as a standalone printer only, Galileo is positioned as a complete workflow that combines scanning, digital order submission, remote design support, print optimisation, on-site fabrication and ongoing technical support for O&P clinics. Built for the realities of modern O&P service delivery, Galileo supports a connected workflow in which the clinic scans the limb or cast, submits the order through the Proto App, and then works with the Protosthetics team as the design is created and optimised for printing before being deployed back to the clinic for on-site production. This model is designed to help clinics benefit from digital manufacturing without needing to build a full in-house CAD department from day one. Galileo is especially relevant for O&P providers looking to improve turnaround times, standardise fabrication quality and expand access to additive manufacturing without placing the full design and R&D burden on their own internal team. Protosthetics describes the platform as a complete in-clinic 3D printing package for O&P, supported by a dedicated digital technician lead, continuous product development and hardware upgrades as new versions become available. For orthotic and prosthetic clinicians, Galileo offers a practical route into digitally enabled care pathways. For technicians and fabrication teams, it provides a structured manufacturing ecosystem that includes optimisation for print speed and performance, material support, training resources and hardware support. Protosthetics also highlights a learning portal, full practitioner and technician training, and ongoing remote troubleshooting as part of the wider solution. This makes Galileo well suited to clinics that want more than a printer alone. It is aimed at O&P organisations looking for a broader digital production platform that can support scaling, improve workflow confidence and reduce barriers to adopting in-house 3D printed orthotic and prosthetic products. With its combination of in-clinic fabrication and external digital support, Galileo is positioned as a hybrid model for clinics seeking faster, more streamlined and more accessible digital manufacturing in orthotics and prosthetics. Key Features End-to-end in-clinic 3D printing solution for O&P clinics Scan-to-print workflow supported through the Proto App Dedicated digital technician team to support clinical requirements Product design and print optimisation handled by Protosthetics Ongoing hardware upgrades for active subscribers Continuous O&P product research and development Learning portal with written and video guidance Material supply tracking and replenishment support Full practitioner and technician training Hardware support and repair included within the programme

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The iSUN3D iFeet 3D Foot Scanner is a high-precision digital scanning system designed for foot measurement, orthotic design, and custom insole production. Developed for orthotic clinics, prosthetic & orthotic laboratories, podiatry centres, and footwear manufacturers, the scanner captures accurate 3D models of both feet in seconds, enabling a fully digital workflow from assessment to device production. Using advanced optical scanning technology, the system quickly generates a detailed 3D model together with multiple measurement parameters, allowing clinicians to evaluate foot shape, arch structure, and alignment before designing custom orthotics, footwear, or rehabilitation devices. The scanner integrates with digital software platforms, supporting CAD/CAM design and 3D printing of insoles and orthotic components. The compact design, simple operation, and fast scanning speed make the iFeet scanner suitable for both clinical environments and retail or screening settings where rapid measurement is required. Key Features High-precision 3D foot scanning system Full digital workflow for custom orthotics Fast scanning in a few seconds Automatic generation of 3D foot model Measures multiple anatomical parameters Supports CAD/CAM orthotic design Easy operation with low learning curve Compact design for clinic or store use Integrated data management platform Suitable for orthotics, footwear, and rehabilitation Main Functions 3D scanning of both feet Automatic foot measurement report Arch and alignment analysis Foot health evaluation Data storage and cloud management Custom insole and shoe design support Digital communication with CAD software Technical Characteristics Scanning Time: approx. 3 seconds Data Output: 3D model + measurement report Parameters Measured: 30+ foot dimensions Scanning Method: Optical / structured light measurement Data Transfer: Digital / cloud / software integration Operation: Tablet / PC interface Application: Orthotics, footwear, rehabilitation Typical Applications in Prosthetics & Orthotics Custom foot orthotics Diabetic insoles AFO and brace design Pediatric orthotics Foot deformity assessment Digital casting replacement CAD/CAM workflows Typical Users Prosthetic & orthotic clinics Podiatry clinics Rehabilitation hospitals Orthopaedic departments Footwear manufacturers Sports medicine centres Universities & research labs The iSUN3D iFeet 3D Foot Scanner provides a fast and accurate digital measurement solution, helping clinicians and technicians move from traditional casting to modern digital orthotic production with improved precision, efficiency, and patient comfort.

