The Voxelcare Pressure Measurement Insoles are designed to capture accurate plantar pressure distribution data through advanced in-shoe technology. Made from thin, flexible materials, each insole integrates a high number of sensors to deliver reliable and detailed measurements. Available in Medical, Sport, and Kids versions, the system ensures tailored assessment for different patient needs and activity levels. With up to 240 sensors per insole, it provides precise data for diagnosis, treatment, and performance analysis. Key Features: High Sensor Density: Each insole is equipped with up to 240 sensors for detailed plantar pressure mapping. Thin & Flexible Design: Comfortable to wear inside footwear without affecting natural gait. Versatile Applications: Available in Medical, Sport, and Kids versions for clinical, athletic, and pediatric use. Accurate Data Capture: Records dynamic plantar pressure distribution for assessment and treatment planning. Enhanced Clinical Insight: Supports diagnosis, monitoring, and orthotic design with reliable data. The Voxelcare Pressure Measurement Insoles combine comfort, precision, and versatility—making them an invaluable tool for clinicians, sports specialists, and pediatric care providers.

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The Voxelcare 3D Laser Plantar Foot Scanner Max is a cutting-edge hardware and software solution designed to transform the way clinicians capture and analyse foot data. Delivering fast, accurate, and detailed results, it provides the essential information needed to support diagnosis and treatment planning. Whether in a podiatry clinic or other foot healthcare setting, this advanced scanner enhances both clinical efficiency and patient care. Key Features: High-Precision 3D Scanning: Captures detailed plantar foot data with exceptional accuracy. Fast Results: Provides complete scans in seconds, reducing patient waiting time. Comprehensive Data Output: Generates the information required for effective diagnosis and treatment planning. Professional-Grade Technology: Tailored for podiatrists and foot healthcare specialists. Integrated Workflow: Designed to complement orthotic design and production systems. The Voxelcare 3D Laser Plantar Foot Scanner Max combines speed, precision, and innovation—making it an indispensable tool for modern foot health professionals.

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The Voxelcare Cloud Foot Scanner delivers rapid and precise patient data capture, making it an ideal solution for clinics and workshops focused on efficiency. Using integrated cloud scanning technology, it obtains patient data in as little as seven seconds, ensuring both speed and accuracy. The results are instantly available in the Voxelcare VXC online orthotic design software, streamlining the entire workflow from scan to design. Key Features: Ultra-Fast Scanning: Captures patient data within just seven seconds. Cloud Integration: Instant upload to the Voxelcare cloud platform for secure access and storage. Seamless Workflow: Data is immediately available for use in the VXC online orthotic design software. Accurate Results: Provides reliable and precise measurements for orthotic design. Efficient & Professional: Designed to save time and enhance productivity in clinical settings. The Voxelcare Cloud Foot Scanner combines speed, accuracy, and connectivity—delivering a complete scanning solution for modern orthotic practices

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The Voxelcare 2D Foot Scanner is a fast and efficient solution for capturing high-quality 2D images of the feet. With scanning completed in just ten seconds, it provides clinicians and retailers with a quick, reliable, and accurate way to assess foot shape and alignment. Compact and user-friendly, it is ideal for use both in clinics and on the shop floor. Key Features: Rapid Scanning: Captures 2D foot images in as little as ten seconds. High-Quality Output: Produces clear, detailed images for accurate assessment and analysis. Clinic & Retail Ready: Suitable for professional clinical environments or customer-facing shop floors. Compact & Easy to Use: Space-saving design with simple operation for everyday use. Reliable Performance: Delivers consistent results to support orthotic design and footwear selection. The Voxelcare 2D Foot Scanner combines speed, clarity, and ease of use—making it the perfect scanning device for clinics, workshops, and retail environments

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The Voxelcare Podoscope is a reliable diagnostic tool designed to provide clear visual assessment of foot posture and plantar pressure distribution. Widely used in clinics, workshops, and orthotic practices, it helps professionals evaluate weight-bearing patterns and identify potential issues before treatment or orthotic design. Its durable construction and ergonomic design make it an essential addition to any clinical workflow. Key Features: Clear Visualisation: Provides an accurate view of plantar pressure and foot posture during weight-bearing. Clinical Precision: Assists in diagnosing foot alignment and load distribution issues. Durable & Professional Build: Designed for daily use in medical and orthotic environments. Ergonomic Design: Comfortable for patients to use while delivering precise readings for clinicians. Essential Assessment Tool: Complements digital scanning and milling solutions for complete orthotic evaluation. The Voxelcare Podoscope combines clarity, durability, and practicality, making it a trusted choice for foot assessment in orthotic and podiatry practices.

