Precision Machined Products - メーカー・企業102社の業務用製品ランキング | イプロスものづくり

Daiya Seiki Manufacturing Co., Ltd.

Difficult-to-cut material processing technology, ultra-precision processing technology, precision assembly technology.

With 60 years of accumulated technological expertise, you can trust us with the design and manufacturing of high-precision components and special chucks. Our company offers integrated production from "design to processing to assembly to adjustment" through the combination of precision machining technology and electronic technology. We also specialize in small-batch production of a wide variety of products, so please feel free to consult with us. For more details, please visit our company website. https://daiya.co.jp/

株式会社タムラ

アルミから高硬度金属まで幅広く対応

複数の機械を使わなければ製作できない超精密部品を得意とし NC旋盤→マシニング→焼入→研磨→ワイヤー→ホーニング→表面処理等多工程が必要もの、焼入薄物加工手間のかかるもの、精度がきつくて加工してみないとわからない、多複数工程、複数ジグ必要等他社ではなかなかできないというものを製作致します。処理を除きすべて社内で製作可能で、精度は±0.005mmまで可能です。難作材加工を得意とし材質チタン、インコネル、ハステロイ、コバールなども致します。工場内は5Sを徹底強化し、生産性向上のため常に改善を行っています。半導体部品・ロボット部品・試験分析機器部品・食品部品・航空部品・医療部品

Shanghai Lingming Precision Components Co., Ltd. Business Introduction

Providing customers with high-quality electrical machinery products and the highest standard of service! Promoting sales growth.

Shanghai Lingming Precision Parts Co., Ltd. has been dedicated to providing services to customers for many years by utilizing innovative management concepts, strong specialized technical capabilities, and modern scientific management methods. Through continuous development, progress, and expansion, our company now possesses the technology and capabilities for mold design and manufacturing, injection molding, CNC precision machining of mechanical parts, and the manufacturing of jigs and fixtures. In addition to more than 40 advanced pieces of equipment, including CNC machining centers, electrical discharge machines, wire cutting machines, precision grinding machines, and coordinate measuring machines, we also own 12 injection molding machines ranging from 15 tons to 240 tons, ensuring the production of high-quality products and adherence to delivery deadlines. 【Products Offered (Partial)】 ■ Precision mechanical parts made of stainless steel and carbon steel ■ Precision mechanical parts made of carbon steel ■ Precision mechanical parts made of aluminum alloy ■ Precision mechanical parts made of resin ■ Precision mechanical parts made of copper alloy *For more details, please download the PDF or feel free to contact us.

様々な金属加工品の製作実績あり！新たなものづくりにチャレンジ！

「ものづくりの町」東大阪を中心に社内製造と100社以上の協力工場との経験を生かし様々な加工技術を組合わせたものづくりにチャレンジ

当社では、古くから東大阪の金属加工を得意とした協力工場と力を合わせたものづくりを行ってきました。 現在に至るまでの変わらない思いとして、様々な業界のお客様からの様々な金属加工品のニーズにお応えする為、東大阪だけでなく全国各地の協力工場とも幅広くお取引をさせていただています。 おかげさまで現在取引している協力工場は100社以上にのぼります。 また日々進化している金属加工技術についても、当社では新たな加工技術の習得にもチャレンジしています。 ネジ締結部品・金属加工品のお困りごとは、お気軽ご相談ください。 【特長】 ■切削加工、精密加工、圧造加工、プレス、曲げ加工、鋳造と幅広く対応 ■表面処理、コート処理、熱処理、研磨にも対応可能 ■東大阪だけでなく、関東や地方の協力工場と取引があります。 ※詳しくはPDF資料をご覧ください。お問い合わせもお気軽にどうぞ。

丸物部品の難加工事例特集｜偏芯穴・薄肉・複雑形状にも対応

[Aluminum Parts Processing Sample] Introduction of Precision Parts Processing Samples

Here is an introduction to aluminum (A5052, surface-treated with anodizing) component samples. Please take a look at our collection of precision machining case studies.