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

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

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

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

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The Qaadir SLS Desktop Printer (SLS1518) is a compact yet powerful Selective Laser Sintering (SLS) system designed for insole production and small-batch industrial production. Combining a small footprint with a generous build volume, it delivers exceptional accuracy, stability, and cost efficiency, making it an ideal solution for orthotics and prosthetics professionals seeking to streamline production of functional devices and custom components. Prints 12 Pairs of 1/2 insole shells per build. Key Features Compact & Efficient – Small machine size (600 × 550 × 800 mm) with a large build area (150 × 150 × 180 mm). Low Cost of Use – Requires only 1 kg of boot powder to start a job, minimizing material waste and operating costs. High Precision – Equipped with a high-precision industrial galvanometer and a 5W, 450 nm diode laser for consistent and accurate sintering. Controlled Thermal Environment – 4-zone semi-gold plated far infrared heating ensures stable build conditions. Air Filtration System – Integrated 2-stage carbon and HEPA filters improve safety and workshop air quality. User-Friendly Operation – 7-inch touch display and VoxelDance slicing software for intuitive job setup. Fast Heating & Cooling – Heats up in 15–25 minutes (from 25 °C) and cools in under 6 hours for full cylinder. Technical Specifications Build Volume: 150 × 150 × 180 mm Max. Part Size: 135 × 135 × 180 mm Layer Thickness: 100–150 microns (default 110 µm) Laser Source: 5 W, 450 nm diode laser Operating Environment: 18–28 °C, <80% RH Connection Type: USB Power Requirement: Standard single-phase supply Compatible Materials: PA11, PA12, TPU, CF/GF reinforced powders Radiation Level: Class 1 laser product (safe for workshop use) Applications in Orthotics & Prosthetics Custom Insoles & Foot Orthoses – Lightweight, precise, and patient-specific designs. Prosthetic Sockets & Components – Strong, functional parts using PA12 or reinforced powders. AFOs & KAFOs – Complex geometries produced with high accuracy and repeatability. Small Batch Production – Manufacture durable end-use orthotic or prosthetic devices in short runs. The Qaadir SLS1518 Desktop Printer combines industrial-grade performance with desktop convenience, offering O&P professionals a reliable tool to accelerate innovation, reduce turnaround times, and produce high-quality customized solutions for patients.

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Transform your iPad into a powerful 3D scanning system with the Structure Sensor 3—a durable, high-performance depth scanner built for clinical, field, and design use. Key Features & Benefits Triple Performance, Battery & DurabilityWith a completely redesigned internal architecture, Structure Sensor 3 delivers 3× the scanning performance, 3× the battery life, and 3× the durability compared to its predecessor.A custom heatsink and optimized power usage reduce thermal loads during intensive scanning.  Compact & Rugged DesignEncased in 30% thicker housing, the sensor features an integrated aluminum mounting plate, a rigid internal chassis, and has passed extensive durability testing—making it well suited for busy clinical or workshop environments.  High Accuracy & Wide Range Depth accuracy: ~1 mm Working range: 0.2 m (minimum) to 5 m (typical maximum) Field of view: approximately 51.8° × 59.9° (Horizontal × Vertical) IR projector: 940 nm Class 1 laser Broad iPad CompatibilityWorks with many modern iPad models, including the 9th, 10th, 11th Gen iPads, iPad Pro, iPad Air, and iPad mini devices (depending on model).Note: different iPads require matching brackets and cable types (USB-C or Lightning) which are included or selectable.  All-In Bundle & Easy SetupThe package includes: Structure Sensor 3 unit Bracket suited to your iPad model USB charging / data cable Magnetic screwdriver + M1.6 screws User manual and startup guide Setup is streamlined: mount the sensor, connect to your iPad, calibrate via the companion app, and start scanning.  Optimized for Professional Use The updated Structure SDK (3.5.0) supports advanced functionality such as anatomical landmark detection, depth mapping, and scan quality feedback.  A free 1-year subscription to Structure Capture is included, enabling seamless mesh generation, post-processing, and cloud-based workflows.  Typical Use Cases in Orthotics & Prosthetics Capture residual limb geometry (shape, volume, contours) for socket or liner design Scan intact limbs, joints, and anatomical structures for custom orthoses Digitally archive patient limb data for future reference or modification Perform comparative scans over time to monitor limb volume changes Spec Value Weight ~115 g  Dimensions ~115.5 mm × 29.1 mm × 25.5 mm  Depth resolution 1040 × 1200 (max) Frame rate 30 fps (typical), up to 60 fps (fast mode)  Battery life ~3 hours (active) / ~48 hours (standby)  Structure Sensor 3 for iPad is designed to bring high-accuracy, robust 3D scanning to your iPad-based workflows—making it an ideal tool for prosthetists, orthotists, and clinicians seeking a mobile, reliable scanning solution.

