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Thin-wall cutting Product List and Ranking from 5 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Sep 03, 2025～Sep 30, 2025
This ranking is based on the number of page views on our site.

Thin-wall cutting Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Sep 03, 2025～Sep 30, 2025
This ranking is based on the number of page views on our site.

  1. ユー・コーポレーション Gunma//Industrial Electrical Equipment
  2. 青海製作所 Niigata//Manufacturing and processing contract
  3. 山岸製作所 Gunma//Manufacturing and processing contract
  4. 4 エージェンシーアシスト 京都本社　営業所(仙台・東京・埼玉・神奈川・浜松・愛知・岐阜・新潟・福井・奈良・兵庫・岡山・福岡) Kyoto//Machine elements and parts
  5. 4 梅原モデル Gunma//Manufacturing and processing contract
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Thin-wall cutting Product ranking

Last Updated： Aggregation Period:Sep 03, 2025～Sep 30, 2025
This ranking is based on the number of page views on our site.

  1. Technical Introduction: Precision Machining of Thin Plates and Thin-Walled Cutting for Aluminum/Stainless Steel/Resin ユー・コーポレーション
  2. [Presentation of Materials!] Difficult-to-Cut and Precision Cutting Processing Technology Case Study Collection 青海製作所
  3. [Case] For those struggling with thin meat products! 山岸製作所
  4. [Data] This design increases machining costs (1) - Small and deep holes edition - 山岸製作所
  5. 4 [New Materials] Geometric Tolerances Easily Understood by Beginners Part 1 - Roundness and Cylindricity Edition 山岸製作所

Thin-wall cutting Product List

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[Case] For those struggling with thin meat products!

[Case] For those struggling with thin meat products!

Expertise specialized in the manufacturing of thin, high-precision products! Capable of handling everything from prototypes to mass production.

The mass production is based on press startup, but since prototype evaluation was necessary, we wanted to consider machining from the perspective of delivery time. This is the background behind your request. Our company has long possessed know-how in high-precision lathe technology. For this project as well, we were able to realize mass production processing using our years of expertise. Due to the frequent requests for μm-level precision, we have established measuring instruments and 3D measuring equipment on-site, ensuring that we deliver reliable quality. [Recommended for] ■ Procurement professionals selecting suppliers for thin-walled machined parts ■ Those who want to produce prototypes of press parts 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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[Data] This design increases machining costs (1) - Small and deep holes edition -

[Data] This design increases machining costs (1) - Small and deep holes edition -

A must-see for designers! Introducing holes with reduced size, depth, and machining costs!

This document introduces the topic of increased cutting processing costs (1) - focusing on small, deep holes. It covers "the size and depth of holes," as well as "what kind of holes can keep cutting processing costs down?" and "what to do if you want to reduce cutting processing costs when machining deep holes?" Yamagishi Manufacturing has accumulated know-how and processing achievements in thin-walled cutting, roundness, parallelism, flatness accuracy, etc., and is capable of mass production while maintaining precision requirements in the micron range. Please make use of this document for your consideration of implementation. [Contents] ■ Size of holes ■ Depth of holes ■ What kind of holes can keep cutting processing costs down? ■ What to do if you want to reduce cutting processing costs when machining deep holes? *For more details, please refer to the PDF document or feel free to contact us.

  • Processing Contract

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[New Materials] Geometric Tolerances Easily Understood by Beginners Part 1 - Roundness and Cylindricity Edition

[New Materials] Geometric Tolerances Easily Understood by Beginners Part 1 - Roundness and Cylindricity Edition

Accurately process the products required by customers. Skilled workers at Yamagishi Manufacturing will explain it clearly.

This document provides an easy-to-understand introduction to geometric tolerances (roundness and cylindricity) from the perspective of skilled workers at Yamagishi Manufacturing. It includes information on "knowledge of tolerances," "dimensional tolerances and geometric tolerances," and "measurement methods." By reading this document, even new employees will be able to visualize geometric tolerances specific to machining centers and milling lathe processing, and will be able to perform measurements. [Contents (partial)] ■ Knowledge of tolerances - Dimensional tolerances and geometric tolerances ■ Geometric tolerances - Roundness - Cylindricity *For more details, please refer to the PDF document or feel free to contact us.

  • Processing Contract

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【Specialty Technique】Thin Meat Cutting Below 0.5mm

【Specialty Technique】Thin Meat Cutting Below 0.5mm

We will produce high-precision resin prototype models.

Our company supports the prototyping and secondary processing of plastic products using thin cutting processing with a thickness of 0.5mm or less, as well as polishing finishes that achieve high transparency. In addition to general-purpose plastics and engineering plastics such as ABS, acrylic, polycarbonate, and POM, we also have extensive processing experience with various materials, including glass fiber reinforced resins like PPS and nylon. With our reliable technology and experience, we respond broadly to customer requests across various industries and fields.