We would like to introduce a processing example of "Aluminum Parts Sample" conducted by TAAFU Co., Ltd. The material used is A5052 (aluminum), and we produced a processing sample with deep and narrow grooves (depth of approximately 24mm, width of 2.3mm). The surface treatment applied is anodizing (black anodizing and white anodizing). Please also take a look at our collection of other precision machining parts examples. Our company processes precision parts from various materials, including aluminum, iron, stainless steel, and castings. Please feel free to consult us for small lot and short delivery time parts. 【Example】 ■Material: A5052 (aluminum) ■Groove: Depth of approximately 24mm, width of 2.3mm ■Surface treatment: Anodizing (black anodizing and white anodizing)

[Introduction to Aluminum Machining Examples] Deep Cutting, Strict Flatness Requirements

We have extensive processing experience with semiconductor manufacturing equipment parts, industrial parts, and FA equipment parts, and we specialize in prototypes and small-batch, diverse products.

We would like to introduce a case study of "precision machined parts" conducted by TAAFU Corporation. The materials used are A5052/AC4C/AC7A (aluminum and aluminum casting). We accommodate deep cutting and flatness requirements. Our company can handle orders starting from one piece, including prototypes. We have numerous achievements in processing "flawless appearance parts" required for cleanroom-related components. [Case Study] - Material: A5052/AC4C/AC7A (aluminum and aluminum casting) - Application: Equipment and robot parts (cleanroom specifications) - Features: Deep cutting, flatness requirements *For more details, please refer to the PDF document or feel free to contact us.

Basic Principles of Constant Peripheral Speed Control for Medical Devices

Contributing to the improvement of precision in microfabrication!

In the medical device industry, precise component machining is required, and optimizing cutting speed is particularly important in micro-machining. Constant peripheral speed control is essential for maintaining a consistent load on the cutting tool and enhancing machining accuracy. Inappropriate cutting conditions can lead to dimensional errors and deterioration of surface roughness in components, potentially affecting the performance of medical devices. This video explains the basics of constant peripheral speed control and supports problem-solving in micro-machining. 【Application Scenarios】 - Micro-machining of medical device components - Precision machining using NC lathes - Quality improvement in cutting processes 【Benefits of Implementation】 - Improved machining accuracy - Extended tool life - Reduced machining time

Parts for Printing Machines for Publishing: Low Cost, High Precision

Achieve high-quality printing at low cost with machined parts!

In the publishing industry, there is a demand for a stable supply of high-quality printed materials. In particular, the precision of components is a crucial factor that affects print quality. If the precision of the components is low, it can hinder the uniform adhesion of ink, leading to color unevenness and image distortion. Additionally, if the durability of the components is low, frequent replacements will be necessary, which can decrease production efficiency. Our components achieve high precision with a flatness of approximately 0.02, supporting high-quality printing. 【Usage Scenarios】 - Catalog printing that requires precise color reproduction - Commercial printing that handles large volumes of printed materials 【Benefits of Implementation】 - Improvement in print quality - Stable operation of printing machines - Cost reduction - Shortened delivery times

Exhibition at Messe Nagoya 2026 for Aerospace Industry

Exhibiting at Messe Nagoya 2026 to meet the precision machining needs of the aerospace sector.

In the aerospace industry, there is a demand for lightweight components and high-precision machining. Particularly for parts that affect the safety and performance of aircraft, micron-level precision is crucial. Improper machining can lead to insufficient strength or malfunction of components. Our company leverages years of metal processing technology to provide precision machining that meets the stringent requirements of the aerospace sector. We will showcase our technology at Messe Nagoya 2026. 【Application Scenarios】 - Aircraft components - Space development-related components - Precision equipment parts 【Benefits of Implementation】 - Realization of high-precision component machining - Achieving both lightweight and high strength - Improved product reliability

Strengths of Suwa Region Manufacturing for Aerospace Industry

Contributing to weight reduction in the aerospace field with precision and difficult-to-machine material processing technology!

