EP-M400S SLM Metal 3D Printer
EP-M400S is available in four configurations: single, dual, triple and quad laser.
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EP-M400S Metal 3D Printer
How Does the EP-M400S Maintain High Part Quality?
- Three-stage filtration, which can use blow back function to remove the fume, equipped with permanent filter element
- Excellent beam and power stability, as well as energy control strategies can inhibit porosity, micro-cracks and non-fusion defects
- Optimized design of gas flow ensures effective removal of dust and condensate, to produce uniform printing of full-format parts
How Does the EP-M400S Improve Metal Printing Productivity?
- Supports four different printing configurations: single, dual, triple and quad laser
- Independently developed processing software enables optimized scanning strategies, effectively reducing processing time
How Does the EP-M400S Maintain a Safe and Controlled Printing Environment?
- Real-time monitoring of the working environment and air source status ensures safety and reliability
- The equipment has passed the EU CE certification and FDA laser safety certification, with high safety
- Safety design, prevent mis-operation, electric shock, fire, waste and pollution
- Well-designed overall equipment sealing performance, maintaining closed conditions for both powder usage and recovery processes
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If you're looking for an industrial 3D printer, make sure to check out the top options. Take the time to compare prices and specifications to find the perfect match for your needs.
How Automated Is the EP-M400S Metal 3D Printer?
- User-friendly interface with fully automatic one-click printing and pickup function
- The build job information is displayed in real time with traceable printing parameters report
- What can EP-M400S 3D Printer Print?
- Overall Navigator
- Process: Metal Powder Bed Fusion (MPBF)
- Material: Titanium Alloy
- Application: Aerospace
FAQ's
The EP-M400S is available in single-, dual-, triple-, and quad-laser configurations, allowing manufacturers to select a configuration based on their production requirements. Its build volume of 400 × 400 × 450 mm and theoretical printing speed of up to 190 cm³/h support the production of large-size, high-precision metal components.
Yes. The EP-M400S is designed for direct manufacturing of large-size, high-precision, high-performance components for aerospace and other industrial applications. The page also demonstrates an overall navigator produced using titanium alloy through MPBF technology for an aerospace application.
The EP-M400S uses stable laser beam and power control, optimized gas flow, and process strategies designed to reduce porosity, micro-cracks, and non-fusion defects. Its filtration and gas-flow systems also help maintain uniform printing conditions across the build area.
The EP-M400S supports a broad range of metal materials, including titanium alloy, aluminum alloy, nickel alloy, maraging steel, stainless steel, cobalt chrome, and copper alloy. This open material approach provides flexibility for different metal additive manufacturing applications.
The EP-M400S combines one-click automated printing, automatic pickup, real-time build monitoring, and traceable printing parameter reports. Its sealed powder-handling design, environmental monitoring, and safety systems are intended to support a controlled and efficient industrial printing workflow.