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The EinScan Medixa is a wireless, all-in-one 3D scanner from SHINING 3D, purpose-built for orthotics & prosthetics workflows. It combines precision scanning, onboard processing, and seamless data export in a compact, contact-free setup designed to improve both patient experience and clinic efficiency. Key Features & Capabilities Feature Description Benefit for O&P Clinics Contact-free, Wireless Scanning Uses white light and infrared VCSEL illumination; the scanner is handheld and does not require physical contact.  Improves comfort, especially for sensitive areas, infants, or patients unable to hold still; reduces infection risk and mess. Standalone Operation (Onboard Processing) Scans, processing, and data export all happen within the device; no always-on external computer needed.  Simplifies setup; more portable; allows use in field clinics or for outreach; reduces hardware requirements. Versatile & Personalized Scan Presets Preconfigured settings for various body parts: face, cranial, torso, upper & lower limbs, feet, socket, seating, foam box. Settings are also customizable.  Speeds up scanning; ensures consistency; reduces operator error; better fit for diverse patient needs. Movement Compensation Algorithms built in to tolerate small patient movement (e.g. breathing, slight shifts) during scanning.  Reduces need for rescans; particularly useful for infants, kids, or patients who can’t stay perfectly still. High-Resolution Texture Capture Equipped with a 5-megapixel texture camera; captures both geometry & surface texture.  Enables more accurate modeling (e.g. skin features, texture) which helps with device interfaces, shaping, aesthetic/fit concerns. Flexible Alignment Modes Supports multiple alignment modes: feature-based, texture, hybrid, markers, global markers.  Makes scanning more reliable across different surfaces, shapes, and scan conditions. Helps ensure better scanned model fidelity. Technical Specs (Basics) • Point spacing: 0.2 – 3 mm • Field of view (FOV): White light ~ 475×360 mm; Infrared mode ~ 1090×1260 mm• Accuracy: from ~0.05 mm (volumetric accuracy) in many modes.  Ensures precision for custom prosthetic sockets, orthotic parts, and where geometry matters deeply. Larger FOV helps capture larger body parts or full-limb scans. How EinScan Medixa Elevates O&P Workflows Faster Turnaround: Transitioning from manual plaster casting and measurements to digital scan-based models cuts down case time dramatically. Less setup, fewer manual steps.  Reduced Rework & Error: More accurate data capture means fewer adjustments or remakes of sockets, braces or prosthetic components.  Improved Patient Comfort: Non-contact scanning reduces discomfort, mess, and stress especially in vulnerable patients (children, elderly, pain sufferers). Portability & Flexibility: Being lightweight (~953g) and having battery operation plus wireless capabilities enables use outside main clinic setups (mobile clinics, bedside, field).  Data & Aesthetic Fidelity: Texture capture allows clinicians to better capture skin surface features which may matter for socket interfaces, liners, or cosmetic covers. Also useful for 3D printed or milled parts where texture mapping or color matters.

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The Voxelcare Motion Capterure Analysis System is a sophisticated solution designed to take gait, running, load, and coordination assessment to the next level. It provides highly accurate movement analytics, empowering healthcare professionals, sports scientists, and orthotic specialists to evaluate biomechanics and deliver tailored patient care. Core Features Advanced Gait & Movement AnalysisAccurately tracks walking and running biomechanics to detect irregularities, assess load distribution, and evaluate functional movement quality. Precision Load Analysis & Coordination TrainingQuantifies weight distribution and coordination patterns, aiding in rehabilitation, performance optimization, and balance training programs. Advantages Comprehensive, real-time data acquisition for enhanced precision and analysis capabilities. Seamless integration of hardware and software components, streamlining the analysis process. The Motion Capture Analysis System offers a wide array of customization options, allowing you to create a tailored solution that best suits your specific needs and preferences. Cutting-edge pressure sensor technology, delivering unprecedented insights into gait and stance. Training modules for coordination and virtual training, fostering effective rehabilitation and enhancing the overall value of the system for both practitioners and patients. Premium camera set delivers high-resolution video capture at multiple frame rates, enabling detailed gait analysis and facilitating improved diagnosis and treatment plans. Intuitive software with easily adjustable hardware components, making it accessible to professionals with varying levels of expertise. Why It Stands Out Elevated Diagnostic AccuracyBy delivering precise metrics on gait cycles, weight distribution, and movement symmetry, this system supports more confident evaluations and better-informed interventions. Versatile ApplicationSuitable for clinical and athletic environments alike—whether it’s refining orthotic prescriptions, monitoring post-operative recovery, enhancing sports performance, or steering balance retraining. Enhanced Patient EngagementVisual data outputs help professionals and clients understand movement challenges and progress, fostering collaborative goal-setting and motivation. Use Cases at a Glance Scenario Insight Provided Rehabilitation Clinics Monitor gait symmetry and progression after injury Sports Performance Labs Optimize running techniques and prevent overuse injuries Orthotic Design Inform orthotic customization using dynamic gait data Balance Training Analyze coordination for fall prevention or mobility gain Conclusion The Voxelcare Motion Capture Analysis System delivers high-resolution gait and load assessment within a streamlined, easy-to-integrate platform. Ideal for healthcare, sports performance, and orthotic workflows, it offers the clarity and depth of insight necessary to elevate patient care and outcomes. Would you like a more detailed breakdown—perhaps highlighting integration with pressure plates, software tooling, or comparison with standalone systems?

