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EOS
M 300-4
1kW Fiber
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1kW Fiber additive Machine
1kW
Germany
2024
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EOS M 300-4 buyer page for production metal AM searches. Validate four-laser configuration, build volume, EOSPRINT workflow, material qualification, powder handling, inert gas and oxygen monitoring, monitoring package, facility utilities, post-processing, service response, and part economics before comparing with EOS M 400-4, TRUMPF TruPrint 5000, Renishaw, Nikon SLM, or 3D Systems platforms.
Use this EOS M 300-4 page to validate four-laser 300mm-class productivity, EOSPRINT workflow, powder handling, material qualification, monitoring, and downstream production cost before comparing with larger AM platforms.
Confirm 300mm-class build volume, four-laser overlap strategy, recoater limits, nesting yield, EOSPRINT workflow, and whether the 1kW route matches the part geometry.
Ask which alloys are qualified, whether parameter sets are included, and how powder handling, sieving, inert gas, oxygen monitoring, and documentation are configured.
Compare the printer with heat treatment, depowdering, machining, inspection, facility utilities, monitoring, service, and operator training included in the same cost model.
Estimated range is a planning band. Confirm the final quote against included software, optics, safety package, installation, freight, training, and service terms.
Use $900000-1400000 as the research range, then normalize every supplier quote to the same configuration.
Ask for sample results, service response time, warranty labor terms, consumable pricing, facility requirements, and acceptance criteria before approval.
Compare one same-power alternative, one lower-cost alternative, and one premium support option before treating the first quote as market price.
EOS M 300-4 route for four-laser production AM validation
EOS M 300-4 comparisons should include build envelope, laser count, EOSPRINT workflow, material parameters, powder handling, inert gas, monitoring, facility utilities, post-processing, inspection, training, service response, and part economics.
Best For: Production AM teams validating 300mm-class EOS capacity where four-laser productivity, alloy qualification, powder workflow, monitoring, service, and part cost must be proven.
Power vs. work area compared to 14 machines in this category
| Brand | EOS |
| Model | M 300-4 |
| Laser Type | Fiber |
| Power Output | 1 kW |
| Wavelength | 1070 nm |
| Laser Source | EOS |
| Control System | EOSPRINT |
| Cooling Type | Water |
| Country of Origin | DE |
| Release Year | 2024 |
| Warranty | 1 years |
| Price Range | $900,000 - $1,400,000 |
Find more machines matching these specifications
Use this block to qualify price, fit, operating requirements, and shortlist alternatives before requesting quotes.
Confirm freight, installation, training, chiller, fume extraction, assist gas setup, and spare lens/nozzle starter kits before comparing final supplier quotes.
Production AM teams validating 300mm-class EOS capacity where four-laser productivity, alloy qualification, powder workflow, monitoring, service, and part cost must be proven.
Material capability is not fully published. Request a test-cut report for your thickest production material.
Check thickness parametersBudget for protective window replacement, nozzle wear, chiller service, extraction filters, and periodic source/cutting-head inspection.
These mid-range alternatives offer comparable specifications from other manufacturers.
6 models available — sorted by power output
Common questions about the EOS M 300-4
The EOS M 300-4 features a 1kW fiber laser, suitable for metal 3D printing and additive manufacturing.
Contact suppliers for pricing, lead times, and detailed specifications for the EOS M 300-4 1kW.
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Keep model-specific price queries on the model page, then use the workflow links to validate power, speed, time, gas use, and cost.
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