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Press processing Product List and Ranking from 288 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:May 20, 2026～Jun 16, 2026
This ranking is based on the number of page views on our site.

Press processing Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:May 20, 2026～Jun 16, 2026
This ranking is based on the number of page views on our site.

  1. 富士金属 Osaka//Manufacturing and processing contract
  2. 昭和精工 Gunma//Machine elements and parts
  3. ニチベイパーツ Tokyo//Machine elements and parts
  4. 4 山岡製作所 Kyoto//Electronic Components and Semiconductors
  5. 5 タカモリ Nagano//Manufacturing and processing contract
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Press processing Product ranking

Last Updated： Aggregation Period:May 20, 2026～Jun 16, 2026
This ranking is based on the number of page views on our site.

  1. Thin plate / thick plate deep drawing press processing 富士金属
  2. Fujikin Incorporated Business Introduction 富士金属
  3. Stainless deep drawing press processing 富士金属
  4. 4 【Method Change Example】Elimination of Brazing Integration 富士金属
  5. 5 Precision progressive press processing [Delivering high-quality progressive processing products!] 昭和精工

Press processing Product List

571～600 item / All 639 items

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Exhibition of Metal Press Processing Technology: Press Processing at Chinese Prices with Japanese Quality

Exhibition of Metal Press Processing Technology: Press Processing at Chinese Prices with Japanese Quality

High-quality, low-cost, and short delivery time for metal parts! The secret lies in Japanese-quality manufacturing at our factory in China.

Manufacturing in Chinese factories with the same quality standards as in Japan. We are equipped with the technical skills and facilities to handle processes from machining to shipping. We ensure Japanese quality at Chinese costs through a double-check system! Additionally, we have a network for manufacturing beyond metal pressing, so please feel free to consult with us or request a quote. ● For more details, please contact us or download the catalog.

  • Processing Contract
  • Press processing

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An average low defect rate of 0.2% for threats! Press processing available for orders starting from one piece.

An average low defect rate of 0.2% for threats! Press processing available for orders starting from one piece.

As long as you have the mold drawings, you can get high-quality pressed products in 1 to 2 weeks! Orders for just one prototype and the mold are also acceptable! For difficult processing, go to Watase Metal!

Watase Metal Industry Co., Ltd. conducts everything from mass production prototypes (progressive prototypes) to mass production press processing. We can handle everything from the design and manufacturing of progressive molds to prototyping and mass production press processing in a consistent manner. From the companies that have adopted our services, we have received encouraging feedback such as: "If it's something difficult, it's definitely Watase Metal Industry!" "We trust the quality so much that we don't even need to conduct full inspections." Here are some examples of Watase Metal Industry's "progressive press samples." 【Features of Watase Metal Industry】 ■ Capable of consistent production ■ High product quality ■ Ability to meet strict dimensions ■ Quick response ■ Speed in problem-solving *For more details, please contact us or refer to our catalog.

  • Press Dies
  • Processing Contract
  • Press processing

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Onboard contact / spring contact - SG2045070B

Onboard contact / spring contact - SG2045070B

This is an SMT clip with excellent elasticity, compressive strength, and conductivity.

Onboard contacts / SMT clips / automatic placement fingers / spring contacts / SMT spring contacts / spring finger contacts We always have over 200 basic types (standard products) in stock. We can also accommodate customization of products to meet your needs.

  • EMC countermeasure products
  • Press processing

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Spring Contact - ZG2538035B & ZG1435034B

Spring Contact - ZG2538035B & ZG1435034B

This is an SMT clip with excellent elasticity, compressive strength, and conductivity.

Onboard contacts / SMT clips / automatic placement fingers / spring contacts / SMT spring contacts / spring finger contacts We always have over 200 basic types (standard products) in stock. We can also accommodate customization of products to meet your needs.

