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Markforged/LÖMI Metal X/Sinter II 3D Metal Printer
Specifications
Overview
3D Metal Printers Markforged Metal X
- Quantity
- 3
- Year of Manufacture
- 2021
- Printing Process
- Metal FFF
- Build Volume X/Y/Z
- 300mm / 220mm / 180mm
- Materials
- 17-4PH, H13, A2, D2, Inconel 625, Cu
- Max. Part Dimensions X/Y/Z
- 250mm / 183mm / 150mm
- Max. Part Weight
- 10kg
- Layer Height After Sintering
- 50µm / 125µm
- Machine Dimensions X/Y/Z
- approx. 600mm / 500mm / 1150mm
- Operating Hours
- approx. 3300h
Sintering Furnace Markforged Sinter 2
- Year of Manufacture
- 2021
- Solvent Volume
- 18356cm³
- Max. Temperature
- 1300°C
- Washing Duration
- 17h - 31h
- Machine Dimensions X/Y/Z
- approx. 1200mm / 700mm / 1500mm
- Weight
- approx. 350kg
Solvent Washing Table System LÖMI EDA30 M3D
- Year of Manufacture
- 2021
- Batch Volume
- 16L
- Max. Operating Temperature
- 120°C
- Batch Chamber Dimensions X/Y/Z
- 200mm / 216mm / 380mm
- Machine Dimensions X/Y/Z
- approx. 550mm / 800mm / 1000mm
Additional Equipment
Documentation
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AI Description
BetaCapabilities
This complete 3D metal printing system combines three Markforged Metal X printers with a Sinter II sintering furnace, enabling end-to-end metal part production. The printers use Metal FFF technology to create detailed metal components in materials like stainless steel, tool steel, Inconel, and copper, with build volumes up to 300×220×180mm and final part precision down to 50µm layer height after sintering. The integrated furnace completes the workflow by sintering printed parts to full density and strength.
Industries & Uses
Manufacturers use this system for rapid prototyping, tooling, and small-batch production without expensive molds or long lead times. Common applications include aerospace components, medical devices, automotive parts, custom tools, and jewelry. Startups and job shops value the flexibility to produce metal parts on-demand without large capital tooling investments.
What to Check When Buying
When evaluating this used system, request detailed maintenance records and operating hour logs for all three printers and the furnace. Inspect heating elements and sintering chamber condition, as thermal cycles affect longevity. Verify all nozzles, build platforms, and heating beds are in working order. Ask about material residue buildup and cleaning frequency. Confirm software licenses transfer and that spare parts inventory comes with the sale. The ~3300 operating hours suggests moderate use, but thermal equipment condition is critical.
This description is AI-generated and is intended as a general guide only. As with all AI-generated content, it may contain inaccuracies. Please verify all details directly with the seller before making a purchasing decision.
Interested in this machine?
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