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Crimping Product List and Ranking from 8 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated: Aggregation Period:Jul 08, 2026~Aug 04, 2026
This ranking is based on the number of page views on our site.

Crimping Manufacturer, Suppliers and Company Rankings

Last Updated: Aggregation Period:Jul 08, 2026~Aug 04, 2026
This ranking is based on the number of page views on our site.

  1. PEC-KUMATA 生産技術コンサルタント Aichi//Service Industry
  2. EX Co., Ltd. Ehime//Electronic Components and Semiconductors
  3. 伊澤製作所 Kanagawa//Manufacturing and processing contract
  4. 4 FUJIKIKO Co.,Ltd. Tokyo//Industrial Machinery
  5. 5 日進精機 Aichi//Manufacturing and processing contract

Crimping Product ranking

Last Updated: Aggregation Period:Jul 08, 2026~Aug 04, 2026
This ranking is based on the number of page views on our site.

  1. Technical support for rolling rivet processing. PEC-KUMATA 生産技術コンサルタント
  2. Hydraulic Riveting Machine 'Desk Riveter II' FUJIKIKO FUJIKIKO Co.,Ltd.
  3. High precision at a low price! Introducing the technology of "rivet processing." 伊澤製作所
  4. Micro, ultra-small, precision riveting processing EX Co., Ltd.
  5. 4 Publishing examples of riveting processing for automotive parts. 伊澤製作所

Crimping Product List

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Hydraulic Riveting Machine 'Desk Riveter II' FUJIKIKO

[Video Available] A small and low-cost nut and rivet dedicated processing machine. Lightweight and compact, improving work efficiency.

Compatible with various fasteners. Anyone can easily and neatly perform riveting. Equipped with a pressure adjustment feature to ensure consistent results in riveting. Also includes a safety device to prevent foreign objects from being caught. *For more details, please contact us or download the catalog.

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  • Other machine tools
  • Crimping

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Hot rivets, striker, etc.

We will handle everything from prototypes to large lot metal processing with great technology!

The method of softening iron with heat from electric current and crushing it with pressure is known as thermal riveting technology. Nisshin Seiki Co., Ltd. has achieved mass production by processing on an automated line. This has made it possible to secure products more cheaply and quickly than with arc welding. A main product is the striker that locks car doors and seats. For more details, please contact us or refer to our catalog.

  • Processing Contract
  • Crimping

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Would you consider using riveting in your manufacturing assembly?

Cost-reducing riveting process. Ideal for manufacturing assembly!

"Riveting" is a type of processing method used to join multiple parts together, and it is employed in many industrial products, including automobiles. In particular, "spin riveting" using rivets is adopted for many functional components because it can be used in movable parts while maintaining high rigidity. You can also see it in everyday items like scissors and wheels. 【Advantages of Riveting】 ● High precision at low cost ● Strong rigidity in joints ● Recommended for joining movable parts ● Capable of joining dissimilar materials *Video "Understanding Riveting in 60 Seconds" is available on our website. For more details, please download the catalog or contact us.

  • Contract manufacturing
  • Crimping

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[Video Available] High Quality, Low Price Riveting Processing

Riveting processing that achieves cost reduction in joining engineering and high rigidity.

"Rivet processing" has no distortion or discoloration compared to welding, can be finished beautifully, and can be processed in a shorter time than welding. Additionally, it is possible to join metals that are not suitable for welding and to bond dissimilar materials, including metals and resins. Our widely used "spin riveting" with rivets has high rigidity and can also be used for movable parts, making it suitable for many functional component joints. 【Advantages of Rivet Processing】 ● High precision at low cost ● Strong joints with high rigidity ● Ideal for joining movable parts ● Capable of joining dissimilar materials For more details, please download the catalog or contact us.

  • Contract manufacturing
  • Crimping

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High precision at a low price! Introducing the technology of "rivet processing."

Joining movable parts, joining dissimilar materials, and achieving high precision and rigidity with spin riveting!