  • EMC countermeasure products
  • Press processing

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Servo-Manual Press "Across M"

Servo-Manual Press "Across M"

Slim Design & Easy Operation

"Across M" is a Manual Molding system. Great Support for Package. Developments & Mold Cleaning. <Features> ○Applicable to Various Molds →Applicable lead frame: 80mm(W)×280mm(L) →Convertible to various molded items →“5-step” transfer condition setting ○Slim Design & User-Friendly panel →TFT8" display →Soft-touching operation →Data-saving function, memory card applicable (CF64M) →Openable side covers For more details, please contact us or download the catalog. *This catalog is in English.

  • Other semiconductor manufacturing equipment
  • Molding Equipment
  • Press processing

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Multi-process press processing

Multi-process press processing

We have a manufacturing line capable of handling up to 8 projects, with a capacity of 200t to 150t. We can accommodate everything from prototype production of small lots to mass production. Please consult us for press processing.

Our company has established a consistent production system that handles all processes in-house, from material acceptance to mold production, pressing, welding, assembly, painting, quality inspection, and shipping. We specialize in aluminum deep drawing using a 200t servo press, and it is also possible to perform processing of up to 8 stages at once on our single-action press lines of 200t to 150t. We can flexibly respond to customer needs from prototyping to mass production. 【Features】 ■ Capable of handling multiple processes of single-action press processing in a series ■ 26 single-action presses ranging from 200t to 45t ■ Skilled in processing thick plates with thicknesses of t=4.5, 6.0, 9.0, and 12.0 ■ Proven track record in parts for automobiles, industrial equipment, electrical equipment, steel furniture, and IT-related devices ★ You can view materials introducing processing examples from the download button below. Please feel free to request a quote.

  • Processing Contract
  • Press processing

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"Special processing" vacuum heat press processing

"Special processing" vacuum heat press processing

By heating and applying pressure under vacuum conditions, it is possible to achieve bubble-free bonding, which is difficult to accomplish at room temperature and atmospheric pressure.

We have introduced a vacuum heat press machine that can apply pressure in a vacuum state and perform lamination processing for product manufacturing. Processing in a vacuum state is used for various product applications, such as surface treatments like vapor deposition and the bonding of glass and silicon (Si) wafers. Since there is almost no air present, it allows for special processing that cannot be done under atmospheric conditions. ■ Outgassing during lamination using adhesives or adhesive tapes ■ Bubbles when laminating substrates with uneven surfaces using roll laminating If you are facing challenges like these, our vacuum heat press processing may offer a solution. We can perform special processing that is difficult under normal room temperature and pressure conditions, such as reliable bubble-free sealing and vacuum pouching. It is also possible to bond materials treated with plasma without using adhesives. If you are experiencing issues with bubbles during lamination, please contact us at Oatis.

  • Other electronic parts
  • plastic
  • Press processing

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Solutions for issues related to metal pressing, mold design, and production [*Documentation with proven results available*]

Solutions for issues related to metal pressing, mold design, and production [*Documentation with proven results available*]

The processed board thickness ranges from 0.03 to 9.00. We also accommodate small lots and prototypes, primarily for the automotive industry.

Do you have any concerns regarding metal press processing or mold design and production? We primarily handle automotive-related parts, as well as industrial equipment parts and electronic device parts, with sheet thicknesses ranging from 0.03 to 9.00. Our metal press processing includes punching, bending, and drawing, and we can accommodate prototypes, single runs, and progressive processing. If you have any issues, please feel free to consult with us. 【Business Contents】 ■ Design and production of molds for metal press processing ■ Design and production of jigs and tools ■ Metal press processing * We are currently offering explanatory materials. For more details, please contact us or download the PDF to view.

  • Press Dies
  • Mold Design
  • Processing Jig
  • Press processing

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Precision press processing: Responding to high precision, high functionality, and complex shapes in parts processing.

Precision press processing: Responding to high precision, high functionality, and complex shapes in parts processing.

Metal forming and precision pressing suitable for mass production of high-precision, multifunctional parts.

