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AnyShape provides rapid production of additively manufactured parts in a range of nylon materials including glass filled, aluminium filled, fire retardant and biocompatible materials

What Is Selective Laser Sintering?

Selective Laser Sintering uses powder based additive manufacturing technologies incorporating a high-powered laser to fuse material particles together

This proven and reliable fusion process takes place layer by layer, building the 3d printed part from the bottom up. Any un-sintered material can then be removed, filtered, and re-used as part of the material recycling process.

AnyShape can print parts in a variety of polyimide powders, including PrimePart ® PLUS PA2221, a refreshed optimised polyimide 12 powder with a high recyclability rate. Reducing the need for new powder and making parts using PrimePart® PLUS both economically and environmentally attractive

Selective laser sintering can be used for 3d printing engineering plastics for rapid prototyping, rapid tooling, jigs and fixtures and also 3d printing small plastic parts for end-use applications

Parts can be surface finished, smoothed, painted, dyed and treated with special coatings

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    EOS P396 Large build volume Laser Additive Manufacturing

    Key Benefits

    • High quality strong and durable parts
    • Single 70 Watt CO2 Laser
    • Large 340 x 340 x 600mm Build Envelope
    • Large parts or serial batch production
    • Layer Thickness: 0.06 - 0.10 - 0.12 - 0.15 - 0.18 mm (material dependant)
    • Nylon materials include PA11, PA12, Refresh Optimised PrimePart® PLUS PA12, Flame Retardant, Glass-Filled, Aluminium Filled, Biocompatible and TPU

Our manufacturing capabilities

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Direct Metal Laser Sintering

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Fused Deposition Modelling

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MultiJet Printing

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Continuous Carbon Fibre

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Trusted by engineers worldwide

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