  • Drive system parts
  • Engine parts
  • Other machine elements

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Composite processing, thin-walled cutting processing, lathe processing, precision titanium, high precision.

Composite processing, thin-walled cutting processing, lathe processing, precision titanium, high precision.

Even parts with a thickness of 3 millimeters or less can be processed! Our unique chucking technology allows for micron-level dimensions.

This is an introduction to a case study of processing titanium using a multifunction machine. Titanium is lightweight and has excellent corrosion resistance, heat resistance, and cold resistance, but due to its high strength and low thermal conductivity, the durability of cutting tools is extremely poor, and issues such as vibration during processing can lead to poor machining accuracy. Even with such a delicate material, our unique chucking technology allows for micron-level dimensions to be achieved. We can process parts with a thickness of 3 millimeters or less, and we also have numerous achievements in processing difficult materials other than titanium. [Features] - Achieves micron-level dimensions - Capable of processing parts with a thickness of 3 millimeters or less - Proven track record in processing difficult materials other than titanium *For more details, please refer to the external link page or feel free to contact us.

  • Processing Contract

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[Example] Aluminum machining (lathe, machining) small lot products

[Example] Aluminum machining (lathe, machining) small lot products

By determining suitable processing methods and processes for aluminum, we achieve shorter delivery times and cost reductions!

We would like to introduce a case of machining aluminum A2017-T4 using lathe and machining processes. Our experienced staff in lathe and machining can handle high-precision processing for any material. Through research on processing conditions, we can prevent chip entanglement and achieve high surface accuracy in production. Additionally, by determining suitable processing methods and steps, we can realize short delivery times and cost reductions. 【Case Study】 ■Material: Aluminum A2017-T4 ■Processing Method: Lathe processing and machining *For more details, please refer to the external link page or feel free to contact us.

  • Processing Contract

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[Example] Lathe processing example; Machining processing example S25C prototype

[Example] Lathe processing example; Machining processing example S25C prototype

[Example] We processed a difficult-to-machine material with low hardness achieved through heat treatment using a lathe and machining!

We can also handle difficult-to-machine materials that have been softened through heat treatment! Here, we introduce a case of machining S25C using lathe and machining processes. 【Case Study】 A client was looking for a supplier capable of long-term transactions and precision machining after their existing supplier went out of business. We also recommend our services to those struggling with thin materials, lathe work, and jigs. ■Material: S25C ■Size: φ110 ■Lot Size: 50–100 pieces ■Industry: Railway infrastructure industry ■Machining Method: Lathe and machining processes Yamagishi Manufacturing has many years of expertise in lathe technology. We are equipped with numerous machines for our core technology, which is lathe work. Therefore, we can smoothly handle urgent prototype setups like this request. If you have no supplier for material type, precision, or geometric tolerances, 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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Can't Ask Now! A Collection of Technical Points on 'Thin-Walled Machining'! *With Technical Explanations*

Can't Ask Now! A Collection of Technical Points on 'Thin-Walled Machining'! *With Technical Explanations*

A must-see for designers and procurement/purchasing personnel dealing with thin meat products! We are showcasing secret technical points to minimize deformation when slicing thinly, along with photos and illustrations!

Our company, which has a proven track record in thin-walled cutting processing across many industries and companies, is offering a free collection of technical points focused on "thin-walled cutting." "Technical Points of 'Thin-Walled Cutting Processing' You Can't Ask Now!" This introductory material addresses questions such as: - What exactly qualifies as a thin-walled product, and how thin does it have to be to be called thin-walled? - Thin-walled cutting processing is difficult, but I don't understand why it is technically challenging... - There seem to be fewer orders for processing companies that handle thin-walled products... Additionally, it includes insights supervised by our veteran technical staff on: - The advantages of cutting processing for thin-walled products - Key points for minimizing deformation during cutting and secrets to securing products This content is essential for beginners, new employees, and veterans alike! Please make use of it! 【Contents】 ■ Recommended for: ■ What is a thin-walled product? 1. Thin-walled products in relation to diameter: Ring shapes 2. Thin-walled products in relation to width: Disk shapes ■ Why are thin-walled products difficult? ■ What should be done? ■ Summary *For more details, please refer to the PDF document or feel free to contact us.

  • Processing Contract

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[Case] I want to create a high-precision press prototype, but I am not satisfied with the roundness accuracy.

[Case] I want to create a high-precision press prototype, but I am not satisfied with the roundness accuracy.

Guaranteed true roundness! Achieving mass production processing using years of know-how.

We received a request from the high-precision pressed parts prototyping industry, stating that "there were no manufacturers available to place orders due to the extremely high precision requirements." At our company, we can guarantee high roundness precision even with thin-walled parts, thanks to our expertise in high-precision thin-walled cutting. The product in question integrates the milling process into the turning process through composite lathe machining, leading to cost reduction. 【Recommended for】 ■ Those struggling to select a prototyping partner for high-precision pressed parts ■ Those considering cutting processing due to the inability to achieve precision in high-precision pressed parts *For more details, please refer to the related link page or feel free to contact us.