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The Voxelcare VCM400 is the largest model in the Voxelcare milling range, designed specifically for the production of large volumes of polypropylene blocks. Built with a robust tubular steel frame, it ensures exceptional stability, long service life, and minimal maintenance. With a capacity of up to 18 individual slots, the VCM400 is engineered to deliver consistent high-quality results at industrial scale. Key Features: Maximum Capacity: Accommodates up to 18 milling slots for unmatched production volume. Optimised for Polypropylene: Specially designed for high-output milling of polypropylene blocks. Industrial Strength Build: Tubular steel frame provides durability, stability, and long-term reliability. Precision Milling: Delivers consistent accuracy even under heavy workloads. Low Maintenance: Engineered for long service intervals with minimal upkeep requirements. The Voxelcare VCM400 18 Pr Polypropylene Insole Milling Machine combines strength, scale, and precision, making it the ultimate solution for industrial orthotic production facilities.

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The Voxelcare VCM250 is the latest addition to the Voxelcare milling family, purpose-built for mass production of EVA orthotics. With the capacity to mill up to 12 pairs of insoles in a single batch, it delivers unmatched output for large-scale facilities. Highly adaptable, the VCM250 can also be configured to mill EVA plate batches, making it a versatile solution for industrial orthotic manufacturing. Key Features: High-Volume Capacity: Mills up to 12 pairs of EVA insoles per batch for maximum productivity. Mass Production Ready: Specifically designed to meet the needs of large-scale orthotic manufacturing. Adaptable Milling Options: Capable of milling EVA plate batches in addition to insoles. Advanced Technology: Equipped with state-of-the-art milling components to ensure precision and reliability. Robust Industrial Design: Built for durability and consistent performance in demanding production environments. The Voxelcare VCM250 12 Pr EVA Insole Milling Machine delivers efficiency, adaptability, and industrial strength—making it the ultimate solution for large-scale EVA orthotic production.

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The Voxelcare VCM125 is a high-performance milling machine engineered for busy orthotic production environments. Built with the latest insole milling technology and the most advanced machine components, it ensures maximum precision, reliability, and efficiency. With a standard configuration of six separate milling slots, it is designed to deliver high-output capacity for clinics, workshops, and large-scale manufacturing facilities. Key Features: Advanced Milling Technology: Equipped with the latest components for superior accuracy and durability. 6-Slot High Capacity: Simultaneously mills up to six insoles, maximising production speed and efficiency. Optimised for High-Volume Production: Perfect for workshops and labs handling heavy daily workloads. Precision & Reliability: Ensures consistently accurate results to meet professional orthotic standards. Robust & Professional Design: Built for continuous use in demanding production environments. The Voxelcare VCM125 6 Pr EVA Insole Milling Machine combines cutting-edge technology and high-output capability, making it the ultimate choice for large-scale orthotic manufacturing.

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The Voxelcare VCM110 is a high-end milling solution built to handle the demands of busy orthotic production environments. Equipped with the latest insole milling technology and advanced machine components, it delivers exceptional performance and precision. With a standard configuration of four separate milling slots, the VCM110 provides high-output capability, while its customisable milling table allows for EVA sheet manufacture when required. Key Features: High-Performance Milling: Advanced components ensure outstanding accuracy and reliability in large-scale production. 4-Slot Standard Capacity: Simultaneously mills up to four insoles for greater efficiency and throughput. Customisable Milling Table: Option to adapt the machine for EVA sheet production, adding flexibility to your workflow. Built for Busy Environments: Robust design suited to high-demand clinics, labs, and manufacturing facilities. Precision Guaranteed: Delivers consistent results with accuracy required for professional orthotic manufacturing. The Voxelcare VCM110 4 Pr EVA Insole Milling Machine combines speed, flexibility, and advanced technology, making it the perfect choice for high-volume orthotic production.