Fine blanking is a type of metal forming and press processing that is an optimal processing technology for the mass production of high-precision, multifunctional parts. Parts punched using fine blanking have smooth shear surfaces without fractures or chipping, and achieve good flatness compared to general press processing. As a result, the finishing processes after press processing can be eliminated or minimized depending on the required quality level, leading to cost reduction. Additionally, by combining with forging, bending, drawing, and shaping, it is also possible to apply this technique to three-dimensional shaped parts, enabling the production of a variety of multifunctional components. Fine Tool offers optimal product and process design through design-in for customers' new product development or improvements to existing products. We provide all processes from development to mass production with the highest quality standards.

  • Processing Contract
  • Press processing

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Method conversion: Casting + Machining → Precision Press Processing

Method conversion: Casting + Machining → Precision Press Processing

Proposal for cost reduction through fine blanking processing.

This component has traditionally been manufactured using casting and machining, but by transitioning to fine blanking, we achieve cost reduction while also realizing miniaturization and weight reduction. In fine blanking, plastic processing is performed while maintaining the material's inherent mechanical properties (such as tensile strength and yield strength). As a result, we can supply high-precision and high-rigidity components in a state that allows for immediate assembly without the need for further processing.

  • Engine parts
  • Press processing

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[Technical Proposal Example] Transitioning from Hob Processing to Transfer Press Processing

[Technical Proposal Example] Transitioning from Hob Processing to Transfer Press Processing

By switching from gear manufacturing using hob machining to transfer press processing, we achieved cost reduction!

This is a technical proposal example for the production of luggage gears. In this case, the product was initially considered for gear production using hob machining. However, hob machining posed a problem of high costs due to the impact of takt time and material costs. Therefore, we proposed a method transition from traditional hob machining to transfer press processing. This achieved a 30% cost reduction and a 50% reduction in lead time. [Case Overview] ■ Issue: Material costs are high with hob machining ■ Effect: Transitioning to progressive press processing resulted in a 30% cost reduction *For more details, please refer to the related links or feel free to contact us.

  • Processing Contract
  • Press processing

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Cost reduction through the conversion of cutting parts to press processing methods.

Cost reduction through the conversion of cutting parts to press processing methods.

Introducing examples of the transition from cutting processing to pressing processing, starting with the features of cutting processing and pressing processing.

Machining by cutting allows for high precision finishing, but requires a certain amount of processing time. Compared to cutting, press processing is inferior in terms of precision, but it excels in production efficiency. If parts that were previously manufactured by cutting can be produced using press processing, significant cost reductions can be expected. *For more details on the column, please refer to the related links. For further inquiries, feel free to contact us.*

  • Processing Contract
  • Press processing

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【Technical Handbook Presentation】1- What is Metal Press Processing?

【Technical Handbook Presentation】1- What is Metal Press Processing?

We manufacture molds tailored to various shapes for each product and use them! The ability to mass-produce is a major feature.

"Metal press processing" is a method of processing in which a pair of molds is attached to a press machine, and a metal sheet is clamped and subjected to a large amount of pressure to deform it into the shape of the mold. The main materials processed are metals such as iron, stainless steel, aluminum, and titanium. By manufacturing molds tailored to various shapes for each product, it is characterized by the ability to mass-produce. We are offering a technical handbook. Please take a look. [Main materials processed] ■ Iron ■ Stainless steel ■ Aluminum ■ Titanium ■ Copper ■ Magnesium *For more details, please refer to the PDF document or feel free to contact us.

  • Press Dies
  • Processing Contract
  • Press processing

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[Proposal for Trial Production] Processing Method

[Proposal for Trial Production] Processing Method

Proposal for processing methods by Hayano Kenko, focusing on prototype sheet metal processing.

