Markforged Metal X Industrial Metal 3D Printer
Markforged Metal X uses bound metal deposition (BMD), extruding metal powder bound in polymer filament layer-by-layer, followed by sintering. Though hybrid, its primary metal deposit mechanism qualifies it under HTS 8485.10.0100 for additive manufacturing by metal deposit.
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Alternative Classifications
This product could be classified differently depending on its characteristics or intended use.
If filament extrusion dominates over metal forming
Printers for plastics by extrusion classify under printing machinery.
If for injection molding of metal-polymer composites
Extrusion/injection machines for plastics take precedence if polymer primary.
Not sure which classification is right?
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Import Tips & Compliance
• Detail post-processing sintering requirements to justify metalworking classification
• Provide filament composition analysis showing >90% metal content
• Avoid office equipment classification by emphasizing industrial tolerances
Related Products under HTS 8485.10.01.00
EOS M 290 Metal 3D Printer
The EOS M 290 is an industrial metal laser sintering machine that uses selective laser melting (SLM) to fuse metal powder layers by depositing and selectively melting metal powder with a laser. It falls under HTS 8485.10.0100 as it is a machine for additive manufacturing specifically by metal deposit, building complex metal parts layer by layer from digital designs.
SLM 280 Selective Laser Melting System
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GE Additive X Line 2000R Metal 3D Printer
The GE Additive X Line 2000R uses laser powder bed fusion to deposit and selectively melt metal powders such as nickel alloys for large-scale turbine components. This metal deposit additive process places it under HTS 8485.10.0100 for industrial additive manufacturing machines.
Desktop Metal Production System P-1
Desktop Metal's P-1 uses binder jetting to deposit metal powder layers bound by liquid adhesive, then sinters for full density. This metal powder deposition process for additive manufacturing places it in HTS 8485.10.0100.
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Renishaw's RenAM 500Q is a quad-laser metal powder bed fusion system that deposits metal powder layers and melts them precisely for high-precision components in aerospace applications. It qualifies for HTS 8485.10.0100 as an additive manufacturing machine operating by metal deposit via laser sintering.