"Rivet processing" is one of the methods for joining multiple materials together. The "spin riveting" technique we employ applies uniform pressure to the tip of the rivet using a rotating insert, allowing for processing with less pressure. The advantages of spin riveting include high rigidity, the ability to join dissimilar materials, and suitability for joining movable parts. Rivets are available in various sizes, and the shape of the rivet can be selected. - The finished shape of the rivet can vary based on the choice of insert. - Inserts can accommodate shapes such as "mountain type," "flat type," and "bowl type." - Rivet sizes range from φ1 to φ14 mm, and we can accommodate over 30 different materials. [Assembly Processing Achievements] - Automotive parts - Parts for nursing care robots - Construction waterproofing materials - Printing machine parts - Hairpins for wigs - Electronic device parts We offer rivet processing and assembly tailored to our customers' needs. Please contact us for more details.

  • Processing Contract
  • Crimping

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Securing movable parts without loosening is possible with 'Rivet Processing (Spin Riveting)'

An alternative to screws, welding, and adhesive bonding! Capable of joining dissimilar materials, with numerous applications in automotive parts, etc. *Video available.

"Rivet processing" is a type of joining method that connects multiple parts and is used in many industrial products, including automobiles. Among these, our company's specialty, "spin riveting" using rivets, is adopted in many functional components because it offers high rigidity while also being usable in movable parts. Additionally, it serves as an alternative to joining methods such as screws, welding, and adhesives, providing the significant advantage of securing movable parts without loosening. You can also find it in everyday items like scissors and wheels. 【Advantages of Rivet Processing】 ● High precision at low cost ● Strong rigidity in joints ● Recommended for joining movable parts ● Capable of joining dissimilar materials *Video "Understanding Rivet Processing in 60 Seconds" is available below. *For more details, please download the catalog or contact us.

  • Contract manufacturing
  • Crimping

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Publishing examples of riveting processing for automotive parts.

There are numerous adoption results in automotive parts and more! We are currently publishing photos of parts examples! We also have videos with tips on riveting processing!

"Rivet processing" is a method of joining multiple parts and is used in many industrial products, including automotive parts. At Izawa Manufacturing, there are many successful applications in automotive parts, and the published photos of parts are examples of these implementations. 【Advantages of Rivet Processing】 ● High precision at low cost ● Strong rigidity in joints ● Recommended for joining movable parts ● Capable of joining dissimilar materials *Video "Understanding Rivet Processing in 60 Seconds" is available on our website. For more details, please download the catalog or contact us.

  • Contract manufacturing
  • Crimping

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Are you having trouble with "joining"? *Comparison materials for joining methods available.

Introducing joining methods suitable for movable parts and the joining of different materials. Case studies are also presented!

Do you have any of these concerns? - "When using screws for joining, they tend to loosen and come apart..." - "When using adhesives for joining, I'm worried about the strength..." - "I don't know the appropriate joining method for dissimilar materials..." - "I would like to request joining for movable parts..." If so, please consult with us. Our company employs "rivet processing," which is used for joining many industrial products, including automotive parts. In particular, "spin riveting" using rivets can be used for movable parts while ensuring rigidity, making it suitable for joining functional components. Additionally, we also accept requests for assembly beyond just riveting processing. Feel free to contact us. *We have released a video of the processing scene in the middle of this page. *Currently, we are offering a document summarizing the benefits of riveting processing and a comparison table with other joining methods. Please check it out via the PDF download below. *Our company can handle everything from parts procurement to shipping if you provide us with product drawings.

  • Contract manufacturing
  • Crimping

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[Processing Example] Riveting Method

Automate the process after pressing! A method that joins two or more parts by riveting and pressing.

We would like to introduce a case where we processed a laminated motor core using the "crimping method." This method involves crimping two or more parts together through press joining. While high precision in the mold is required for the crimping process, it allows for the automation of subsequent processes after pressing, making it more cost-effective compared to other methods. Please feel free to contact us if you have any inquiries. [Case Overview] ■ Processing Method: Crimping Method *For more details, please refer to the PDF document or feel free to contact us.

  • Processing Contract
  • Other motors
  • Crimping

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Rivet processing

Not only on flat surfaces, but also with box shapes, folded shapes, etc., a variety of riveting processes are developed depending on the mold setting conditions!

