AEROSPACE

HIGH PRECISION CONTROL OF SURFACE ROUGHNESS

Precision engineered parts such as gas turbine components leave no room for error when it comes to surface treatment. The MMP Technology is a surface finishing technology based upon selective filtration of wavelength ranges of roughness, allowing for the production of very precise and selective surface states.

The results are both uniform and reproducible MMP Technology is an industrial process that ensures total traceability and industrial-grade control of all the inherit parameters right up to the final finish.

HIGHLY EFFECTIVE PROCESS

MMP TECHNOLOGY is highly effective on almost every alloy, regardless of hardness. can efficiently treat parts made from any manufacturing method, including forging, casting, machining, EDM/ECM, and additive layer methods (DMLS, SLM, etc.).

MMP Technology is particularly well suited to finishing parts produced using additive layering technologies such as EOS’s Direct Metal Laser Sintering (DMLS) process.

Increased resistance to corrosion
Reduced friction
Increased resistance to wear
Improved aerodynamics

MMP TECHNOLOGY ADVANTAGES

Costs and lead-times are predictable and tightly controlled
Homogeneous finishes can be reproduced to industrial standards for each item
Treated components can exhibit superior technical performance
Ensures industrial-standard traceability and uses certified quality procedures

Validation Process

AEROSPACE

HIGH PRECISION CONTROL OF SURFACE ROUGHNESS

HIGHLY EFFECTIVE PROCESS

TECHNICAL BENEFITS OF USING MMP TECHNOLOGY

MMP TECHNOLOGY ADVANTAGES