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The Gold Standard in Gait & Postural Analysis—Maximum Coverage, Superior Resolution Overview Elevating pressure-mapping technology to a new level, the Voxelcare VCP12000 houses 12,288 high-resolution sensors across an expansive 1,500 × 500 mm active area. Capturing up to 200 frames per second, it's engineered for impeccable accuracy during static stance, walking, gait analysis, and sport-specific movements.  Key Technical Features Sensor Density & Active Area: 12,288 sensors covering 1.5 m length and 0.5 m width—ideal for full-stride capture and comprehensive foot/on-floor dynamics.  Sampling Rate: Up to 200 images per second for fluid real-time analysis of movement and stance.  Dimensions & Build: Rigid yet sleek—1,610 × 652 × 30 mm footprint, only 9 mm thick, and around 11.8 kg.  Pressure Capacity: Handles up to 100 N/cm² across its large surface.  Software Integration: Seamlessly synchronizes with other diagnostic tools (e.g., video, EMG, EKG) for a holistic analysis approach.  Why the VCP12000 Outperforms the VCP8000 Feature VCP12000 VCP8000 Advantage Sensor Count 12,288 8,192 ~50% more sensors enable finer detail in pressure mapping. Active Area Length 1.5 m 1.0 m Longer span allows capture of longer strides in a single pass. Weight ~11.8 kg ~8 kg  More robust yet still portable. Software Sync Yes (video, EMG, EKG) Not specified Enables comprehensive, multi-modal diagnostics. Performance Advantages Enhanced Spatial & Temporal ResolutionThe higher sensor density means data is more detailed, capturing subtle pressure gradients—critical for nuanced gait or posture analysis. Full-Strides Captured in One SweepThe extended active area can accommodate entire walking strides in a single measurement, reducing the need for repeated passes and improving measurement consistency. Integrated Multi-System SynchronizationThe ability to align pressure data with video, EMG, or EKG adds a powerful layer of context—vital for dynamic biomechanical assessments and treatment planning. Ideal for High-Throughput SettingsClinically efficient and intuitive, the VCP12000 streamlines patient flow and supports comprehensive evaluations with rich datasets—all with one device. Use Case Scenarios Comprehensive Gait Analysis: From heel strike to toe-off, examine stride mechanics with precision and context. Dynamic Biomechanical Diagnosis: Analyze posture, balance, and movement dynamics in sync with muscle activity and visual feedback. Athlete Performance Optimization: Monitor pressure distribution during sport-specific movements to refine training and reduce injury risk. Advanced Clinical Assessments: Support scoliosis, orthopedic, or rehabilitation workflows with high-detail pressure mapping and comparative tracking. Summary Table Feature VCP12000 (Lead Model) Sensor Grid 12,288 sensors over a 1.5 m × 0.5 m area Capture Speed 200 fps for highly dynamic analysis Build & Mobility Slim (9 mm), sturdy (11.8 kg) Max Pressure 100 N/cm² across entire surface Diagnostic Integration Syncs with video, EMG, EKG for full-context use Clinical Value Best-in-class resolution, stride coverage, and system integration Conclusion The Voxelcare VCP12000 pushes the boundaries of plantar pressure analysis with its extended dimensions, dense sensor array, and multi-system integration. If you need the highest accuracy, the ability to capture full strides in one go, and seamless diagnostic versatility—it's a clear upgrade over the VCP8000.

