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Machining Product List and Ranking from 45 Manufacturers, Suppliers and Companies

Last Updated: Aggregation Period:Sep 10, 2025~Oct 07, 2025
This ranking is based on the number of page views on our site.

Machining Manufacturer, Suppliers and Company Rankings

Last Updated: Aggregation Period:Sep 10, 2025~Oct 07, 2025
This ranking is based on the number of page views on our site.

  1. 橋本螺子 本社 Shizuoka//Machine elements and parts
  2. ツルテクノス 前橋工場 Gunma//Manufacturing and processing contract
  3. セルジャパン  Tokyo//Machine elements and parts
  4. 4 プランネットエンジニアリング Hiroshima//Machine elements and parts
  5. 4 イコール 本社・営業部 Aichi//Machine elements and parts

Machining Product ranking

Last Updated: Aggregation Period:Sep 10, 2025~Oct 07, 2025
This ranking is based on the number of page views on our site.

  1. Cheek Cane - a cheek support swallowing aid. 橋本螺子 本社
  2. Tsuru Technos Co., Ltd. Company Profile ツルテクノス 前橋工場
  3. Case study of cost reduction in metal processing due to changes in the ZAGURI bottom corner R. プランネットエンジニアリング
  4. Introducing cutting processes! H-cut / eccentric holes / aluminum materials [video available] セルジャパン 
  5. 4 Precision Metal Processing Example: Engraving Processing Aluminum 東北マテリアルス

Machining Product List

46~60 item / All 159 items

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A flawless quality system in accordance with ISO 9001! 【Examples of processed plate materials】

Mass production is possible with one of the largest multi-axis machining machines in Kansai! We also perform tool sharpening in-house to match the precision of the machining surface.

Our company, as a plastic machining manufacturer, is engaged in a wide range of fields including industrial equipment, plant equipment, and scientific instruments. For sheet material processing, we process thick sheets into blocks using NC machining. For sheet thicknesses that are not specified by manufacturer standards, we achieve the desired thickness through polymer adhesive bonding. 【Examples of Sheet Material Processing】 ■ Processed product made by bonding transparent 3t + frosted 3t + transparent 40t using polymer adhesive - The frosted part is embedded in the wall of a building from the bottom surface - The part above the frosted section protrudes as a guide, allowing light to enter from the back and illuminate it ■ Machined from transparent acrylic 10t into a button shape, followed by buff polishing and silk printing from the back - Surface: UV thick silk compatible * Silk printing plate fee is required separately

  • Processing Contract
  • Contract manufacturing
  • Other contract services

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Cutting process and various treatments

It is possible to use the product for a longer time! Sub-zero treatment is performed after heat treatment.

We would like to introduce our central measurement cutting processing and various treatments. At our company, after performing cutting processes such as lathe and milling, we carry out sub-zero treatment after heat treatment to prevent aging. Additionally, for areas that do not require grinding, we apply rust prevention treatment (blackening) to allow our customers to use the products for a longer time. Please feel free to contact us if you have any requests. 【Business Overview】 ■ Design and Manufacturing ■ Cutting Processing and Various Treatments ■ Grinding Processing ■ Inspection *For more details, please refer to the PDF document or feel free to contact us.

  • Processing Jig
  • Inspection fixture

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[Processing Examples] Sheet Material: Pocket Processing, Counterbore, Cutout Processing

Introducing examples of pocket processing, dish holes, and cut-out processing for "Warasuyama Carbon"!

"Warashiyama Carbon" is our machining technology that supports various functions through continuous micro-hole processing, outer and inner diameter processing of round bars, and flexible machining capabilities. We conduct various cutting processes, prototype and small-batch production, as well as unique development of materials (primary products). The ability to perform dish holes and pocket machining is a significant advantage of cutting processes. While water jet and laser cutting can penetrate, cutting machining allows for free adjustment of pocket depth. Furthermore, although CFRP materials have layers, we can achieve a clean finish on the bottom surface with special tools, enabling processing that does not cause delamination between layers, even for trims and thin shapes. [Processing Examples] ■ Pocket machining ■ Transom *For more details, please refer to the PDF document or feel free to contact us.

  • Other cutting tools
  • Other machine elements
  • Processing Contract

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Introduction to Plastic Processing Technology: "Cutting Processing"

It is a processing method that uses cutting tools to carve out various shapes with high finishing accuracy.