In the aerospace industry, reducing the weight of aircraft is essential for improving fuel efficiency and performance. In particular, advanced processing technology is required to achieve weight reduction while maintaining strength. The precision machining technology and difficult-to-cut material processing technology from the Suwa region have been developed to meet the lightweighting needs in the aerospace field. These technologies provide high-precision and high-quality products in the manufacturing of aircraft components, contributing to the enhancement of aircraft performance. 【Application Scenarios】 - Manufacturing of aircraft components - Manufacturing of spacecraft components - Manufacturing of drone components 【Effects of Implementation】 - Improved fuel efficiency through weight reduction - Enhanced performance of components - Increased reliability of products

Marutaka Manufacturing Co., Ltd. for Medical Devices

Precision machining and forging of irregularly shaped products. Capable of precision processing for medical devices.

In the medical device industry, safety and reliability are of utmost importance, and precise processing of components is required. Particularly for medical devices that are directly related to patient health and safety, high precision and quality are essential. Improper processing can lead to malfunction or performance degradation of the devices, potentially resulting in serious consequences. Marutaka Manufacturing Co., Ltd. provides precision processing and forging technology for irregularly shaped products, meeting the needs of medical device manufacturers. 【Application Scenarios】 - Surgical instruments - Testing equipment - Medical robots 【Benefits of Implementation】 - Improved reliability of devices through high-precision component processing - Increased design flexibility by accommodating irregular shapes - Ensured product safety through high-quality component supply

Miyama Industrial Co., Ltd. for Medical Devices

Aluminum die casting that supports the quality of medical devices through precision machining.

In the medical device industry, precision machining technology is essential for the manufacturing of parts that require high accuracy and reliability. Particularly for devices that may come into direct contact with the human body or those with advanced functions, a consistent high standard is demanded from material selection to processing and quality control. Precision machining, where even minute errors are unacceptable, becomes a crucial factor that influences the safety and performance of medical devices. Miyama Industrial Co., Ltd. aims to meet the needs for precision machining in the medical device field by providing products that satisfy customer requirements, based on the aluminum die-casting technology and quality management system developed over many years. 【Application Scenarios】 - Precision parts for medical device enclosures - Parts for surgical instruments - Internal mechanism parts for diagnostic devices - Prototyping and mass production of implant-related components 【Benefits of Implementation】 - Improved reliability of medical devices through high-precision parts - Enhanced operability of devices due to weight reduction - Cost-effective supply of parts - Peace of mind through quality management compliant with ISO 9001

Ito Parts Industry Co., Ltd. for Medical Devices

Parts compatible with sterilization, supporting the safety and future of healthcare.

In the medical device industry, responding to sterilization processes is essential to ensure patient safety. In particular, the impact of sterilization treatment on materials and the maintenance of precise functions are required. The selection of materials that can withstand the sterilization process and the precise processing technology that maintains performance even after sterilization are crucial for the reliability of medical devices. Ito Parts Industry Co., Ltd. provides precision processing technology that meets the stringent standards required for such medical devices, supporting the development and manufacturing of safe and high-quality medical devices. 【Usage Scenarios】 - Manufacturing of medical device parts expected to undergo sterilization treatment - Manufacturing of medical device parts requiring precise functions - Manufacturing of medical device parts demanding high reliability 【Effects of Implementation】 - Improved product reliability through response to sterilization processes - Maintenance of medical device performance through precision processing - Contribution to the medical field through the supply of high-quality parts

Naito Manufacturing for Semiconductor Inspection Equipment

Support for improving the performance of inspection equipment through precision machining of difficult-to-process parts.

