Filament Maker & Plastic Recycling System
If you use a multi-color 3D printer, you're likely familiar with "filament poop"—the plastic waste generated when switching between filaments of different colors or properties. But even with single-extruder 3D printers, failed prints are a common occurrence. Instead of discarding these misprints, consider recycling them into new filament!
This complete and safe desktop plastic recycling system shreds sorted plastic waste into granules and transforms them into 3D printer filament. The system comprises three main components: a shredder (for processing plastic), an extruder (for creating filament), and a spooler (for automatic winding).
Shredder
Its 12 robust stainless-steel blades, each with distinct cutting functions, can shred various plastic waste types and thicknesses. This includes 3D print support structures, multi-color printer "filament poop," failed prints, and everyday plastics like bottles and caps.
Equipped with Intelli-shredding Technology, the fully automated process stops upon complete shredding. The blades automatically alternate clockwise and counterclockwise rotation to prevent clogging. Safety sensors halt operation if the lid is opened or the collection box is misplaced or removed. Simplified operation is ensured with a single button interface.
Extruder
Recycle sorted plastic pellets, failed prints, old 3D models, and even everyday plastic waste into filament, saving over 80% on material costs. Simply swap nozzles to create either 1.75mm or 2.85mm diameter filament. An intuitive interface allows manual temperature and motor speed adjustments for producing high-quality filament.
Spooler
This automated spooler neatly winds filament onto reels, preventing tangles. A 10-micron high-precision system maintains consistent filament diameter, while four evenly distributed fans cool and solidify the filament before winding. Setup is simple: place the extruder, winder, and spooler side-by-side, thread the filament through the winder's five holes, and then onto the spooler. Simply wait for the process to complete, and a fresh reel of recycled filament is ready to use.
Filament Maker & Plastic Recycling System
Using Science to Reduce Plastic Pollution & Build a Sustainable Future
Education
This system enables teachers to educate students about plastic and its recycling potential, fostering recycling habits while exploring advanced 3D printing and other innovative technologies.
R&D
Test new materials' feasibility with just 50g of plastic pellets, quickly understanding their characteristics and exploring applications, significantly reducing research & development costs and time.
Environmental Protection
Recycle daily plastic waste, multi-color 3D printer "filament poop," and even failed 3D prints into usable filament.
Recyclable Plastics
PLA
A common, economical 3D printing plastic derived from plant starch (e.g., corn). It prints at low temperatures, releases no toxic substances during printing or recycling, and is biodegradable.
PETG
A 100% recyclable thermoplastic producing lightweight, strong, and durable prints. It has low shrinkage, is waterproof, heat-resistant, and chemically resistant, making it suitable for impact-resistant models, functional prototypes, and mechanical parts.
ABS
A petroleum-based thermoplastic that withstands repeated heating, softening, and cooling cycles. Durable, cost-effective, and easy to post-process (sanding, painting), it's ideal for prototyping.
TPU
Flexible, wear-resistant, and repeatedly moldable, TPU maintains performance after multiple reshaping cycles, making it suitable for filament recycling.
Nylon PA12
A strong, heat-resistant plastic often used for functional prototypes. It retains performance and print quality even after multiple recycling and re-melting cycles.
LDPE
Commonly used in plastic bags and wrap, LDPE has a low melting point, enabling quick recycling into filament. While resulting prints may be less strong, it offers a sustainable option.
TPE
Combining the processability of plastic with the elasticity of rubber, TPE creates impact-resistant and resilient prints. Its low melting point and non-toxicity facilitate safe and easy recycling.
HDPE
Used in many plastic bottles, HDPE offers good strength and chemical resistance. While its higher melting point poses processing challenges, it holds recycling potential.
PP
Commonly used for bottle caps, PP is heat-resistant and produces tough, fatigue-resistant prints. Recycling PP into filament reduces waste and promotes environmental sustainability.
Product Specifications
Multi-material
Compatible with various plastics, including common 3D printing materials like PLA, ABS, and PETG.
Temperature Control
Adjustable temperature up to 300°C to accommodate various plastic requirements.
Adjustable Output Speed
Nine speed settings, with a maximum output of 1.15 m/min, allow for customization based on the plastic type.
High-Precision Sensor
A 10-micron high-precision sensor ensures consistent filament diameter.
Selectable Diameter
Produces filament from 0.5mm to 3mm in diameter, compatible with most 3D printers.
Industrial-Grade
A conical steel screw ensures high-quality filament extrusion. All components are made of industrial-grade materials for professional, safe, and reliable operation.