"Riveting processing" is a method that utilizes the plastic deformation of metals and various materials to join and bond parts together. It can solve issues related to combinations of metals that are unsuitable for welding, as well as the joining of painted steel plates that discolor when welded, and various combinations of sheet metal and resin. Our company recommends press riveting or spindle riveting, starting from a proposal that does not use welding for the processing of OA equipment parts. In particular, with press riveting, we can avoid the specific concerns associated with welding, such as contamination from welding spatter and instability due to electrical conditions, which are required during the joining of parts. In the case of our Urayasu factory, we collaborate with mold design to develop various riveting processes based on the setting conditions of molds, not only on flat surfaces but also in box shapes, folded shapes, and more. 【Main Equipment】 ■ Press riveting and spindle riveting for OA equipment parts molds ■ Brake pad grinding and riveting (assembly) ■ Factories: Urayasu Factory (Chiba), Iwatsuki Factory (Saitama) * For more details, please refer to the PDF document or feel free to contact us.

  • Processing Contract
  • Crimping

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Technical support for riveting processing.

We will provide technical support for your company's riveting processing.

Rivet processing is a type of assembly processing, similar to press fitting, where one component is deformed to integrate it with another component, primarily to fasten metal parts together. The difference from press fitting is that one component is plastically deformed by bending, crushing, or splitting to achieve close contact and fixation with the other component. In terms of processing conditions, the shape of the punch used for deformation is crucial, and, like press fitting, the pressing force and speed are also relevant. Additionally, to ensure the dimensions of the rivet are as desired, a stopper (jig stopper) is used during the process. In particular, for riveting, it is necessary to verify conditions such as rivet strength and rivet shape, and to establish optimal settings. The considerations for process design become the subject of consulting. (There are various types of riveting processes, including riveting (rolling) rivets, thermal riveting, and ultrasonic riveting, but this time only the most basic riveting is described.)

  • Management consultant/Small business consultant
  • Crimping

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Technical support for rolling rivet processing.

We will provide technical support for your company's rolling clinching processing.

Rolling clinching processing is a type of clinching process, also known as high-speed clinching, where a rotating clinching punch is used to create round clinches and fasten metal parts together. Compared to general clinching (which relies solely on press pressure), this method requires less pressure to induce plastic deformation at the clinching area, making it suitable for structures where deformation of the parts needs to be minimized. Processing conditions such as rotation speed, punch shape, processing pressure, processing time, and stopper height are set, and the evaluation of the results includes clinch height, clinch diameter, surrounding torque, and appearance (such as cracks in the clinch area). Support and guidance regarding condition setting and result evaluation for this rolling clinching processing are the subjects of consulting.

  • Management consultant/Small business consultant
  • Crimping

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Introducing the technology of "rivet processing" that supports everything from prototyping to mass production.

Spin riveting is a riveting process that can be used for joining dissimilar materials and for movable parts.

"Spin riveting" is a riveting process that involves applying pressure with a rotating insert on the tip of the rivet. By evenly applying pressure to the rivet, it allows for processing with less force, ensuring precision and maintaining rigidity. Additionally, it can be used for joining dissimilar materials and movable parts. Our company achieves high productivity and quality through semi-automated operations using spin riveting. 【Assembly Processing Achievements】 ◆ Automotive parts, components for nursing robots, printing machine parts, electronic device parts ◆ Construction waterproofing materials ◆ Hairpins for wigs *We accommodate riveting and assembly processes tailored to customer needs. Assembly videos are available on our company website. For more details, please contact us.

  • Processing Contract
  • Crimping

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Presentation of riveting processing case study photo materials!

We are currently offering photo materials of riveting parts processing examples! We also have a video with tips on riveting processing!

"Rivet processing" is a type of processing method used to join parts together. It is used in various products, including automotive parts. Izawa Manufacturing has a significant track record of adopting "rivet processing" in automotive parts and has published case studies of its implementation in images. [Example of parts processed with rivet processing] ● Waterproof material strainer ● Hairpin rivet processed parts for wigs ● Rivet processed products for solenoids ● Skyline crossover ● Back door lock ● Resin body of the internal engagement part of the back door lock *Video "Understanding Rivet Processing in 60 Seconds" is available on our website. For more details, please download the catalog or contact us.