In the field of semiconductor inspection equipment, components with fine and complex shapes are required, and their precision significantly affects the overall performance of the equipment. In particular, to ensure the reliability of inspections, the dimensional accuracy and surface treatment of the components are crucial. Improper processing can lead to variations in inspection results and malfunctions of the equipment. Naito Manufacturing Co., Ltd. supports the development of customers' inspection equipment by providing high-precision, difficult-to-process components utilizing years of experience and the latest facilities. 【Usage Scenarios】 - Precision parts for semiconductor inspection equipment - Specially shaped mold parts - Various parts requiring high precision 【Benefits of Implementation】 - Improved reliability of inspection equipment - Stabilization of product quality - Reduction of development lead time

Higashiyama Co., Ltd.

We are a precision machining manufacturer that can provide machined products from castings of all materials, from prototypes to mass-produced items, with high QCD (Quality, Cost, Delivery).

Higashiyama Co., Ltd. is a precision machining manufacturer that handles parts for machine tools, construction machinery, industrial robots, semiconductor manufacturing equipment, and more. We specialize in integrated in-house production through complex processing using machining centers, NC lathes, and surface grinding, and we accommodate a wide range of materials from cast products to machined products. From small lots of various types to mass production, we maintain high QCD (Quality, Cost, Delivery).

Hamajima Manufacturing Co., Ltd.

Precision machining specialized in aluminum products.

At Hamajima Manufacturing Co., Ltd., we manufacture parts that are incorporated into machinery and equipment in various fields. Our primary material is aluminum alloy, but we can also accommodate other non-ferrous metals and resin materials. We possess equipment capable of processing small products that fit on a fingertip to a maximum stroke of 2060mm, producing a wide variety of small-lot products. We respond to all customer needs, including single items, short delivery times, surface treatment, various insertions, buffing, and mirror finishing.

Strengths of Ikegami Manufacturing: Quality Edition

What the customer sees after placing an order is, of course, the finished parts that have completed the precision machining process.

What customers see after placing an order is, of course, the finished parts that have undergone precision machining. The quality reflected in those parts is influenced by the skills of the people performing the machining, the equipment that utilizes those skills, and other aspects that are not visible to the customer. Our company focuses on these aspects ("organization," "technology," "equipment") and is committed to valuing each process that determines quality. 【Features】 ■ "Organization" - Specialized sections for each machining method - - We have established specialized sections for each precision machining technology, where operators dedicated to each method engage in machining tasks with a high level of awareness. ■ "Technology" - Masters of tools and jigs - - Staff in each section are skilled in handling tools and jigs. ■ "Equipment" - Maintaining equipment tailored to needs - - We ensure a well-equipped environment for the equipment used in precision machining. *For more details, please refer to the external link page or feel free to contact us.

Precision machined parts for medical use made of PEEK material.

Shortest half-day estimate / Procurement of processed parts for medical devices and food machinery from one piece.

PEEK material is resistant to high temperatures, wear, and impact, and its mechanical strength and chemical resistance properties are among the best in resins. It is used in various industries such as medical, automotive, food, and semiconductors. Leveraging its chemical resistance, we also handle the production of precision parts for medical applications that come into contact with chemicals and reagents. At our company, we accept machining of PEEK material as well as engineering plastics and SUS, from single parts to individual processing. After machining, our in-house precision inspection room conducts precise dimensional measurements using three-dimensional measuring machines and image dimension measuring devices, ensuring that we deliver inspected products! For examples of our processed parts, please download our catalog "100 Processed Parts." From metals to resins, we are your go-to for machining of prototype and development parts!

Three strengths of Nichibei

Proposals refined through experience, quick response, and high-precision processing!

We will introduce three strengths that explain why our customers choose us. First, our proposal and solution-oriented sales backed by over 200,000 achievements accumulated over many years of history. Second, our rapid response with the fastest quotation reply in just one hour. Third, our high-precision processing for global needs, providing material solutions that meet customer demands. We offer a consistent customer follow-up system through our production and sales bases in Japan, Malaysia, and Singapore. 【Features】 ■ Multifunctional proposals based on experience with combinations of various materials such as films, tapes, rubber, and metal foils. ■ Prototype support: Achievements of same-day response at the fastest. ■ In-house integrated production capabilities from tape punching to resin printing, machining, and assembly. ■ Equipment capable of manufacturing small lots and a variety of products on the same day. ■ Support for over 1,000 types of materials, with flexible responses for heat dissipation and light shielding components. ■ High-precision processing achieved with ±0.05mm press processing and ±0.02mm cutting processing utilizing our in-house technology. *For more details, please refer to the related links or feel free to contact us.