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The Voxelcare VCM70 is a fully integrated milling solution designed for clinics and workshops producing EVA foot orthotics. With a self-contained dust extraction unit and an enclosed milling chamber, it ensures a clean, quiet, and safe working environment. Its compact and practical design eliminates the need for additional equipment or ear protection, making it the perfect choice for smaller professional settings. Key Features: Optimised for EVA Orthotics: Specifically engineered for precision milling of EVA insoles in clinical and workshop environments. Integrated Dust Extraction: Built-in unit keeps the workspace clean and hygienic without external systems. Noise-Reduced Operation: Enclosed milling compartment minimises sound levels, eliminating the need for ear protection. Compact & Fully Integrated: Combines milling and dust extraction in one efficient, space-saving unit. Ease of Use: Simple setup and user-friendly operation for streamlined daily workflow. The Voxelcare VCM70 1 Pr EVA Insole Milling Machine delivers precision, cleanliness, and convenience—making it a reliable choice for professional orthotic production.

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The Voxelcare VXC3DP Filament CUBE is a compact, high-efficiency 3D printer purpose-built for custom foot orthotic manufacturing. Capable of producing a single insole in approximately one hour, it dramatically speeds up production while maintaining accuracy and reliability. Its modular architecture allows you to easily expand capacity by adding more units as demand grows, without increasing your footprint. Key Features: Fast Output: Prints one insole in around one hour, optimising workflow and productivity. Compact & Modular: Space-saving tabletop design with the flexibility to scale up production as needed. Seamless Digital Workflow: Fully integrates with the Voxelcare online CAD platform and specialised slicing software for an effortless design-to-print process. Eco-Friendly Materials: Operates with 100% recyclable TPU filament, reducing waste and supporting sustainability. Consistent Quality: Engineered for precision and repeatability in producing custom orthotics. The Voxelcare VXC3DP Filament CUBE delivers speed, scalability, and sustainability—making it an indispensable solution for clinics, workshops, and labs dedicated to modern orthotic production.

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The VXC3DP Multi Pellets CUBE is a cutting-edge 3D printer designed for precision and efficiency in custom foot orthotic production. Built with advanced Fused Granulate Fabrication (FGF) technology, it transforms recyclable TPU pellets into high-quality insoles tailored to individual client needs. Its modular design makes it easy to scale up your production without increasing your workspace. Key Features: Advanced Printing Technology: Utilises FGF for efficient, high-quality orthotic manufacturing. Material Flexibility: Processes recyclable TPU pellets in multiple hardness levels (85A, 90A, 95A, 98A) and colours. Customisation Ready: Enables tailored insole production to meet diverse client requirements. Modular Architecture: Expand manufacturing capacity seamlessly within the same footprint. Eco-Friendly Operation: Supports recyclable materials for sustainable production. The VXC3DP Multi Pellets CUBE combines innovation, scalability, and sustainability, making it the ideal 3D printing solution for modern orthotic labs.

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The VCM50 is a high-end compact single-pair tabletop milling machine designed for efficiency and precision. Perfect for EVA orthotic production in workshop environments, it delivers unmatched accuracy and ease of use, making it a reliable choice for professionals seeking both speed and quality. Key Features: High Precision: Delivers an impressive accuracy of 0.01mm for consistently flawless orthotics. Efficient Workflow: Single-pair tabletop design ensures fast, reliable production in a compact footprint. Two-Sided Manufacturing: Advanced technology enables precise milling on both sides for optimal results. User-Friendly Operation: Simple, intuitive controls for maximum usability in daily workshop tasks. Compact & Practical: Space-saving design tailored for workshops without compromising performance. The VCM50 combines precision, efficiency, and usability, making it an essential milling solution for modern orthotic production.

