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
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Dual-colour and dual-material printing capability
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Suitable for orthotic and prosthetic device production
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Large suspended filament feeding system (up to 3 kg)
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Fully enclosed body for stable printing environment
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High precision motion system for smooth printing
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Supports flexible and rigid materials
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Automatic levelling system
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Interchangeable nozzle sizes
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Compact upright industrial design
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Suitable for clinic, lab, and workshop use
Technical Specifications
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Printing Technology: FDM melt extrusion
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Build Volume (Single Platform): 200 × 300 × 200 mm
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Printing Speed: Up to 80 mm/h (model dependent)
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Positioning Accuracy:
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X: 0.11 mm
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Y: 0.11 mm
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Z: 0.025 mm
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Nozzle Sizes: 0.4 / 0.6 / 0.8 / 1.0 mm
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Printing Temperature: 175 – 260 °C
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Supported Materials: TPU, TPE, PLA, ABS, and similar filaments
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Levelling Mode: Automatic levelling with manual adjustment
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Feeding System: Suspended feeding, max 3 kg filament
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Device Size: 710 × 500 × 460 mm
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Machine Weight: Approx. 30 kg
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Power Supply: AC 100–220 V, 50/60 Hz
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Power Consumption: 350 W
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Structure: Fully enclosed upright frame
Typical Applications in Prosthetics & Orthotics
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Multi-density foot orthotics
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Flexible AFO components
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Rehabilitation braces
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Test sockets and prototypes
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Pediatric orthotic devices
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Dual-hardness orthotic designs
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Research and development printing
Typical Users
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Prosthetic & orthotic laboratories
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Hospitals and rehabilitation centres
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Orthotic clinics
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Universities and training institutes
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Research facilities
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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.
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Closed-loop constant temperature control system
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Fully enclosed metal body for safe operation
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Built-in internal lighting for print monitoring
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Supports flexible and rigid materials
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High-power, stable power supply system
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Large build volume for orthotic devices
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Suitable for clinical and workshop environments
Technical Specifications
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Printing Technology: FDM (Fused Deposition Modelling)
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Build Volume: 350 × 250 × 250 mm
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Layer Resolution: 0.05 – 0.40 mm
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Printing Speed: 30 – 190 mm/s
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Number of Nozzles: 1
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Standard Nozzle Size: 0.4 mm
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Nozzle Temperature: Up to 280°C
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Supported File Formats: STL, OBJ
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Supported Materials: TPU, TPE, PLA, ABS and similar filaments
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Power Supply: 110–220 V, 50–60 Hz
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Machine Size: 600 × 420 × 605 mm
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Structure: Sheet metal enclosed body
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Temperature Control: Closed-loop constant temperature system
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Lighting: Integrated internal illumination
Typical Applications in Prosthetics & Orthotics
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Custom foot orthotics
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AFO and brace components
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Flexible orthotic supports
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Prosthetic accessories
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Test sockets and prototypes
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Rehabilitation devices
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Digital CAD/CAM workflows
Typical Users
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Prosthetic & orthotic laboratories
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Hospitals and rehabilitation centres
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Orthotic clinics
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Universities and training schools
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Research laboratories
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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.