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Discover the Voxelcare VCP8000, a standout pressure plate offering a generous 1,115 × 652 × 30 mm footprint and an expansive 1,000 × 500 mm active area, all embedded with 8,192 high-resolution sensors. This design—spacious yet clinic-friendly—delivers advanced capabilities for static, dynamic, and postural pressure assessments. Key Features Wide Coverage, High DetailWith 8,192 sensors sized approximately 7.8 × 7.8 mm, the VCP8000 captures intricate pressure patterns across each foot and through full steps. Full Gait Cycle CapabilityThe extra length supports complete heel-to-toe foot strikes—enabling seamless analysis of an entire gait cycle in a single pass. Fast Sampling RateAt up to 200 frames per second, this plate ensures smooth real-time feedback during movement and stance. Slim but Durable BuildAt only 9 mm thick and weighing just 8 kg, it remains portable and easy to integrate into any clinical or retail setting without compromising performance. Pressure CapacityEngineered to handle pressures up to 100 N/cm², it meets the demands of varied biomechanics and patient profiles. Seamless IntegrationDesigned for simplicity—setup is straightforward, and results appear instantly, with full gait-cycle data streamed to your system or cloud-based platform. Benefits of a Longer Plate The VCP8000’s expanded length brings substantial advantages: Complete Foot CoverageAccommodates heel-to-toe strikes—no need for multiple passes or repositioning, enabling efficiency and fully detailed gait insights. Smoother Gait AnalysisEnsures more natural walking—and richer data—by capturing full step dynamics in a single measurement. Versatility in ApplicationsIdeal for comprehensive assessments—ranging from sports biomechanics to postural and scoliosis evaluations—without spatial compromises. Time Savings in ClinicsFaster scans with no need to reorient the foot streamline patient throughput and enhance user experience. Feature Snapshot Feature Description & Benefit Size & Sensor Density 8,192 sensors over a 1,000 × 500 mm area—captures full foot and step details with high precision Sampling Speed 200 fps enables fluid, real-time feedback for dynamic analysis Durability & Portability Slim (9 mm thick) and lightweight (8 kg)—easy to place or move between stations Pressure Capacity Handles up to 100 N/cm²—suitable for a wide range of clinical use cases Optimized Gait Analysis Extended surface allows for full gait-cycle capture without repositioning Conclusion The Voxelcare VCP8000 combines precision sensor technology, fast sampling, and extended surface area into a sleek, efficient package—designed for optimized gait and postural assessment. Its generous length makes it especially useful for full-step gait evaluations, helping clinicians to gather more informative data, more naturally and quickly, than ever before.

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The Voxelcare VCP4000 is a high-performance, wireless pressure-sensing platform offering comprehensive plantar pressure mapping. Equipped with 4,096 high-precision resistive sensors in a 64 × 64 matrix, it captures highly detailed pressure data across a spacious 500 × 500 mm active area—perfectly suited for dynamic gait, postural alignment, and scoliosis assessment. voxelcare.com+1Vadeos Key Features & Technical Specs Large Sensor Array: 4,096 sensors for exceptional resolution across a 500 × 500 mm area Vadeosvoxelcare.com. Wireless Connectivity: Bluetooth-enabled for real-time, hassle-free data transmission to your analysis system Vadeosvoxelcare.com. Compact & Lightweight: Measures 710 × 610 × 22 mm, just 9 mm thick, and weighs approximately 3.9 kg—ideal for clinical mobility Vadeosvoxelcare.com. Robust Pressure Range: Handles up to 100 N/cm², suitable for a wide variety of foot pressures and gait dynamics Vadeosvoxelcare.com. Intuitive Software Interface: Offers 2D and 3D visualizations—including static stance and dynamic step views—energy centers like maximum/average pressure, and center-of-pressure motion Vadeosvoxelcare.com. Efficient Data Management: Buttons initiate measurements that are stored per patient—ideal for longitudinal tracking and comparisons Vadeosvoxelcare.com. Why It’s Ideal for Scoliosis Assessment Scoliosis often manifests through subtle shifts in weight distribution and postural asymmetry. The VCP4000 addresses these diagnostic needs by: Detecting fine-grained pressure imbalances between the left and right foot—critical indicators of compensatory posture or spinal curvature. Visualizing center-of-pressure drift during static stance or walking, offering clinicians clues to spinal alignment issues. Facilitating longitudinal tracking to monitor progression, brace effectiveness, or rehabilitation outcomes—all through user-friendly comparison of past exams. Providing compelling visuals that enhance patient understanding and engagement in their treatment. Use Case Scenario Static Analysis: Have the patient stand naturally on the plate. Instantly view pressure hotspots, enabling detection of balance shifts—common in early scoliosis. Dynamic Analysis: Ask the patient to walk across the plate. Gain insight into gait asymmetry and how spinal curvature may be influencing foot mechanics. Track Progress Over Time: Compare scans from different sessions or interventions—such as bracing or physiotherapy—to measure improvement or progression in balance and posture. Feature Summary Table Feature Benefit for Scoliosis/Clinical Assessment 4,096 sensors Enhanced resolution reveals subtle weight variations Wireless, lightweight design Easy setup and use across different clinical settings Real-time visualizations Immediate feedback for both clinician and patient 2D/3D & center-of-pressure analysis Illuminates postural shifts and spinal compensation Data storage & comparisons Supports monitoring over time and treatment evaluation Conclusion The Voxelcare VCP4000 Pressure Plate offers a combination of precision, portability, and intelligent data visualization—making it a standout tool in modern posture and gait diagnostics. Especially for scoliosis, where subtle shifts in posture and weight distribution matter, the VCP4000 delivers actionable insights to guide effective intervention and patient empowerment.

