3DPany C1 Filament Extruder / Recycler

Filament Extruder & Recycler – 3d Printer Waste Recycling

The C1 extruder is not merely a high-precision filament production device; rather, it functions as a complete closed-loop recycling system. Specifically, it transforms 3D printing waste into reusable, high-quality filament. As a result, it replaces the traditional linear model of “print–discard–pollute” with a sustainable circular approach.

Importantly, the C1 desktop extruder addresses the demands of high-volume 3D printing environments. With a maximum output of 400 g/hour, it consistently delivers reliable filament production. Consequently, it can seamlessly supply material to 10 or more 3D printers operating at full capacity.

Key Features
  • Create filaments with custom colours and materials
  • Recycle all 3D printing waste (finished/failed prints, supports, brims, skirts)
  • Conduct blending experiments
  • Develop innovative composites and functional filaments

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Prices shown are for the United Arab Emirates only and exclude VAT @ 5% Local Rate (Unless Otherwise Stated).
Other countries may incur additional import duties.

Please Contact Us for further details and pricing for your country or location.

Filament Extruder & Recycler – 3d Printer Waste Recycling

The C1 extruder is not merely a high-precision filament production device; rather, it functions as a complete closed-loop recycling system. Specifically, it transforms 3D printing waste into reusable, high-quality filament. As a result, it replaces the traditional linear model of “print–discard–pollute” with a sustainable circular approach.

What can the C1 do for you?

Importantly, the C1 desktop extruder addresses the demands of high-volume 3D printing environments. With a maximum output of 400 g/hour, it consistently delivers reliable filament production. Consequently, it can seamlessly supply material to 10 or more 3D printers operating at full capacity.

Custom High-Precision Filament
  • Create filaments with custom colours and materials
Waste Recycling
  • Recycle all 3D printing waste (finished/failed prints, supports, brims, skirts)
Material R&D
  • Conduct blending experiments
  • Develop innovative composites and functional filaments
Professional Use
  • Aerospace: Small-batch high-strength speciality filaments
  • Medical/Education: Biocompatible or educational materials
Core Specifications
  • Body Material: High-strength structural steel + plastics
  • Dimensions: 480×480×200 mm
  • Weight: 16 kg
  • Production Rate: 400 g/h
  • Temperature Range Ambient: 400°C
  • Max Power: 500 W
  • Cruising Power: 200 W
  • Power Consumption: 0.5 kWh/kg (per kilogram of filament)
  • Screw Material: Nitrided alloy steel (HRC58-65)
Additional Notes:
  • Power Supply: AC 110V/220V (50/60Hz), globally compatible.
  • Filament Diameter: 1.75 mm (adjustable range: 0.3–2.2 mm).
  • Supported Materials: PLA, ABS, PETG, TPU, PET, PP, PS, PA, Nylon, PC, PVA, PEEK、etc.
  • 4.3” Touchscreen: Real-time monitoring of temperature, diameter, and progress
  • Spooling System: Auto-speed adjustment, compatible with spools ≤110mm wide, ≤280mm diameter
  • Auto-Shutdown: Stops heating, motors fan at preset time/length
Design Notes:
  • Precision: ≤0.03 mm for virgin materials, ≤0.04 mm for recycled materials.
  • Sensor: 3DPANY Laser Diameter Sensor (500 scans/sec).
  • Control System: Closed-loop control + AI Diameter Compensation.
Package Dimensions:
  • 600 * 600 * 300 (mm)
  • 23.4 * 23.4 * 11.7 (inch)
  • Weight: 20kg

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