Desktop 3D Print Shredder
Transform 3D printing waste into reusable granules with this powerful desktop shredder. Featuring H13 high-speed steel blades and a compact footprint, it's perfect for Workshops and Labs.
High-Performance Blades
Equipped with H13 high-speed industrial steel blades for shredding hard materials and ensuring long-term wear resistance.
Powerful Cutting System
22 moving and 22 fixed blades work in tandem to provide powerful shearing force for solid 3D prints.
Simple Operation
Intuitive control panel with Start, Stop, and Forward/Reverse rotation functions for easy jam clearing.
Versatile Power
1.5 kW motor with reducer provides high torque (220V standard, custom options available).
See the Desktop Shredder in Action
Watch the secure and efficient shredding process of 3D printing waste. The low-speed, high-torque mechanism ensures powerful cutting with minimal noise.
- Quiet low-speed operation ideal for office environments.
- Powerful H13 blades crushing solid prints.
- Compact footprint for easy placement.
Industrial Performance in a Compact Form Factor
Don't let the size fool you. This machine utilizes a dual-shaft inspired cutting architecture with two sets of moving blades and two sets of fixed blades to deliver industrial-grade shredding power. The H13 steel blades are specifically hardened to withstand abrasive materials, including carbon-fiber reinforced filaments, ensuring long service life and consistent cutting performance.
Blade Material
H13 High-Speed Industrial Steel (Width: 5mm, OD: 100mm)
Discharge Port
120 × 200 mm sized output area
Application
Perfect for PLA, PETG, ABS, and other common 3D printing filaments.
Compact Design
Small footprint (650 × 300 × 780 mm) fits easily on workbenches or in tight spaces.
Ideal for Decentralized Recycling
- Input: Failed 3D prints, rafts, supports, and filament spools (plastic only)
- Process: Shredding into 3-5mm granules
- Output: Regrind ready for extrusion into new filament or injection molding
Discharge Port Size
120 × 200 mm
Blade Configuration
22 Moving Blades + 22 Fixed Blades
Blade Dimensions
Width: 5 mm, Outer Diameter: 100 mm
Blade Material
H13 High-Speed Industrial Steel
Motor Power
1.5 kW with reducer
Voltage
220 V (Custom options available)
Control Features
Start, Stop, Forward/Reverse Rotation
Machine Weight
101 kg
| Model | Power | Dimensions (mm) | Weight (kg) | Blade Material |
|---|---|---|---|---|
| Desktop Shredder | 1.5 kW | 650 × 300 × 780 | 101 | H13 Steel |
Reliable Support for Your Lab or Workshop
We understand that downtime disrupts research and production. Our desktop shredders come with dedicated support to keep your recycling loop running smoothly.
1-Year Standard Warranty
Covers motor, gearbox, and structural components against manufacturing defects.
Spare Parts Availability
Replacement H13 blades and screens available for quick shipment.
Technical Support
Direct access to our engineering team for operational guidance and troubleshooting.
Ideal for 3D Printing Waste
Process all common filament types and forms capable of fitting in the 120x200mm hopper.
Failed Prints
Solid or sparse infill parts from PLA, PETG, ABS, and Nylon.
Support Material
Rafts, brims, and breakaway support structures.
Filament Scraps
End-of-spool leftovers and short filament strands.
Small Injection Parts
Runners, sprues, and small defective molded parts.
Can this shredder handle carbon-fiber filled filaments?
Yes, the H13 tool steel blades are specifically hardened to process abrasive composites like CF-PLA and GF-Nylon without rapid wear.
What is the granule size suitable for?
The 3-5mm uniform regrind is optimized for feeding directly into pellet extruders (like filament makers) or small-scale injection molding machines.
How loud is the machine during operation?
It operates at low speeds (approx. 60 RPM), keeping noise levels significantly lower than high-speed granulators, making it appropriate for lab and workshop environments.
What happens if the machine jams?
The control panel features a manual reverse function that allows you to back the rotor out of a jam, clear the obstruction, and resume shredding safely.