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Revolutionizing Scoliosis Diagnosis Through Precise Foot Pressure & Postural Insights Overview The Voxelcare Pressure Plate VCP1600 is a cutting-edge diagnostic platform designed to deliver high-resolution plantar pressure mapping in real time. Equipped with 1,600 resistive sensors arranged in a 40×40 grid, this device captures detailed data during static, dynamic, and postural scans—crucial for evaluating scoliosis-related postural imbalances. Key Features & Technical Specifications Extensive Sensing Array: Comprising 1,600 sensors with a 400 × 400 mm active area and 10 × 10 mm sensor size for pinpoint accuracy. Compact & Lightweight: Discreet form factor (565 × 612 × 22 mm) and lightweight (just over 3 kg) ensure easy placement and mobility in clinical settings. Robust Pressure Capacity: Measures pressures up to 100 N/cm²—ideal for analyzing asymmetries in weight distribution common in scoliosis. Instant Visualization & Reporting: Real-time display of pressure profiles, plus 1:1 printouts for quick evaluation and patient communication. Seamless Follow-Up: Auto-calibrated with no re-calibration needed during its lifespan; stores patient data for long-term monitoring and comparing up to four exams. Why It’s a Game-Changer for Scoliosis Assessment Scoliosis often manifests as imbalanced spinal alignment and uneven weight-bearing through the feet. The VCP1600 shines in this context by: Capturing postural deviations through postural scans, tracking shifts in center of pressure and uneven stabilization. Offering dynamic pressure mapping to detect gait irregularities or compensatory movements that may mirror spinal curvature. Enabling clinicians to objectively monitor treatment results—whether bracing, physical therapy, or orthotic interventions—through sequential comparisons. Enhancing patient engagement with clear visual reports that translate complex biomechanics into understandable insights. Clinical Use Case Imagine a scoliosis patient standing or walking across the VCP1600. The plate displays immediate visual feedback: highlighting overloaded areas and revealing subtle imbalances in pressure distribution. Comparing scans over time—or against normative data—clinicians can track progress, adjust therapy, and reinforce treatment behaviors in a way that's both measurable and motivating. Summary: VCP1600 Features Highlight Table Feature Benefit for Scoliosis Management 1,600 high-resolution sensors Detect subtle asymmetries in weight and posture Static, dynamic, postural scans Comprehensive view: standing, movement, alignment Auto-calibration & data storage Efficient, longitudinal tracking of patient progress Real-time visuals & reports Improve patient understanding and engagement Conclusion The Voxelcare Pressure Plate VCP1600 bridges biomechanics and scoliosis care with precision, clarity, and longitudinal insight. Its real-time analytics, flexible scanning modes, and intuitive reporting make it an invaluable asset for clinics committed to improving posture, gait, and overall spinal alignment.

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The Qaadir iQube View is an advanced 3D infrared structured light scanner delivers millimeter-level precision, capturing 30 detailed foot measurements and generating a true-to-scale 3D model. With a rapid 1-second scan and a 5-second report turnaround, it ensures efficient assessment. Designed for ease of use, the device features intuitive one-click operation and supports external screen display, optimizing interaction and convenience. Its compact design and pure infrared non-contact technology guarantee safe, stable, and harmless scanning, making it a reliable tool for detailed foot analysis.