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Faster. More precise. Designed to revolutionize 3D printing in orthopedics. Unmatched Performance & Speed Prints orthopedic corsets up to 5× faster than traditional 3D printers—completing them in just 6–10 hours compared to the typical 30–40 hours elsewhere. Achieves blazing print speeds of up to 500 mm/s, dramatically boosting lab throughput. Cost Efficiency Offers significantly lower production costs than methods like plaster casting or milling—thanks to reduced material waste, streamlined workflows, and higher productivity. High-Quality Orthopedic Output Produces high-precision, durable, and comfortable orthopedic devices using advanced materials and refined printing technology. Comprehensive Ecosystem Not just a printer, but a full integrated solution—combining: Orthopedics-optimized materials Dedicated software for automated model generation and streamlined design workflows. Italian Engineering & Support 100% Made in Italy, embodying professional-grade design, reliability, and elegance. Backed by a dedicated technical support team—plus continuous software updates to keep your lab ahead of the curve. Technical Highlights Print Volume: XXL workspace—600 × 600 × 800 mm, ideal for full-size orthopedic devices. Precision: Delivers fine resolution at 50 µm. Temperature Management: Extruders reach up to 400 °C—suited for advanced technical filaments. Print bed heats up to 90 °C to ensure strong adhesion. Multi-Material Flexibility: Supports up to 4 extruders with automatic switching—ideal for multi-material or multi-color prints. Resilience: Automatic print resume after power interruptions ensures uninterrupted builds. Connectivity: Equipped with Ethernet and 2.4 GHz Wi-Fi for seamless integration into digital workflows. Build Volume & Weight: External footprint: approx. 1300 × 950 × 1500 mm Machine weight: ~250 kg. Versatile Applications Supported use-cases span a wide range of custom orthopedic solutions: Corsets, produced fast and tailored for optimal support. Braces & Orthoses—lightweight, resilient, and precise for joints like wrists, knees, and ankles. Custom Helmets, offering a perfect fit and consistent comfort—particularly beneficial for pediatric or therapeutic applications. Orthopedic Insoles, manufactured with millimeter-level accuracy to enhance weight distribution and foot support. Prosthetics, personalized for individual patients—combining functional design, comfort, and autonomy-enhancing detail. Summary The Helios HS Ortho redefines 3D printing standards in orthopedics by delivering industry-leading speed, precision, and adaptability. Its expansive build volume, advanced thermal control, automated extrusion management, and resilient design offer unmatched workflow efficiency. Supported by Italian engineering and round-the-clock assistance, it transforms orthopedic labs into high-performance, patient-focused production environments.

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The IT3D P300 Dual Pellet is a professional 3D printer designed for additive manufacturing with pellet materials. Featuring a double independent pellet extruder system, it allows processing a wide variety of materials, optimizing production efficiency and material flexibility.This printer supports post-consumer recycled plastics, promoting the circular economy by transforming plastic waste into useful products, enhancing sustainability, and reducing environmental impact.With a printing volume of 300 × 300 × 450 mm, the P300 Dual Pellet ensures high-quality, precise parts. Its enclosed design and resume-after-power-failure function provide reliability and minimize errors, making it an efficient, sustainable, and cost-effective solution for professional additive manufacturingdual head pellet 3D printer

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IT3D Printer HP300 Dual Head Filament–Pellet Insole 3D PrinterThe IT3D HP300 Dual Head is an advanced insole 3D printer equipped with two independent extrusion systems: one for pellets and one for filament. This hybrid configuration maximizes versatility, allowing professionals to work with a broad range of technical polymers, composites, and recycled materials.With a large build volume of 300 × 300 × 450 mm, enclosed structure, and intelligent features like print resume after power failure, the HP300 Dual Head ensures reliable, precise, and efficient production. Its dual-material capability makes it an excellent solution for insole manufacturing, combining high-quality performance with sustainable and cost-effective production processesdual head insole 3D printer

