Precision pipe shape processing of titanium-nickel alloy.
We have successfully reduced the cost of producing 'precision' pipes made from titanium alloy (6AL-4V) and alloy 718 using our unique technology!
Our precision pipes, which are committed to inner diameter tolerances down to 1/1000 mm, are attracting attention in various industries such as aerospace, next-generation automotive parts, hydrogen facility-related components, drone parts, semiconductor manufacturing equipment, medical devices, and various joints. Please feel free to consult us for small lot production to mass production for prototypes and research and development. ■ For those struggling with machinability (For example, ultra-thin titanium 64 and alloy 718 pipes/disc machining up to Φ350) ■ For those facing difficulties in material procurement ■ For those troubled by insufficient strength ■ For those concerned about high costs ■ For those considering weight reduction Although titanium and nickel alloys are known as difficult-to-machine materials, our Suzuka factory is equipped to handle machining as well. We can provide a consistent service from material sales to processing, so please do not hesitate to reach out to us.
basic information
<Available Processing Methods> ■ Cutting ... Laser (2D/3D), shearing cutting, water jet cutting, plasma cutting, wire cutting, band saw ■ Forming ... Bending with a bender, brake bending, pressing, deep drawing, spinning, turret punching ■ Machining ... NC lathe, general-purpose lathe, machining center (4-axis), milling ■ Polishing ... Blasting, buffing, aerolapping, electropolishing ■ Surface ... Laser marking, anodizing, FG treatment (Fresh Green) *For more details, please refer to the PDF document or feel free to contact us.
Price information
Prices vary depending on quantity and size. Please feel free to contact us. For lathe machining, machining processing, etc., please consult us separately.
Delivery Time
Model number/Brand name
AMS4911/TAB6400H/ASTM Gr.5/ASTM F136 (ELI material)/ALLOY 718 material
Applications/Examples of results
Achievements from prototyping and research to mass production in the aerospace and space-related industry, next-generation automotive parts, robotics-related components, plant, pump, and semiconductor equipment, and heavy industry sectors.