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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 VoxelScan Mirror Mirror Adapter is a smart accessory designed to extend the versatility of the Voxelcare VoxelScan system. Compatible with both iPad and iPhone, this precision-engineered adapter enables seamless attachment of your Apple device for accurate 3D foot scanning. Crafted with lightweight yet durable materials, the Mirror Mirror Adapter ensures stability during scanning, reducing movement and enhancing the accuracy of the digital model. Its ergonomic design allows quick setup and easy alignment, making it ideal for clinics, workshops, and mobile practitioners who require reliable scanning on the go. Key Features: Universal Compatibility: Designed for use with both iPad and iPhone. Seamless Integration: Optimized for the Voxelcare VoxelScan system for smooth workflow. Lightweight & Durable: Built from robust materials for everyday clinical use. Precision Alignment: Holds the device securely in place for consistent scanning results. Portable & Easy to Use: Ideal for professionals who need mobility without compromising accuracy. The VoxelScan Mirror Mirror Adapter enhances efficiency and accuracy in orthotic and prosthetic practices, making 3D scanning with your iPad or iPhone easier than ever.

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The Elinvision S3DT is a professional-grade 3D optical scanner engineered for precision and reliability in orthotics and prosthetics. Designed to capture accurate anatomical data with speed and efficiency, the S3DT enables a seamless transition from patient assessment to digital design and manufacturing. FREE Customisation for your Clinic Brand Key Features: High-Resolution 3D Capture – Delivers detailed and precise digital models for accurate custom device fabrication. Fast & Efficient Workflow – Scans anatomical forms in seconds, saving valuable clinic and lab time. User-Friendly Operation – Simple interface allows practitioners to capture scans easily with minimal training. Robust & Reliable – Built with durability in mind to withstand the demands of busy clinics and workshops. Seamless Integration – Fully compatible with CAD/CAM software and 3D printing technologies for a complete digital workflow. Clinical Applications – Ideal for scanning feet, sockets, and casts, supporting the creation of orthotic and prosthetic devices. Benefits: Enhances patient comfort with non-invasive scanning Reduces errors compared to manual plaster casting Provides consistent, repeatable, and archivable digital data Improves workflow efficiency from consultation to finished device The Elinvision S3DT 3D Scanner delivers accuracy, speed, and reliability, making it an essential tool for clinics and laboratories aiming to modernize their orthotic and prosthetic processes with digital precision.

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The Elinvision iQube S is a next-generation 3D optical scanner designed to deliver unmatched accuracy and efficiency for orthotics and prosthetics applications. Building on the proven reliability of the iQube platform, the iQube S offers enhanced performance in a sleek, compact design—making it ideal for busy clinics and workshops. FREE Customisation for your Clinic Brand Key Features: High-Precision Scanning – Captures detailed 3D surface data with exceptional accuracy, ensuring optimal fit and function of custom devices. Fast Capture Speed – Rapid scanning process reduces patient chair time and accelerates the digital workflow. Compact & Portable – Slim design makes the iQube S easy to integrate into clinics of any size or to use in mobile settings. User-Friendly Operation – Intuitive interface allows clinicians and technicians to operate with minimal training. Seamless Digital Workflow – Direct compatibility with CAD/CAM systems and 3D printing for streamlined design-to-production. Clinical Applications – Perfect for scanning feet, sockets, and other anatomical forms for orthotic and prosthetic fabrication. Benefits: Improves patient experience with non-invasive, contact-free scanning Reduces errors compared to traditional plaster casting methods Saves time and materials through digital archiving and design Ensures consistent, repeatable results across multiple devices The Elinvision iQube S 3D Scanner combines speed, accuracy, and portability to empower practitioners with a fully digital workflow—helping deliver better patient outcomes while optimizing efficiency in modern O&P care.

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The Elinvision iQube 3D Scanner is a high-precision optical scanning solution designed specifically for the orthotics and prosthetics industry. Engineered for accuracy, speed, and ease of use, the iQube captures detailed 3D surface data to streamline the design and manufacturing of custom medical devices. FREE Customisation for your Clinic Brand Key Features: High-Resolution Scanning – Delivers precise 3D models of body parts, molds, and impressions for accurate digital design. User-Friendly Workflow – Intuitive operation enables clinicians and technicians to integrate scanning into daily practice with minimal training. Fast & Efficient – Captures complex shapes in seconds, reducing time spent on manual casting or modifications. Portable & Practical – Compact design makes it suitable for clinics, workshops, and mobile applications. Seamless Integration – Compatible with CAD/CAM systems and 3D printing technologies, enabling a fully digital workflow. Applications in O&P – Ideal for scanning feet, sockets, and other anatomical surfaces for orthotic and prosthetic fabrication. Benefits: Eliminates the mess and variability of plaster casting Improves patient comfort with non-invasive scanning Enhances accuracy and repeatability in custom device production Supports digital archiving and remote collaboration The Elinvision iQube 3D Scanner empowers practitioners to deliver faster, more accurate, and more consistent results, making it an indispensable tool for modern orthotics and prosthetics practices.

