Precision irregularly shaped rolled products (fine profiles)

basic information

Our processing technology does not limit the choice of materials. We deliver products as per our customers' requests, ranging from stainless steel to ordinary steel, silicon steel, titanium, and more. ■ Austenitic Stainless Steel SUS304・SUS304L SUS316・SUS316L SUS301 ■ Ferritic Stainless Steel SUS430・SUS430LX SUS444・430MA ■ Martensitic Stainless Steel SUS410S・SUS420J2 ■ Special Steel SCM415, SAE1010 S50C・S60C・SK75 SK85・SKS81 ■ Ordinary Steel SPCD・SPCE・SPCC・SPHC ■ Non-Ferrous Metals ■ Pure Nickel・Pure Titanium

Price range

Delivery Time

Applications/Examples of results

Precision machine parts (bearings, inkjet heads, toner blades, slide rails, etc.) Electronic components (heat sinks, connectors, lead frames with special shapes) Various screens (baskets, dust collectors, etc.) Industrial equipment (food cutting cutters, conveyor guides, etc.) Bar steel (wire rods, round bars, rails, etc.) Beveled flat steel (V-grooves and various beveling processes)

Detailed information

• 

  Switching from Cutting and Grinding By replacing the material with Fine Profile, it is possible to improve productivity. For example, substituting parts that were previously cut after pressing or shaped with cutting into Fine Profile eliminates the need for cutting, thereby improving productivity and reducing costs. Changing the Material Form from Fixed Length to Coil Improving Continuous Processing and Yield By changing the form of the material, cost improvements can be achieved. For instance, switching from fixed-length products to coil winding for continuous processing reduces setup and waste that occurred for each individual piece, thereby improving yield and productivity.

• 

  Improving work efficiency and simplifying parts. By thinning the areas where holes are processed, work efficiency can be improved, and by thickening areas that lack sufficient thickness, it can lead to increased strength and simplification of parts.