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ProJet 3600W 3D Printer
ProJet 3600W Wax 3D Printer applications include: - Rapid metal casting prototyping - Pre-series and series of end-use metal parts production - Customized metal parts manufacturing
ProJet 3600W Wax 3D Printer features include: - MultiJet Printing technology 100% wax metal casting patterns for use with standard processes - Choose the ProJet MJP 3600W or 3600W Max depending on your build volume/resolution requirements - Convenient file-to-part workflow Fast and easy post-processing with dissolvable supports
ProJet 3600W Wax 3D Printer benefits include: - Get more patterns faster to keep up with your metal casting workflow - High fidelity patterns you can rely on Exceptional sharp edges, fine features definition and smooth surfaces - Greater geometric freedom with effective support removal - High performance casting waxes - Compatible with your office environment - Low part cost and Total Cost of Ownership (TCO)
The ProJet® MJP 3600W and 3600W Max from 3D Systems generate 100% RealWax™ micro-detail, high fidelity precision metal casting patterns for high capacity production, without tooling time, costs and geometric limitations, for reliable and repeatable direct casting efficiency.
Casting Reliability The next generation VisiJet® M3 CAST 100% wax material delivers durable, high quality patterns for reliable performance and results throughout existing lost-wax casting processes and equipment.
High Throughput Designed for high output wax pattern production, the ProJet MJP 3600W and 3600W Max improve casting room efficiency to increase the productivity, precision and possibilities of direct investment casting. Reach unmatched yield with up to 10x faster print speed and more than 2.5x larger build volume than alternative similar class printers.
High-Quality Patterns Print sharp edges, extreme crisp details and smooth surfaces with high fidelity, ideal for jewelry manufacturing, automotive casting, micro-detail medical devices, electrical components, figurines, replicas, collectibles and more end-use part manufacturing.
