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 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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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 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 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 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 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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