"Semiconductor Precision Processing" San-Etsu Precision Japan by Itsuwa

Millions of industrial products that support precision processing in semiconductor manufacturing.

In the semiconductor industry, precision processing requires high accuracy and reliability. High-quality industrial products are essential for the machining and assembly of fine components. Improper selection of parts can lead to product defects and performance degradation. San-Etsu Precision Japan by Itsuwa makes a wide range of products listed on "3G-ES," one of China's largest industrial BtoB platforms, available for procurement in Japan, supporting precision processing in semiconductor manufacturing. 【Usage Scenarios】 - Precision machining - Automation equipment construction - Equipment maintenance 【Benefits of Implementation】 - Stable supply of high-quality parts - Streamlining of manufacturing processes - Improved product reliability

[For Agriculture] Kamata Manufacturing Co., Ltd. Processing Examples

Support for agricultural automation with high-precision processing that is not affected by materials!

In the field of agricultural automation, durability and precision are essential. The machining accuracy of components that can withstand harsh environments is crucial for the stable operation of the system. Kamata Manufacturing's machining examples cater to various materials, including aluminum machined parts, SUS/steel machined parts, and difficult-to-machine materials, providing processing tailored to customer needs. This contributes to the improvement of the reliability of agricultural machinery. 【Application Scenarios】 - Automatic harvesting robots - Automatic sorting machines - Fertilizer spreading drones 【Benefits of Implementation】 - Increased longevity of machines through high-precision machining - Enhanced design flexibility by accommodating diverse materials - Improved system reliability through consistent quality

Kamata Manufacturing Co., Ltd. Processing Examples for Home Appliances

Supports miniaturization of home appliances with high-precision processing that is not affected by materials.

In the home appliance industry, miniaturization and high performance of products are always in demand. Precise processing of components is essential for enhancing the reliability and functionality of products. In particular, high-precision machining technology is crucial for packing many functions into a limited space. Kamata Manufacturing's processing examples support customers' product development. 【Usage Scenarios】 - Enclosures for small home appliances - Precision components - Heat dissipation components 【Benefits of Implementation】 - Miniaturization of products - Improved component accuracy - Enhanced product reliability

Marutaka Manufacturing Co., Ltd. for Automotive Parts

Precision processing and forging of irregularly shaped products. Contributing to the quality improvement of automotive parts.

In the automotive parts industry, precise component processing is required to balance safety and performance. Particularly for critical components such as engines and brakes, high accuracy and durability are essential. Improper processing can lead to component failure or performance degradation. Marutaka Manufacturing Co., Ltd. specializes in the precision processing of irregularly shaped parts and contributes to improving the reliability of automotive components by providing high-quality parts tailored to customer needs. 【Application Scenes】 - Engine parts - Brake parts - Suspension parts - Other functional automotive parts 【Benefits of Implementation】 - Improved product reliability through high-quality parts - Increased design flexibility by accommodating irregularly shaped parts - Enhanced performance through precision processing technology

Ito Parts Industry Co., Ltd. for Aerospace

Supporting precision machining in the aerospace field and creating the future.

In the aerospace field, the manufacturing of parts that require extremely high precision and reliability is essential. In particular, maintaining performance and ensuring safety under extreme conditions are the most critical challenges in product development. Even slight dimensional errors or material inconsistencies can directly impact the success or failure of a mission. Ito Parts Industry Co., Ltd. utilizes precision machining and equipment manufacturing technology to meet the stringent demands of the aerospace sector, providing high-quality parts that contribute to the realization of a new future. 【Application Scenarios】 - Precision machining of aircraft engine parts - Manufacturing of components for satellite-mounted equipment - Machining of rocket propulsion system parts - Precision parts manufacturing for space development-related equipment 【Benefits of Implementation】 - Provision of parts that meet required precision standards - Contribution to improved product reliability - Support for the efficiency of development and manufacturing processes - Assistance in compliance with safety standards

Takahashi Manufacturing Co., Ltd.