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The Layerloop XE is a professional-grade 3D printer designed to make custom insole production faster, easier, and more precise. Compact yet powerful, it brings industrial-level additive manufacturing into podiatry clinics, orthopedic workshops, and footwear labs. Designed for Foot Health Professionals Engineered with podiatry and orthopedics in mind, the XE excels at producing fully customized insoles tailored to each patient’s foot shape and medical needs. Its ability to handle flexible, rubber-like materials ensures insoles are not only supportive but also comfortable for daily wear. Infinite Build for Endless Possibilities Thanks to its patented 30° tilted print axis and roller-fed build system, the Layerloop XE can create insoles of any length without traditional size restrictions. This makes it ideal for manufacturing insoles for children, adults, or even oversized footwear, all from a compact desktop device. Material Versatility for Comfort and Durability The printer supports a wide range of materials, including TPU and LayGREEN, allowing practitioners to choose the right level of flexibility, cushioning, and sustainability for each insole. Whether for sports performance, diabetic care, or everyday comfort, the XE adapts to diverse clinical needs. Fast, Accurate, and Reliable With interchangeable nozzles and high-speed printing capabilities, the XE produces precise anatomical insoles in record time. Clinics and labs can streamline their workflow, reduce outsourcing, and deliver patient-ready insoles within hours instead of weeks. Why Choose the Layerloop XE for Insoles? Compact and easy to use – fits seamlessly into clinics or workshops. Perfectly tailored fit – produces insoles shaped exactly to patient scans or casts. Supports flexible medical-grade materials – ensuring comfort and longevity. Infinite build length – prints insoles of any size without limitation. Efficient workflow – reduce waiting times and improve patient satisfaction. Transforming Footcare with 3D Printing With the Layerloop XE, practitioners can bring insole manufacturing in-house, offering faster turnaround, higher precision, and greater customization than ever before. Whether treating diabetic patients, athletes, or individuals needing corrective support, the XE delivers professional-quality insoles on demand.

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The Voxelcare Voxelscan App is an advanced mobile solution designed for seamless 3D foot scanning using Apple’s FaceID™ TrueDepth camera technology. By combining sensors, infrared imaging, and a dot projector with over 30,000 infrared reference points, the app delivers precise and reliable scans directly from your iPhone or iPad. Intuitive and user-friendly, it streamlines the scanning process, reduces clinical time, and enhances patient experience—all while ensuring accurate data capture for custom orthotic design. Key Features Seamless Integration: Works with iPhone and iPad equipped with FaceID™. High Accuracy: TrueDepth camera projects 30,000+ infrared dots for detailed 3D scans. User-Friendly: Simple, guided interface for fast and reliable scanning. Cloud Connectivity: Instantly uploads scans to Voxelcare’s online CAD/CAM platform. Clinical Efficiency: Saves time while improving accuracy in custom orthotics design. Portable Solution: Enables professional scanning anywhere—clinic, lab, or outreach settings.

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The Voxelcare Orthotics CAD Designer is a powerful online software solution created specifically for designing custom foot orthotics. Unlike general-purpose CAD programs, it provides all the specialised tools required to achieve precise, patient-specific designs while remaining easy to use. Its cloud-based platform allows clinicians and technicians to combine modern digital workflows with traditional methods, ensuring optimal results for every patient. Key Features: Purpose-Built for Orthotics: Includes all the essential functions needed for accurate foot orthotic design. User-Friendly Interface: Simplifies the design process for both experienced professionals and new users. Cloud-Based Platform: Access your projects securely from any device, anywhere. Flexible Design Workflow: Integrates modern CAD tools with traditional orthotic design techniques. Accurate & Reliable Results: Ensures precision and consistency in every custom orthotic device. The Voxelcare Orthotics CAD Designer combines accuracy, flexibility, and ease of use—making it the essential digital tool for professional orthotic design and production.

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