"Cutting processing" refers to a machining method that uses cutting tools to remove material, allowing for the creation of a wide variety of shapes with high finishing accuracy. ■ Lathe A lathe is a machine tool that rotates cylindrical materials while applying a cutting tool to shave off the material. To finish parts cleanly and efficiently, three factors must be aligned: "rotational speed," "depth of cut," and "feed rate." The settings for these three elements vary depending on the dimensions, shape, material, and cutting tool used, requiring the skilled expertise of someone well-versed in the machinery. ■ Milling A milling machine is used for processes such as flat surface cutting and groove cutting. In this method, the plastic is not rotated; instead, the cutting tool rotates, and the plastic is brought into contact with the rotating tool for cutting. (A simple example: carving) *For more details, please refer to the PDF document or feel free to contact us.

  • Processing Contract

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Uchida Steel Co., Ltd. Business Introduction

Organizational strength, problem-solving ability, and proposal capability that enable short delivery times and high quality.

Uchidaya Steel Co., Ltd. specializes in small-scale production of custom orders ranging from single items to about 10 pieces, with a focus on machining processes for 1000mm square materials. We offer various services including boring, gear cutting, machining, lathe work, and milling. By utilizing our manufacturing network, we handle everything from material procurement to metal processing in a centralized manner, reducing the outsourcing burden for our customers and contributing to cost savings. Additionally, we leverage a flexible production system to provide expedited delivery services for urgent projects, helping to resolve our customers' issues. 【Services Offered】 ■ Boring ■ Machining ■ Lathe Work ■ Milling, etc. *For more details, please download the PDF or feel free to contact us.

  • Steel
  • Processing Contract

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Introducing cutting processes! Cross holes / spiral slits / brass material [video available]

Over 5,000 processing achievements! We can handle everything from single items to mass production. We will introduce our processing examples through processing videos.

This is a composite processing using brass material. The engraving on the curved surfaces and the spiral slit shape created by milling are must-sees. 【Processing Introduction】 ■ Drilling (deep hole processing) ■ Boring ■ Turning (outer diameter processing) ■ Cross hole processing ■ Milling (spiral slit) ■ Chamfering (spiral slit section) ■ Engraving (curved surface) ■ Back turning (outer diameter processing) ■ Back boring *For more details, please refer to the reference video or PDF materials, or feel free to contact us.

  • Other machine elements

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Brass machining

For precision cutting and machining, leave it to us.

Daiki Manufacturing Co., Ltd. specializes in the processing of ultra-small diameter holes and precision machining using brass rods, with a focus on the management of drills and cutting tools for the production of precision machined parts. We possess the highest-level technology and advanced equipment to meet the demands for high precision and high quality, so please feel free to contact us with your inquiries. 【Industry】 ■ Precision machining ■ Gas appliance parts ■ Nozzles, needles, nipples, etc. ■ Various turned parts *For more details, please download the PDF or feel free to contact us.

  • Other cutting tools
  • Processing Contract

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Machining process

It is possible to create a wide variety of things! It also demonstrates its strength in mass production and cost reduction.

"Cutting processing" is a method of machining that involves cutting and shaving materials such as metals and resins using cutting tools. Our company is equipped with cutting facilities such as M/C and NC lathes on-site (within the same premises), allowing us to propose shapes tailored to our customers' needs. We can create a wide variety of products with very high precision in the finished products, and due to the broad range of applications, it is also used for the production of complex machine parts. 【Features】 ■ Uses cutting tools to cut and shave materials such as metals and resins ■ Capable of producing a wide variety of items ■ Extremely high precision in finished products ■ Used for the production of complex machine parts due to its broad range of applications *For more details, please refer to the related link page or feel free to contact us.

  • Contract manufacturing
  • Processing Contract
  • Other machine elements

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Cheek Cane - a cheek support swallowing aid.

Stable posture for a proper meal. Appropriate posture can be maintained according to the needs of the care recipient.

"Cheek Cane" is a cheek support device that allows for safe eating by maintaining a stable cheek support posture. For caregivers who have difficulty maintaining a stable posture due to conditions such as hemiplegia or ataxia, which cause asymmetry in pharyngeal passage, their hands are freed up to use the cheek support. Additionally, by using this product, the cheek support posture becomes stable, allowing for safe eating in the same position during hospitalization and after discharge. 【Features】 ■ Sturdy ■ Lightweight ■ Arm with cushion can be fixed to the table ■ Head can rest, stabilizing posture ■ Height and angle can be adjusted with a 3-joint (axis) mechanism *For more details, please refer to the PDF document or feel free to contact us.

