Medium Direct Metal Laser Sintering System
Equipment Information
Instrument Name
Medium Direct Metal Laser Sintering System
Make
EOS
Model
EOS M290
Count
1
Description of Use and Application
Medium Direct Metal Laser Sintering System (EOS M290) that uses a 400 Watt Yb (Ytterbium) fiber laser with a wavelength of 1060-1100 nm and using an F-Theta focusing lens, the focal length of the F-Theta lens is 410 mm. The machine also contains self-cleaning filters. The minimum exposure area is 250 mm x 250 mm with an exposure speed up to 7000 mm/s and a scanner position repeatability of < 11 ? rad. The z-axis repeatability of positioning is ? ± 0.005 mm. EOS M290 uses am high-speed steel and ceramic blades with travel speed 40-500 mm/s. In addition, the integrated platform has a heating module capable of operating between approx. 40 to 200° C. The EOS M290 machine license includes a full academic license with validated parameters for bulk MS, MP, Ti-6Al-4V, AlSi10Mg, IN625, IN718, HX and 316L.
Collaboration Plans and Interdisciplinary Engagement for Equipment
UofM Inventory Number
Requirements
Usage Requirements
Prior training and approval, may require custom software https://www.eos.info/en/additive-manufacturing/3d-printing-metal/eos-metal-systems/eos-m-290
Health and Safety Training Requirements
Materials
MS, MP, Ti-6Al-4V, AlSi10Mg, IN625, IN718, HX and 316L.
Shareable
Rates
Internal Hourly Rate ($USD)
0.00
External Non-Profit Hourly Rate ($USD)
0.00
External For-Profit Hourly Rate ($USD)
0.00
Service Rate ($USD)
Additional Fee/Rate Description
Location
Campus
Main Campus
Building
Engineering Science Building
Room
310A
Contact Information
Department
Mechanical Engineering
Chair Name
Ali Fatemi
Center
Metal Additive Manufacturing Laboratory
Contact Name
Ebrahim Asadi
Contact Phone Number
(901) 678-3333
Contact E-Mail
Department Weblink
General Asset Information
Responsible Group
Research Equipment Asset Managers
Asset ID
RE-000407
Status
OPERATIONAL
Linked Persons
Ali Fatemi
Searchable Keywords
Searchable Tags
mechanical, laser, sintering