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Qaadir IT3D Printer P300 Pellet 3D PrinterProduct OverviewThe Qaadir IT3D P300 Pellet is an advanced 3D printer engineered for direct extrusion of thermoplastic pellets, eliminating the need for filament spools. By processing raw materials in their most basic state—including experimental polymers, composites, and recycled plastics—the P300 offers unmatched flexibility for research, prototyping, and cost-efficient production.Key Features Pellet-Based Extrusion – Print directly with thermoplastic pellets, including custom formulations. Material Versatility – Compatible with experimental polymers, reinforced compounds, and post-consumer recycled plastics. Large Build Volume – 300 × 300 × 450 mm capacity for medium-sized, high-quality parts. Enclosed Design – Ensures thermal stability for reliable, precise prints. Sustainable Technology – Supports circular economy by reusing plastic waste in flake or pellet form. The Qaadir IT3D P300 Pellet – Redefining plastic manufacturing with sustainability and performance.3D Pellet Printer for Insoles

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Qaadir IT3D Printer X56 Dual Head Socket 3D Printer Product OverviewThe Qaadir IT3D X56 Dual Head 3D Printer delivers professional-grade performance with dual extrusion technology, allowing users to print with two different filaments or colors simultaneously. Designed for precision, speed, and durability, this machine provides a flexible and efficient solution for engineers, designers, and manufacturers. Key Features Dual Extrusion System – Print with two materials or colors at once for greater versatility. High Precision & Stability – Ensures detailed, accurate results on every print. Robust Construction – Built for long-lasting durability and consistent performance. Versatile Material Compatibility – Supports a wide range of filament types for various applications. Efficient & Cost-Effective – Professional performance at an affordable price point. The Qaadir IT3D X56 Dual Head – Maximum flexibility, precision, and reliability in one machine.

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Qaadir IT3D Printer H300 FDM Dual Head Filament Insole 3D Printer Product OverviewThe Qaadir IT3D H300 Dual Head Filament 3D Printer is designed for precision, versatility, and professional-grade performance. Featuring two independent dual extruder heads, it enables multi-material or multi-color printing in a single job. With its large build volume and advanced features, this printer is ideal for producing insoles, prototypes, and functional components with accuracy and efficiency. Key Features Independent Dual Extruder Heads – Print with two different materials or colors simultaneously. Large Build Volume – 300 × 300 × 300 × 450 mm for creating big and detailed models. Closed Design – Ensures stability, precision, and a safer printing environment. Resume Printing Function – Automatically continues after power loss, reducing waste. Material Versatility – Compatible with a wide range of filament types for flexible manufacturing. High Precision – Reliable, accurate results for professional use. The Qaadir IT3D H300 Dual Head Filament Printer – Combining flexibility, efficiency, and professional precision.

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Qaadir IT3D H56 Fast FDM 3D PrinterOverview:The IT3D H56 is a high-speed FDM 3D printer designed for professionals and businesses seeking precise, reliable, and efficient filament printing. With advanced printing technology and a large build volume, it ensures high-quality results even for demanding projects.Key Features: Printing Technology: FDM (Fused Deposition Modeling) Print Speed: Up to 350 mm/s for rapid production Nozzle Temperature: Up to 320°C Heated Bed: Up to 120°C Build Volume: Large format printing for single-piece production Durable Design: Optimized for consistent and reliable printing Benefits: Produces high-quality, detailed prints quickly Ideal for large parts or high-volume printing Compatible with a wide range of filament materials Offers professional-grade performance at an affordable price Qaadir IT3D H56 – Fast, precise, and efficient FDM 3D printing for professional use.high-speed FDM 3D printer

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Qaadir IT3D X56 FDM Socket 3D PrinterOverview:The IT3D X56 FDM Socket 3D Printer is a professional-grade 3D printing solution designed for precision and reliability in producing socket and custom parts. Engineered for efficiency, it delivers consistent results for small-scale production and prototyping.Key Features: Printing Technology: FDM (Fused Deposition Modeling) High Precision: Ensures detailed and accurate parts Durable Build: Robust design for professional and industrial use Material Compatibility: Supports a variety of filaments for versatile applications User-Friendly: Easy setup and operation for streamlined workflow Benefits: Produces reliable, high-quality parts Handles small to medium production runs efficiently Flexible filament compatibility allows experimentation with different materials Robust and durable design ensures long-lasting performance Qaadir IT3D X56 FDM Socket 3D Printer – Reliable precision for professional 3D printing.IT3D X56 FDM Socket 3D Printer