We received a request from a customer regarding the "processing method." The content is: "Currently, we are designing the product, but we are unsure if the product design we are considering can be processed by pressing, so we would like to consult for now." At Hayano Kanko, we will provide a brief explanation of the drawing processing method using pressing in our process and, based on our experience, we will consult on the labor hours and risks to the extent that we can understand. 【Proposal】 ■ A brief explanation of the drawing processing method using pressing in our process ■ Consultation on labor hours and risks based on our experience ■ It is also possible to obtain backing through CAE analysis ■ Results - Considering design and processability, we conducted mold production while fully considering processing characteristics through CAE analysis - We were able to produce a satisfactory design in a single drawing process *For more details, please refer to the PDF document or feel free to contact us.

  • Prototype Services
  • Other machine elements
  • Press processing

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Various films, adhesive tapes, rubber sheets, foam materials - press processing.

Various films, adhesive tapes, rubber sheets, foam materials - press processing.

We offer proposals for materials and specifications according to your requests, and we can handle production from prototypes (small lots) to mass production (large lots).

Our company provides electric insulation film materials, as well as sheets and roll materials made of plastic, sponge, and rubber for optical components, automobiles, mobile devices, computers, motors, gaming equipment, and medical device parts. We possess various production equipment, including cutting machines, fixed-length cutting machines, small sealing machines, image processing punches, slitters, and presses, and we perform processing such as "cutting," "laminating," "pressing," and "bending." 【Processing Details】 ■ Laminating ■ Pressing ■ Half-cutting ■ Bending ■ Roll-to-roll processing *For more details, please download the PDF or contact us.

  • Processing Contract
  • Paper and pulp products
  • Press processing

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If you want to reduce costs by switching from painting to color-coated steel sheets, this is a must-see!

If you want to reduce costs by switching from painting to color-coated steel sheets, this is a must-see!

We struggled to meet production demands due to temporary special needs... but we can accommodate! Would you like to achieve mass production and cost reduction with colored steel plates? We can handle everything from thin large items to long products.

Do you have any of these concerns? ■ I want to temporarily increase production due to special demand... ■ Processing pressed parts of color steel plates is difficult... ■ The lead time for large sheet metal processing is too long... ■ I want to outsource mold production... ■ I can't assemble large parts in-house... and more. We provide integrated production from design and prototyping to mold production, press mass production, cleaning, assembly, and shipping! Mass production projects are also welcome. We have extensive experience in metal press processing used in a wide range of industries, including energy-efficient exterior parts for the Ministry of the Environment, LED lighting parts, vending machine parts, and automotive parts. *For more details, please refer to our case studies or feel free to contact us.

  • Processing Contract
  • Contract manufacturing
  • Press Dies
  • Press processing

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High-precision press processing for automotive lightweighting

High-precision press processing for automotive lightweighting

Proposals for improving work efficiency and reducing costs in line with needs!

In the automotive industry, weight reduction is essential for improving fuel efficiency and environmental performance. To achieve weight reduction, miniaturization and thinning of components are required, making high-precision processing technology important. High-precision press processing is necessary to meet these needs. 【Application Scenarios】 - Body parts - Interior parts - Electronic components 【Effects of Implementation】 - Weight reduction of components - Improved yield - Cost reduction

  • Press Dies
  • Press processing

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【電子機器向け】高精度プレス加工

【電子機器向け】高精度プレス加工

ニーズに即した作業性向上とコスト低減の提案！

電子機器業界では、製品の小型化が進むにつれて、部品の精密な加工が求められます。特に、限られたスペースに多くの機能を詰め込むためには、部品の精度が製品の品質を左右します。高精度なプレス加工は、部品の小型化と同時に、製品の信頼性向上にも貢献します。 【活用シーン】 ・小型電子機器の部品製造 ・精密な形状が求められる部品の製造 ・省スペース化を実現する部品の製造 【導入の効果】 ・部品の小型化と高精度化を実現 ・歩留まりの向上 ・コスト削減