  • others

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Case study of cost reduction in metal processing through changes in hole entrance shape.

The tool change time for cutting processing can be reduced, which helps lower processing costs!

In the holes of block-shaped machine parts, there may be indications for R. In this case, after drilling the hole, it is necessary to process it to R0.5 using a polished cutting tool. The tools used for R processing wear out and can no longer process the specified R, leading to increased replacement frequency, which raises the costs of consumables and labor. If there is no special design intent for the shape of the hole entrance, using a 45° chamfer or a 120° face allows the cutting tool to only require tip replacement. This reduces the labor involved in changing cutting tools and can lower processing costs. [Case Study] ■ Content: Cost reduction in metal processing by changing the hole entrance shape ■ Issue: Increased replacement frequency leading to higher consumable costs and labor ■ Proposal: By using a 45° chamfer or a 120° face, only tip replacement is needed ■ Application: Cost reduction, cutting processing, machining, lathe work, precision processing *For more details, please refer to the PDF document or feel free to contact us.

  • Processing Contract

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Case study of cost reduction in metal processing due to changes in the ZAGURI bottom corner R.

Achieving cost reduction! No need to replace cutting tools, which also helps to minimize vibrations.

There is a drawing where the bottom of the counterbore φ12H7 has an R1. To process this R1, it is necessary to replace it with a different cutting tool. We will use a boring tip with a nose R, but those with an R1 or larger are not common and are prone to chatter, which increases the difficulty of processing and affects yield. Therefore, this becomes a factor in increasing the cost of machine parts. If there are no issues with the mechanism, by reducing the bottom of the counterbore φ12H7 to below R1, it will be possible to process it with a boring nose R. This will eliminate the need to change cutting tools and help suppress chatter. Therefore, it will lead to a reduction in the cost of machine parts. [Case Study] - Content: Cost reduction in metal processing by changing the corner R of the counterbore bottom - Issue: It becomes a factor in increasing the cost of machine parts as it affects yield - Proposal: Reduce the bottom of the counterbore φ12H7 to below R1 - Application: Cost reduction, cutting processing, machining, lathe work, precision processing *For more details, please refer to the PDF document or feel free to contact us.

  • Processing Contract

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Hastelloy machining (lathe machining)

Precision machining of Hastelloy (lathe machining) semiconductor device components.

We provide one-stop solutions not only for Hastelloy but also for the sale of Inconel and stainless steel materials, including forging, machining (turning, milling, etc.), and welding. Basic Information ● We offer optimal materials from standard sizes such as plates, round bars, and pipes to non-standard forged materials. ● We have a rich inventory. ● We handle everything from machining such as turning and milling to welding.

  • Processing Contract

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Material Selection Service

Metal experts pursue the "ideal material" on behalf of our customers! Introduction to our material selection service.

Inoue Corporation offers a "Material Selection Service." For products that require high environmental resistance, our metal experts pursue the "ideal material" on behalf of our customers. We listen to our customers' challenges regarding usage environments and atmospheres, and based on that information, we propose materials that suit their needs. 【Service Flow】 ■ Hearing ■ Proposal of recommended materials ■ Proposal of test pieces ■ Evaluation and analysis of test pieces ■ Submission of report *For more details, please refer to the PDF document or feel free to contact us.

  • Other metal materials
  • Other contract services
  • Other services

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[Information] Q&A

"What kind of processing can be done?" Information about processing will be explained in a Q&A format!

This document summarizes information about the processing capabilities of Tokiwa Seisakusho Co., Ltd., which specializes in high-precision metal cutting and grinding, in a Q&A format. We answer questions such as "What types of processing can you do?", "What materials do you handle?", and "What types of inspections are possible?" If you are considering requesting our services, please use this as a reference. 【Q&A Contents】 ■ What types of processing can you do? ■ What materials do you handle? ■ What types of inspections are possible? *For more details, please refer to the PDF document or feel free to contact us.

  • Processing Contract

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Machining

What is machining? Main types and advantages/disadvantages.

Cutting machining is a popular processing method used in manufacturing work. It is applied not only to metals but also to rubber processing. However, since there are various techniques under the term cutting machining, it is important to understand cutting machining beforehand if you are considering its application to metal or rubber processing. This article will explain the overview and types of cutting machining, as well as the advantages and disadvantages when used with rubber. For detailed articles, please refer to the related links below.

  • Rubber
  • plastic
  • alloy

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