EOS M 300-4
EOS M 300-4 is a quad-laser metal additive manufacturing system with a 300x300x400 mm build envelope and four 1,000 W lasers, enabling high-productivity DMLS production of complex metal parts in titanium, nickel superalloys, aluminium, and tool steels. Simultaneous four-laser exposure and 20 to 100 micron layer thickness deliver a balance of surface quality and build rate suited to aerospace, medical implant, and tooling applications. Open parameter architecture supports material development and process qualification.
- build volume mm
- 300x300x400
- laser power w
- 1000
- layer thickness um
- 20-100
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BRIGHT LASER (铂力特) BLT-S320
Chinese metal 3D printer, 500W laser, 250×250×400mm build volume.
- build volume mm
- 250x250x400
- laser power w
- 500
- layer thickness um
- 20-100
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BAMBU LAB X1-Carbon Combo
Bambu Lab X1-Carbon Combo is a high-speed multi-material FDM 3D printer at 500 mm/s with 16-color AMS and enclosed carbon-fiber chamber. Industrial-grade materials including PA, PC, and CF-reinforced filaments enable functional prototype, jig, and fixture production at desktop scale.
- build volume mm
- 256x256x256
- max speed mm s
- 500
- layer thickness mm
- 0.05-0.35
- materials
- PLA/ABS/ASA/PA/PC/TPU
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MARKFORGED X7
Markforged X7 is an industrial continuous fiber 3D printer embedding carbon fiber, Kevlar, or fiberglass into Onyx matrix for 700 MPa tensile strength parts. Produces lightweight structural components, end-of-arm tooling, and replacement parts with metal-comparable strength at 1/10th the weight.
- build volume mm
- 330x270x200
- layer thickness mm
- 0.1
- fiber materials
- Carbon Fiber/Kevlar/Fiberglass
- matrix material
- Onyx
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EOS P 800
EOS P 800 is a high-temperature SLS system with 700x380x560 mm build volume capable of processing PEEK and PEKK polymers at up to 385°C for aerospace and medical applications. The largest polymer SLS system in its class, it enables series production of flight-qualified and sterilizable components.
- build volume mm
- 700x380x560
- laser power w
- 2x50
- layer thickness mm
- 0.12
- materials
- PA12/PA11/TPU/CF-PA
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FORMLABS Form 3B+
Formlabs Form 3B+ is an SLA 3D printer optimized for biocompatible dental and medical applications with 0.025 mm layer thickness and FDA-cleared materials including dental models, surgical guides, and castable resins. Widely adopted by dental labs and medical device manufacturers for accurate, repeatable part production.
- build volume mm
- 145x145x185
- layer thickness mm
- 0.025
- materials
- Dental/Surgical/Castable
- xy resolution mm
- 0.025
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DESKTOP METAL Shop System
Desktop Metal Shop System is a single-pass binder jetting printer delivering 12 kg/hr metal throughput in stainless and tool steels. Debinding and sintering furnace included in a self-contained system for low-volume production of complex metal parts replacing CNC machining and investment casting.
- build volume mm
- 350x150x150
- layer thickness mm
- 0.03-0.06
- throughput kg hr
- 12
- materials
- 316L/17-4PH/H13
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EXONE X1D25 PRO+
ExOne X1D25 PRO+ is a binder jetting system for 316L, Inconel 625, and tungsten-copper with 400x250x250 mm build volume. Targeted at aerospace heat exchangers, energy turbine components, and electrical discharge machining electrodes requiring complex internal geometries impossible with conventional methods.
- build volume mm
- 400x250x250
- layer thickness mm
- 0.05
- materials
- 316L/IN625/W-Cu
- binder saturation pct
- 60-100
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SOLUKON SFM-AT800-S
Solukon SFM-AT800-S is an automated powder removal system for metal AM parts up to 800x400x500 mm, using programmable 2-axis rotation and variable vibration frequency under inert gas to extract unfused powder from complex internal channels safely and completely.
- max part size mm
- 800x400x500
- rotation axes
- 2
- vibration freq hz
- 0-100
- atmosphere
- Inert gas
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RENISHAW RenAM 500Q PostProcess
Renishaw metal AM post-processing system combining support removal fixtures, stress-relief heat treatment up to 1200°C, and media blasting for Ra 3.2 µm surface finish. Designed for titanium and nickel superalloy aerospace components requiring full post-processing qualification per AS9100 and ISO 13485.
- support removal
- Manual/Semi-auto
- heat treat temp c
- 1200
- media blasting
- Al2O3/Glass bead
- surface finish ra
- 3.2
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