  • Press Dies
  • Press processing

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【医療機器向け】高精度プレス加工

【医療機器向け】高精度プレス加工

ニーズに即した作業性向上とコスト低減の提案！

医療機器業界では、製品の小型化・精密化が進み、微細な部品加工が求められています。特に、医療機器の安全性と信頼性を確保するためには、高い加工精度と品質が不可欠です。当社の高精度プレス加工は、これらのニーズに応えるために開発されました。 【活用シーン】 ・微細な医療用センサー部品 ・精密な検査機器部品 ・小型化された医療デバイス部品 【導入の効果】 ・高精度加工による製品品質の向上 ・歩留まり改善によるコスト削減 ・医療機器の小型化・精密化への貢献

  • Press Dies
  • Press processing

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【情報通信向け】高精度プレス加工

【情報通信向け】高精度プレス加工

ニーズに即した作業性向上とコスト低減の提案！

情報通信業界では、デバイスの小型化と高性能化に伴い、部品の精密加工が不可欠です。高速データ通信を支えるためには、高精度な部品が求められます。プレス加工の精度が低いと、製品の性能低下や歩留まりの悪化を招く可能性があります。当社高精度プレス加工は、お客様のニーズに合わせた素材や形状を提案し、作業性向上、歩留まり改善、コスト低減に貢献します。 【活用シーン】 ・高速通信デバイス ・高周波部品 ・小型電子機器 【導入の効果】 ・高精度加工による製品性能の向上 ・歩留まり改善によるコスト削減 ・高品質な製品供給による顧客満足度の向上

  • Press Dies
  • Press processing

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High-Precision Press Processing for the Energy Industry

High-Precision Press Processing for the Energy Industry

Proposals for improving work efficiency and reducing costs tailored to needs!

In the energy industry, there is a trend towards miniaturization and high performance of products, which requires precise component processing. In particular, the accuracy of components is crucial for achieving energy savings and efficiency. Improper processing can lead to a decline in product performance and a deterioration in energy efficiency. Our high-precision press processing performs high-precision and high-detail processing of a wide range of materials, providing optimal shapes tailored to customer needs, thereby contributing to improved energy efficiency. 【Application Scenarios】 - Solar power panels - Fuel cells - Storage batteries 【Benefits of Implementation】 - Improved product performance due to enhanced component accuracy - Cost reduction through improved yield - Enhanced workability

  • Press Dies
  • Press processing

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High-precision press processing for robots

High-precision press processing for robots

Proposals for improving work efficiency and reducing costs in line with needs!

In the robotics industry, the miniaturization and enhancement of product functionality require high-precision components. In particular, for sensors and drive system parts that achieve precise movements, high machining accuracy significantly affects product performance. Components with low machining accuracy can lead to malfunctions or performance degradation in robots. Our high-precision press processing listens to our customers' needs in detail and proposes materials, configurations, and shapes that contribute to improved workability, yield enhancement, and cost reduction within the work process. 【Application Scenes】 - Precision equipment - Sensor components - Drive system components 【Effects of Implementation】 - Stabilization of robot operation through the supply of high-precision components - Cost reduction through improved yield - Increased reliability of products

  • Press Dies
  • Press processing

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【時計向け】高精度プレス加工

【時計向け】高精度プレス加工

ニーズに即した作業性向上とコスト低減の提案！

時計業界の小型精密部品においては、高い加工精度と歩留まりの向上が求められます。特に、限られたスペースに多くの部品を組み込むため、部品の寸法精度が製品の品質を左右します。また、コスト削減も重要な課題です。当社高精度プレス加工は、これらの課題に対し、最適な素材と加工技術を提供します。 【活用シーン】 ・小型時計部品の製造 ・精密部品の歩留まり改善 ・コスト削減 【導入の効果】 ・高精度な部品製造による品質向上 ・歩留まり改善によるコスト削減 ・多様な素材への対応

  • Press Dies
  • Press processing

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High-precision press processing for high-performance cameras

High-precision press processing for high-performance cameras

Proposals for improving work efficiency and reducing costs tailored to needs!

