This debinder is used to remove the POM in the sample and to prepare for subsequent metal sintering and molding. The device provides a high-temperature acidic gas environment. Being catalyzed, the POM in the sample will decompose into methanal before the formation of pores between metal particles. Meanwhile, the N2 flow system removes the generated methanal from the reaction chamber with acid gas. Having passed through the exhaust filter system, the exhaust gas will meet emission standards and be discharged directly

Next >

• Chemical properties: Refer to SDS
• Workload Envelope: 200 × 200 × 200 mm
• Work Holding Adjustable multi-level trays (7-position)
• Catalyst Raise3Ds debinding fluid or Nitric acid liquid
• Protect gas type Argon or Nitrogen
• Max Catalyst volume of storage tank 2 L
• Maximum gas Flowrate 5 L/min
• Working Temperature 150°C for debind fluid, 130°C for Nitric acid liquid
• Power Requirement 220-230 V AC, 50 Hz, single phase, 16 A/ 3.5 kW peak draw
• Exhaust Treatment Activated Carbon Adsorption Facilities
• Materials Supported POM Based filament
Safety Control
• Safety interlocks
• Front-mounted E-stop

• Mobility: Swivel casters with adjustable leveling locks
• External Dimensions: 806 × 905 × 1583 mm
• Weight: About 290kg
• Network Connectivity: WLAN and Ethernet
• Onboard Control: 7-inch touchscreen display
• Remote Software: ideaMaker Metal, RaiseCloud
• Browser requirements: Accessible via any web browser
Automation - • Auto-generated custom debinding cycle
• Live job progress tracking


Debinding Furnace Dimensions: 806 x 806 x 1545mm (L*W*H)
Debinding Furnace Weight: 290 kg
Debinding Furnace: Pkg.3 1765 x 1220 x 2170 mm
Total (incl. pkg 3) 440 kg


Dimensions: 806 x 806 x 1545mm


Next >

Bilby 3D provides a 12 month Australian, back-to-base warranty of this product (Terms and conditions)
For technical support of this product please read our knowledge bank or log a ticket