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Qaadir IT3D H300 FDM Single Insole 3D Printer Overview:The IT3D H300 FDM Single Insole 3D Printer is a specialized filament-based 3D printer designed specifically for producing custom insoles. It combines precision, reliability, and ease of use, making it ideal for orthopedic, podiatry, and footwear applications. Key Features: Printing Technology: FDM (Fused Deposition Modeling) Specialized Use: Single insole 3D printing for custom foot support Build Volume: Optimized for insole-sized parts Closed Enclosure: Ensures consistent temperature and safer operation Resume Printing: Capability to continue prints after power interruptions Material Compatibility: Works with a variety of filaments suitable for orthotic insoles Benefits: Produces precise, high-quality custom insoles Reduces material waste with accurate FDM printing Safer and more stable printing environment due to enclosed design Resume function ensures minimal disruption during long prints Ideal for podiatrists, orthopedic workshops, and footwear manufacturers Applications: Custom orthopedic and podiatric insoles Footwear prototypes and specialized shoe inserts R&D in foot support and ergonomic designs Qaadir IT3D H300 FDM Printer – The professional solution for high-quality, customized insole production.

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The Satres Ortho OCM Milling Machine is a next-generation, 3-axis solution designed specifically for orthopedic labs. Compact in size yet powerful in performance, it enables the creation of custom polyurethane brace models, prosthetic sockets, and orthopedic insoles with unmatched precision, speed, and ease of use. Its intuitive design allows even inexperienced operators to produce high-quality results, making it a cost-effective and professional choice for orthopedic workshops. Key Features: Compact Design: With a width under 850 mm, lightweight structure, and integrated wheels, it fits easily through doors and into small labs. High Precision: Advanced three-axis milling ensures smooth surfaces and dimensional accuracy, reducing manual finishing. User-Friendly: Simple programming and workflow allow operators to get started quickly with minimal training. Powerful Performance: Air-cooled electrospindle with 24,000 RPM and 1 kW spindle power for fast, reliable machining. Versatile Applications: Ideal for positive models of corsets, scoliosis braces, prosthetic sockets, and orthopedic insoles. Durable Build: Engineered for professional use with reliable performance and low maintenance. Combining industrial-grade quality with a compact, intuitive format, the Satres Ortho OCM Milling Machine is the ultimate all-in-one solution for orthopedic professionals seeking efficiency, accuracy, and reliability.

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The fastest and easiest “All-in-One” compact orthopedic milling machine on the market.Design and manufacture, with just 4 axes, all the key orthopedic devices required in a modern lab. Delivers the productivity of a 7-axis robot, with a lower investment and greater operational efficiency. Compact, intuitive, and ready to revolutionize your workflow. An Orthopedic milling machine that allows for the easy and fast production of custom-made models for O&P! Straightforward and Intuitive - Orthopedic milling machine that enables inexperienced operators to use the machine, reducing training costs. Compact - The compact size, limited weight, and wheels allow the machine to be installed in offices and typically inaccessible environments. With a width of less than 850 mm, it can pass through doors with ease.s. Flexible - Thanks to OrthoCAM, to the OrthoBLOCK system and to OrthoLIB, it’s possible to realize different models quickly. Cost-effective - Due to the low purchase, training and maintenance expenses, the production costs are reduced. So this will increase the overall competitiveness of the machine. A simple processing cycle in just three steps 1 Scan and grinding For a quick, precise, and non-invasive acquisition of patient data, various solutions exist, such as the 3D sensor for portable devices. With optional CAD software, it’s possible to import scanned shapes and model them into 3D forms. 2 Simulation Thanks to the OrthoCAM software, optional and embeddable in the machine, it’s possible to set up machining quickly and intuitively, without any knowledge of CAM programming. 3 Milling Starting from a block with a maximum diameter of 650 X 1100 mm, that is mounted on OrthoBLOCK, the proprietary quick coupling system designed to facilitate the loading and unloading of the components, it’s possible to obtain the required model with a few simple settings.The collection tank of machine, which is connected to an aspiration system, allows to work in an environment free of dust and waste materials.

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