  • Other processing machines

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[Case Study] For those struggling with products that have strict geometric tolerances.

[Case Study] For those struggling with products that have strict geometric tolerances.

Process design capabilities specialized in the manufacturing of high-precision products! Achieving mass production processing using years of know-how.

From the prototype industry of high-precision pressed products, we received a request due to circumstances such as "it was a thin-walled product in the prototype of pressed products, and we were struggling to select a processing destination for thin-walled cutting." Our company has long possessed know-how in lathe technology for high-precision products. We have realized mass production processing for this project using our years of expertise. Since we often receive requests in the μm order, we have established equipment such as measuring instruments and 3D measuring devices on-site, ensuring reliable quality delivery. 【Recommended for】 ■ Those struggling to select a prototype manufacturer for high-precision pressed products ■ Those considering cutting processing due to the inability to achieve precision in high-precision pressed products *For more details, please refer to the related link page or feel free to contact us.

  • lathe

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Technical Introduction: Precision Machining of Thin Plates and Thin-Walled Cutting for Aluminum/Stainless Steel/Resin

Technical Introduction: Precision Machining of Thin Plates and Thin-Walled Cutting for Aluminum/Stainless Steel/Resin

Achieving the thinnest shape with a thickness of 0.01mm or less! Please leave the cutting processing of thin plates and thin-walled shapes to us. [Aluminum, stainless steel, brass, PET, PC sheets, etc.]

At You Corporation, we achieve ultra-precision machining in the micron order using our long-cultivated know-how and high-precision equipment environment, working with both resin and metal materials. In "thin plate processing," we can accommodate thin plate shapes cut from thick materials, regardless of the material type, including stainless steel, brass, PET, and PC sheets. In "thin-walled processing," as the wall thickness decreases, it becomes challenging to achieve clean machining due to the cutting tools escaping, but we overcome such difficult shapes by leveraging our long-standing technology and high-quality equipment environment. 【Overview】 ■ Thin plate and thin-walled processing (various aluminum, stainless steel, brass, various resins) ■ Record for the thinnest shape: below 0.01mm ■ Machining of difficult materials (titanium, Inconel, Kovar, Super Invar, etc.) is also possible. *For more details, please refer to the PDF materials or feel free to contact us. When inquiring, please reach out through the related link (contact form) below.

  • Resin processing machine

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Aluminum positioning plate - thin-walled aluminum machining.

Aluminum positioning plate - thin-walled aluminum machining.

Half-day estimate at the shortest / Leave high-precision aluminum processing to us! Specializing in the processing of various aluminum materials (duralumin, general-purpose aluminum, pure aluminum) including surface treatment.

<Material> Aluminum / A5052 <Processing> Milling and machining <Size> H1.5mm × D30mm × W47mm This aluminum processed product is a positioning plate related to electronic components. The material used is aluminum A5052. The central part, which is the thinnest, has a thickness of less than 1mm and is processed with high precision. You can rely on us for machining of non-ferrous metals (aluminum) and metals. We accept orders for single-item processing, which is a notable feature. We also have many examples of processing parts related to electronic components and semiconductors, as well as development and prototypes. Other processing achievements using aluminum material are listed in various "Processed Parts Achievement Catalogs" available for download below. We handle cutting processing for prototype and development parts, from metals to plastics!

  • Other machine elements

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[Presentation of Materials!] Difficult-to-Cut and Precision Cutting Processing Technology Case Study Collection

[Presentation of Materials!] Difficult-to-Cut and Precision Cutting Processing Technology Case Study Collection

Achieving a thin-walled product with a thickness of 0.05mm and roundness of 0.01 or less! Proven results in the medical and automotive industries! We solve your challenges in difficulty, precision, and speed.

This case study collection introduces our company's difficult cutting and precision machining technologies. It includes numerous technical examples of complex and special-shaped products that require multiple processes, as well as thin-walled cutting processes. If you are facing issues with "high-precision prototype machining for thin-walled parts" or "wanting us to process unique parts for prototype development," please leave the precision machining of automotive-related parts, medical-related parts, semiconductor-related parts, etc., to us. We have extensive know-how for processing a wide range of materials, from general metals to soft resins, special materials, and various difficult-to-cut materials, and we have a production system that can respond with short lead times. Additionally, we provide consistent support for post-processing such as heat treatment, polishing, and plating. 【Contents】 ■ Company Overview ■ Business Activities and Management Policy ■ Factory Interior ■ Introduction of Processing Examples ■ Introduction of Processing Examples (Automotive-related Field, Medical-related Field) *For more details, please refer to the PDF document or feel free to contact us.

  • Processing Contract
  • Contract manufacturing

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