The Process is a cost-effective alternative to an engineered machined surface in applications where surface finish, increased wear and friction reduction are important considerations. The Process is an isotropic surface finishing process that produces a non-linear, low Ra that improves wear properties and reduces friction. It is a chemical – mechanical process that sequentially removes the “peaks” of a ground, cut or honed finish while leaving the “valleys” unaffected. The end result is a dramatically improved surface finish with insignificant dimensional change of the part. The increase in component life is a result of a flatter contact surface, which distributes the loads over a larger area and inhibits the formation of stress risers. REM ISF® is a 2 stage process that finishes with a “burnish” that makes the part come out looking shiny, almost as if it was chrome-plated.
The REM Isotropic Superfinish (ISF) Process is a value adding and performance enhancing improvement to conventional machining operations such as grinding and lapping. The extensive benefits of the ISF Process add value and improve performance across a wide range of industries.
The Process is a cost-effective alternative to an engineered machined surface in applications where surface finish, increased wear and friction reduction are important considerations. The Process is an isotropic surface finishing process that produces a non-linear, low Ra that improves wear properties and reduces friction. It is a chemical – mechanical process that sequentially removes the “peaks” of a ground, cut or honed finish while leaving the “valleys” unaffected. The end result is a dramatically improved surface finish with insignificant dimensional change of the part. The increase in component life is a result of a flatter contact surface, which distributes the loads over a larger area and inhibits the formation of stress risers. REM ISF® is a 2 stage process that finishes with a “burnish” that makes the part come out looking shiny, almost as if it was chrome-plated.