Desktop Metal 3D metal printer Studio System 3D printer + debinding machine + sintering furnace

Desktop Metal Desktop Metal

Desktop Metal

Desktop Metal 3D Printer Complete System

3D Metal Printer Studio System from Desktop Metal
Complete system: 3D printer + debinding machine + sintering furnace

Desktop Metal
The three-part solution includes a 3D printer, debinder, and furnace.

Manufacturer: Desktop Metal
Model: Desktop Metal Studio System
Operating condition: Used (Good)
Year of manufacture: 2019

Includes:
Bound Metal Deposition (BMD) technology

Features:
Printed materials: Metal
Technology: FDM
Application: Industrial
Other features: Office
X-axis travel: 30 cm (12 in)
Y-axis travel: 20 cm (8 in)
Z-axis travel: 20 cm (8 in)

Description:
In contrast to laser-based systems that selectively melt metal powder,
the printer extrudes bound metal rods – similar to an FDM printer.
This eliminates the safety requirements often associated with 3D metal printing,
and enables new features such as the use of closed-cell fillings for lightweight strength.

Desktop Metal Studio Debinder (Delamination machine)
Fully automatic debinding

Cleaning tank: 17.4 L (in process) / 22.5 L (storage)

Description:
The debinder prepares green parts by dissolving the primary binder for sintering.
With a low-emission design, it requires no external ventilation and is safe for an office environment.
Automatic liquid distillation and recycling mean that no refilling is required between cycles.

Desktop Metal Studio Sinter Furnace
Hybrid technology (microwave & conventional heating elements)
Build volume: 305x205x205 mm
Carbon housing

Gas supply: 2 x 900 L gas cylinders

Heating power: 20 kW

Function: Sintering
Configuration: Chamber
Heat source: Gas
Other features: High temperature, automatic
Maximum temperature: 1,400 °C (2,552 °F)

Description:
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Fully automated and sized to fit through an office door,
the furnace delivers industrial-grade sintering in an office-friendly package.
Built-in temperature profiles, tailored to each design and material,
ensure uniform heating and cooling without the residual stresses that occur in laser-based systems.

Condition: used

Scope of delivery: (See image)

(Changes and errors in technical data, information is subject to change!)

We will be happy to answer any further questions you may have by telephone.

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