  • Contract manufacturing
  • Crimping

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[Sheet Metal Processing Example] Rivet Fastening

Caution is needed when handling the work in progress! Here are examples of processing industrial machine rivet fastening.

We would like to introduce a case study of sheet metal processing involving rivet fastening conducted by Shoei. The material used is aluminum A1100 (2.0t×500×1200×H480). The processing methods included laser cutting, bending, can manufacturing, welding, and rivet fastening. Key points during processing included the mixing of component welding and rivet fastening assembly, as well as the need for careful handling of the parts during work. Our company is capable of handling a wide range of products from large can products to sheet metal products. We also have extensive experience in welding assembly for materials such as stainless steel and aluminum. Please feel free to contact us when you need our services. 【Case Overview】 ■ Material: Aluminum A1100 (2.0t×500×1200×H480) ■ Processing Methods: Laser cutting, bending, can manufacturing, welding, rivet fastening ■ Delivery Time & Price: Estimate ■ Industry: Industrial Machinery *For more details, please refer to the PDF document or feel free to contact us.

  • Other processing machines
  • Crimping

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Micro, ultra-small, precision riveting processing

From crimping to riveting, extremely small and precise processing is possible! Numerous achievements in fine parts.

Our company specializes in "fine, ultra-small, and precision riveting processing." In addition to our press processing technology, we utilize the production techniques cultivated in connector manufacturing to contribute to product miniaturization, improved productivity compared to conventional processing, and cost reduction through innovative ideas. We can accommodate various needs for riveting methods, equipment manufacturing, and mass production. Please feel free to contact us with your requests. 【Features】 ■ Strength stability guarantee ■ High durability guarantee ■ High design quality *For more details, please download the PDF or feel free to contact us.

  • Processing Contract
  • Crimping

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Precision riveting processing for automotive sensors: fine, ultra-small, and precise.

Contributing to the miniaturization and high durability of automotive sensors, from crimping to riveting.

In the automotive industry, sensors require high reliability and long-term durability in harsh environments. Robust bonding technology that can withstand vibrations and temperature changes is essential for maintaining sensor performance. Issues at the bonding points can lead to malfunctions or failures, potentially compromising safety. Our "fine, ultra-small, precision riveting processing" achieves both miniaturization and high durability, contributing to the reliability of automotive sensors. 【Application Scenarios】 - Various in-vehicle sensors (accelerometers, pressure sensors, etc.) - Engine control system components - Safety system-related components 【Benefits of Implementation】 - Realization of product miniaturization and high-density mounting - High bonding reliability and strength stability that can withstand long-term use - Reduction of production lead times and optimization of manufacturing costs

  • Processing Contract
  • Crimping

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Precision riveting processing for communication equipment: fine, ultra-small, and precise.

From crimping to riveting, achieving extremely small and precise processing!

In the telecommunications equipment industry, there is a demand for miniaturization of products and high-density mounting. In particular, it is necessary to achieve high reliability and durability within limited space. Our "micro, ultra-small, precision riveting processing" contributes to product miniaturization, improved productivity, and cost reduction. 【Application Scenes】 Internal switches and contact components of smartphones and smartwatches 【Effects of Implementation】 Realization of extreme miniaturization and high-density mounting of products High bonding reliability and strength stability that can withstand long-term use

  • Processing Contract
  • Crimping

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Micro, ultra-small, and precision riveting processing for wearable devices.

Contributing to the miniaturization of wearable devices! Numerous achievements in micro components.

In the wearable device industry, there is a demand for miniaturization of products and high-density mounting. In particular, miniaturization of components and high reliability are crucial to pack many functions into limited space. Improper bonding can lead to device failure or performance degradation. Our "Micro, Miniature, and Precision Riveting Processing" achieves product miniaturization and provides high bonding reliability that can withstand long-term use. 【Application Scenarios】 - Internal switches and contact components of smartphones and smartwatches 【Effects of Implementation】 - Achieving extreme miniaturization and high-density mounting of products - High bonding reliability and strength stability that can withstand long-term use

  • Processing Contract
  • Crimping

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Precision riveting processing for measuring instruments.