In the high-performance camera industry, there is a demand for both miniaturization and high performance, making precise component processing essential. In particular, for precision parts such as lenses and sensors, high processing accuracy significantly affects product performance. Inadequate processing can lead to decreased image quality or product failures. Our high-precision press processing listens closely to customer needs and proposes materials, configurations, and shapes that improve workability within the process, enhance yield, and reduce costs. 【Application Scenarios】 - Lens modules - Image sensors - Compact housings 【Benefits of Implementation】 - Improved product performance through high-precision processing - Cost reduction through yield improvement - Contribution to miniaturization and weight reduction

  • Press Dies
  • Press processing

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High-Precision Press Processing for Musical Instruments

High-Precision Press Processing for Musical Instruments

Proposals for improving work efficiency and reducing costs in line with needs!

In the musical instrument industry, the improvement of sound quality is a crucial factor that significantly influences the value of products. In particular, high precision is required for the precise components inside the instruments and the parts that affect acoustic characteristics. Improper processing can lead to deterioration of tone and hinder resonance. Our high-precision press processing contributes to the enhancement of sound quality in musical instruments through high-precision and high-detail processing of a wide range of materials. 【Application Scenarios】 - Manufacturing of precise internal components for instruments - Production of parts that influence acoustic characteristics - Processing of components to achieve high-quality tone 【Effects of Implementation】 - Improvement of sound quality - Enhancement of product precision - Improvement of yield

  • Press Dies
  • Press processing

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Micro press processing for medical devices

Micro press processing for medical devices

Micro press processing that achieves stabilization of contact conduction.

In the medical device industry, miniaturization and high precision are advancing, and the reliability of internal electronic components is being emphasized. Particularly in precision sensors that handle weak currents and devices related to patient safety, the stability of contacts is essential. Poor contact can lead to malfunctioning of devices and pose risks to patients. Our fine press processing shapes fine parts with a terminal width of 0.4mm (thickness 0.2) into a bowl shape through pressing, creating a dome-shaped contact that achieves stabilization under low contact pressure. 【Application Scene】 ■ Precision sensors that handle weak currents 【Effects of Implementation】 ■ Improved conductivity reliability under low contact pressure

  • 2.PNG
  • 3.PNG
  • Processing Contract
  • Press processing

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Precision stamping for watches

Precision stamping for watches

Achieving stabilization of contact conduction and contributing to the thinning of watches.

In the watch industry, miniaturization and thinness are always in demand, and the internal electronic components must also meet similar requirements. It is particularly important to ensure stable electrical connections within limited space. Poor contact can lead to malfunctioning of the watch, making reliable contact technology essential. Our fine pressing technology achieves stabilization under low contact pressure by shaping the contacts into a dome shape, contributing to the thinning of watches and improving reliability. 【Application Scene】 - Electronic components inside watches that require miniaturization 【Effects of Introduction】 - Improved communication reliability under low contact pressure - Contribution to longer product lifespan and energy-saving design

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  • Processing Contract
  • Press processing

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Micro press processing for cameras

Micro press processing for cameras

Achieving stabilization of contact conduction, contributing to the high functionality of cameras.

In the camera industry, the reliability of internal electronic components has become crucial due to the demand for higher image quality and miniaturization. Particularly in areas that handle weak currents or require high-density mounting, stable electrical connections are essential. Poor contact can lead to decreased product performance or failure. Our fine press processing achieves stabilization under low contact pressure by shaping the contact points into a dome shape, contributing to the advanced functionality of cameras. 【Application Scenes】 - Precision sensors handling weak currents - Areas requiring high-density mounting 【Effects of Implementation】 - Improved communication reliability under low contact pressure - Contribution to product longevity and energy-saving design

  • 2.PNG
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  • Processing Contract
  • Press processing

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