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Lathe machining A5056 aluminum dust cover black anodized small lot

Lathe machining A5056 aluminum dust cover black anodized small lot

We handle various types such as alumite, colored alumite, and hard alumite!

This is an introduction to lathe-processed products made from material A5056. It has undergone black anodizing treatment. << We propose processing through collaboration >> Surface treatment is handled by various specialized manufacturers. Our company offers a range of services including anodizing, colored anodizing, hard anodizing, SOB, electroless nickel plating, hard chrome plating, trivalent chromate, and radiant treatment. Please feel free to consult with us. *For more details, please refer to the external link page or feel free to contact us.

  • Processing Contract

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Pure titanium small lot prototype short delivery time (1)

Pure titanium small lot prototype short delivery time (1)

We have expertise in pure titanium and can respond quickly! We will sincerely meet our customers' requests.

We would like to introduce a case of producing small lot prototypes using turning and machining with a short delivery time. We perform cutting processing of small lot pure titanium products. We can handle thin-walled components with our expertise in processing pure titanium. We respond to our customers' requests with care. 【Features】 ■Material: Pure titanium ■Processing method: Turning and machining *For more details, please visit the external link page or feel free to contact us.

  • Processing Contract

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[Case Study] Shorten delivery times with machining prototypes for those considering press prototypes!

[Case Study] Shorten delivery times with machining prototypes for those considering press prototypes!

Shortened delivery time with cutting prototypes! It is possible to manufacture high-precision thin-walled cutting products.

We received your request due to difficulties in ordering thin-walled products, which required high roundness precision, making it challenging to select a supplier. Our company has long possessed know-how in high-precision lathe technology. For this project, we were able to achieve mass production processing using our years of expertise. The area where we have the most know-how in-house is in the cutting of bearings. If you have any issues with high-precision thin-walled products, please consult us. [Recommended for] ■ Procurement personnel selecting suppliers for thin-walled machined parts ■ Those who want to prototype press products in advance *For more details, please refer to the related link page or feel free to contact us.

  • Other processing machines

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Lathe machining stainless steel SUS304 prototype high-precision lathe machined products

Lathe machining stainless steel SUS304 prototype high-precision lathe machined products

Leave the stainless steel material to us! We will process difficult-to-machine materials with high precision.

This is an introduction to a prototype case made of stainless steel (SUS304). SUS304 has poor thermal conductivity, and when machining, heat tends to accumulate at the cutting edge, making it difficult to achieve dimensional accuracy and surface roughness, thus it falls into the category of difficult-to-cut materials. We can process such difficult materials with high precision. Please feel free to contact us. *For more details, please refer to the external link page or feel free to inquire.

  • Processing Contract

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[Example] Thin-walled machining SUS304 Roundness 0.02 Difficult-to-machine item

[Example] Thin-walled machining SUS304 Roundness 0.02 Difficult-to-machine item

[Processing Examples] General Industrial Machinery! There are technologies that prevent distortion and deformation even for products considered difficult to process.

We would like to introduce a case study of our expertise in thin-walled lathe machining. Machining of SUS304 using a multi-functional machine. We achieved a roundness of 0.02 through our unique machining method. We have technology that prevents distortion and deformation even for products considered difficult to machine. 【Case Study】 ■ Material: SUS304 ■ Size: Φ200 ■ Precision: 0.03 mm ■ Geometric Tolerance: Roundness 2 μm ■ Lot Size: 2 pieces ■ Industry: Automotive Industry ■ Application: Production equipment ■ Machining Method: Thin-walled lathe machining (machined with Integrex 200) 【Background of the Request】 The thin-walled parts had large openings, and it was not possible to finish SUS304 with high precision. Attempts were made in-house but were unsuccessful. There were no manufacturers capable of maintaining the required precision. For this project: 1. Due to the large openings, significant deformation occurs at the moment of cutting due to cutting resistance and the release of internal stress, so we developed a machining method that prevents deformation. 2. Since high precision is required, we selected a heat treatment method that does not cause deformation. 3. We chose a method for mirror finishing that avoids deformation. *For more details, please refer to the external link page or feel free to contact us.

  • Processing Contract

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