Contributing to the miniaturization and high precision of probes! Numerous achievements in fine components.

In the measurement device industry, there is a demand for miniaturization of probes and high-precision joining. Particularly for probes that handle fine signals, the reliability of the joint significantly affects the performance of the product. Poor joining can lead to errors in measurement data and potential product failures. Our company’s "fine, ultra-small, precision riveting processing" leverages the technologies cultivated through press processing and connector production to contribute to the miniaturization, high precision, and cost reduction of probes. 【Application Scenarios】 - Probe joints - Various measuring instruments 【Effects of Implementation】 - Achieving extreme miniaturization of products and high-density mounting - High joint reliability and strength stability that withstand long-term use - Reduction of production lead times and optimization of manufacturing costs

  • Processing Contract
  • Crimping

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Micro, ultra-small, and precision riveting processing for medical devices.

Achieving ultra-small and precise processing from crimping to riveting.

In the medical device industry, there is a demand for miniaturization and high precision of products. Particularly for fine components such as catheters and minimally invasive surgical instruments, high bonding reliability and strength stability are crucial. Improper bonding can lead to decreased product performance and potential risks to patients. Our "fine, ultra-small, precision riveting processing" addresses these challenges and contributes to the improvement of medical device quality. 【Application Scenarios】 - Medical microdevices (catheters and minimally invasive surgical instruments) 【Effects of Implementation】 - High bonding reliability and strength stability that can withstand long-term use - Achievement of extreme miniaturization and high-density mounting of products

  • Processing Contract
  • Crimping

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Precision riveting processing for electronic devices: fine, ultra-small, and precise.

Contributing to the miniaturization and high-density mounting of connectors, from crimping to riveting.

In the electronics industry, connectors play a crucial role in achieving product miniaturization and high-density mounting. The reliability of connectors significantly affects the overall performance and durability of products, necessitating high joint reliability and strength stability. Our "micro, ultra-small, and precision crimping technology" has been developed to address these challenges. 【Application Scenes】 ■ Internal switches and contact components for smartphones and smartwatches ■ Medical microdevices (catheters and minimally invasive surgical instruments) ■ Precision design components for high-end writing instruments, glasses, and jewelry 【Effects of Implementation】 ■ Realization of extreme miniaturization and high-density mounting of products ■ High joint reliability and strength stability that withstand long-term use ■ Reduction of production lead times and optimization of manufacturing costs

  • Processing Contract
  • Crimping

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Micro, ultra-small, and precision riveting processing for watch movements.

Contributing to the miniaturization and high precision of movements! Numerous achievements in fine parts.

In the watch movement industry, there is a demand for miniaturization of products and high-precision operation. In particular, the accurate joining of parts within limited space becomes a crucial factor that affects the reliability of the product. Even slight misalignment or insufficient strength at the joints can lead to movement failures or performance degradation. Our "Micro, Miniature, and Precision Joining Processing" leverages the technology cultivated through press processing and connector production to contribute to the miniaturization of movements, improved productivity, and cost reduction. 【Application Scenarios】 - Contact parts inside watch movements - Precision design parts for luxury watches 【Effects of Implementation】 - Achieving extreme miniaturization and high-density mounting of products - High joining reliability and strength stability that withstand long-term use - Reduction of production lead times and optimization of manufacturing costs

  • Processing Contract
  • Crimping

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Precision riveting processing for gaming consoles.

From crimping to riveting, perfect for game console buttons!

In the gaming console industry, miniaturization and high durability are required. In particular, for frequently operated button components, high joint reliability that can withstand long-term use and miniaturization are important. Improper joining can lead to product failure or decreased operability. Our "micro, ultra-small, precision riveting processing" achieves both miniaturization and high durability, contributing to the performance improvement of gaming console buttons. 【Application Scene】 Button components of gaming consoles 【Effects of Introduction】 Realization of extreme miniaturization and high-density mounting of products High joint reliability and strength stability that can withstand long-term use

  • Processing Contract
  • Crimping

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