Challenge the future and technology.

Korin Manufacturing Co., Ltd. produces hydraulic equipment parts, aircraft parts, construction machinery parts, and more. They specialize in ultra-precision machining using CNC turning and CNC grinding with a setting of 0.1 micrometers, and their strength lies in their ability to carry out everything from processing to assembly, as well as performance and operational testing as needed. In the aerospace field, they are fully equipped with non-destructive testing machines and shot peening equipment, and they can also assemble actuators and conduct performance tests. They continue to challenge future technologies through high-quality products.

Nagai Iron Works Co., Ltd.

Matching goal setting and action plans in manufacturing: Utilizing micro production techniques by anticipating information.

Nagai Iron Works Co., Ltd. manufactures machined parts and various precision components for manufacturers of industrial machinery, textile machinery, and construction machinery parts. We specialize in precision machining using NC lathes, machining centers, and tabletop lathes, accommodating a variety of materials such as iron, stainless steel, brass, resin, and aluminum. Our production capabilities range from small-batch production of one piece of many varieties to mass production of up to 100,000 pieces, responding to customer needs through "manufacturing" that leverages our micro production technology and information-gathering capabilities.

Kanazawa Precision Machinery Cooperative Association

We provide comprehensive support from development and design to manufacturing, assembly, and completion of peripheral equipment and jigs for machine tools!

The Kanazawa Precision Machinery Cooperative is an organization formed by a group of eight companies that respond to the needs of their respective customers. We provide comprehensive support from the development and design to the manufacturing, assembly, and completion of peripheral equipment and jigs for machine tools. We specialize in precision parts processing, including high-precision machining, complex machining, milling, machining center processing, lathe processing, and grinding. 【Main Products (Partial)】 ■ Parts for Machine Tools - Master Jaw - Rear Plate - Cam Arm - Yoke Plate - Distributor Case *For more details, please download the PDF or feel free to contact us.

[Aluminum Precision Machining] Prototype of Automotive Pump Housing | Support for All Dimension Measurements

CNC integrated machining and EDM compatible for A2017 material! Automotive oil pump parts with hole position accuracy of ±0.01mm. Contributes to a 5-day reduction in delivery time and cost savings.

We would like to introduce a precision machining case of an oil pump housing (A2017) that meets the needs for high precision. In order to shorten the development testing cycle, we achieved a reduction of 【5 days in delivery time】 and 【10% in cost】 through technical proposals and process optimization. We accommodate everything from CNC integrated machining to inclined hole processing with milling machines and electrical discharge machining (EDM). By minimizing cumulative errors through multiple clamping, we achieved high precision with hole position accuracy of ±0.01mm and flatness of less than 0.01mm. The optimal design of flow paths and joints also contributes to improved pump efficiency and structural rigidity. 【Machining Specifications and Achievements】 - Material: A2017 aluminum alloy - Processes: CNC integrated machining / inclined hole processing / EDM / heat treatment / three-dimensional measurement - Application: Automotive transmission oil pump - Precision: Hole position accuracy ±0.01mm / flatness ≦0.01mm If you have concerns such as "I want to shorten the development period and arrange for high-precision prototypes" or "I want to achieve cost reduction while maintaining quality," please feel free to contact us! ＼First, please download the catalog below to view the details of the case!／

Hanabusa Seiki Co., Ltd.

For precision stainless steel processing, choose Hanabusa.

Quality" creates trust. To embody this phrase, we have focused on introducing cutting-edge machinery and striving for stable quality delivery. We aim to meet our customers' demands by responding to the current needs for diverse, small-lot production with "high precision + speed.