富山プレート List of Products and Services

We can produce warning labels in French from small lots. We also accommodate labels and stickers compliant with the PL law for machine tools. We support multiple languages, including English, Spanish, Chinese, and Korean, and use durable PVC stickers and anti-silver stickers for various pictograms, achieving high-quality finishes suitable for both indoor and outdoor use. With short lead times and flexible responses to the required quantities, we help reduce costs while enhancing safety warnings through clearer displays.

• Other machine tools

We can produce warning labels in German starting from small lots. We also handle labels and stickers compliant with the PL law, as well as seals for machine tools. We support multilingual expansion in English, Spanish, Chinese, Korean, and more, and offer a variety of pictograms. Using durable PVC stickers and anti-silver stickers, we achieve a high-quality finish that can be used instantly indoors and outdoors. We have short lead times and can flexibly accommodate the required quantities. For the production of warning labels that clearly indicate safety and reduce risks, please leave it to us.

• Other machine elements

We can produce warning labels in Spanish starting from small lots. We also handle labels and seals compliant with the PL Law, as well as seals for machine tools. We support multilingual expansion, including English, Chinese, and Korean, and offer a wide variety of pictograms. Using durable PVC seals and anti-silver seals, we achieve a high-quality finish that can be easily used indoors and outdoors. We can respond flexibly to short delivery times and only the quantities needed. For the production of seals that clearly indicate safety and reduce risks, please leave it to us.

• Other machine tools

We can produce warning stickers compatible with Simplified Chinese in small lots. We also handle PL law compliant label plates and stickers for machine tools. We support multilingual expansion in English, Spanish, Korean, and more, and offer a variety of pictograms. We use highly durable PVC stickers and silver erase stickers, suitable for both indoor and outdoor use. Our high-quality printing technology ensures highly visible warning displays. With short lead times and flexible responses to the required quantities, we are ideal for enhancing safety signage. Please feel free to consult us for the production of warning stickers.

• Other machine tools

We can produce Chinese warning labels in small lots. We also offer PL law compliant labels, craft labels, and nameplates. We can provide multilingual options including English, Spanish, and Korean, along with a wide variety of pictograms. Using high-quality PVC labels and anti-silver labels, we achieve excellent finishes for both indoor and outdoor use. We can respond quickly even with short lead times, producing only the necessary quantities promptly. For warning labels aimed at reducing risks, trust us to handle your needs.

• Other machine tools

We can produce warning labels in small lots. We also offer labels and seals for PL law compliance and for machine tools. We support multiple languages, including English, Spanish, Chinese, and Korean, and provide various pictograms. Using high-quality PVC seals and anti-silver seals, we offer products that can be used both indoors and outdoors. We can accommodate short delivery times, so we can produce even small quantities. For the production of warning labels that clearly indicate safety and reduce risks, please leave it to us.

• Other machine tools

We can produce warning stickers and nameplates compliant with the L Law in small lots. We offer multilingual stickers (in English, Spanish, Chinese, Korean, etc.) for various industries, including machine tools. We also handle durable PVC stickers and anti-silver stickers, with customization available according to your needs. We provide various pictograms, allowing for designs that clearly convey safety information. For the production of PL Law compliant stickers, trust our store for quick delivery and high quality.

• Other machine elements

High-precision laser marking technology enables engraving on resin, SUS, and brass. It also supports custom scale production and boasts many achievements, particularly in the semiconductor-related industry. ◇ What is laser marking? A technology that uses lasers to engrave on the surface of materials. It allows for marking on resin and metal, and visibility can be enhanced by filling ink after engraving. ◇ Product details - Materials: Resin, SUS, brass, aluminum, copper - Processing range: Up to 950×600mm - Engraving methods: Black marking, etching, coating removal - Supported content: Serial number engraving, 2D code engraving, scale production ◇ Features - High-precision laser engraving - Ink filling support for improved visibility - Custom scale production - Various marking methods (burning, carving, oxidation) ◇ Examples of use - Scale and marking on resin products - Panel engraving for distribution boards and electrical-related industries - Production of industrial parts and nameplates - Commemorative plates and nameplates ◇ Processing method Using a dedicated laser processing machine, clear engravings on resin are achieved. Fine scales and markings can also be engraved, providing high-precision marking.

• Other machine tools

◇What is laser marking? A technology that uses lasers to engrave markings on the surface of materials. It can mark not only metals such as copper and stainless steel but also resins. The visibility is further enhanced by ink filling after marking. ◇Product Details - Materials: Copper, stainless steel, brass, aluminum, resin - Processing range: Up to 950×600mm - Marking methods: Black marking, etching, coating removal - Supported content: Serial number engraving, 2D code engraving, scale production ◇Features - High-precision laser engraving - Ink filling to enhance visibility - Marking on supplied materials - Custom-made scale production - Various marking methods (oxidation, scorching, engraving) ◇Examples of Use - Engraving parts for semiconductor manufacturing equipment - Industrial plates and nameplates - Identification marks for electrical and electronic components - Title nameplates for distribution boards - Commemorative plaques and gift plates ◇Processing Method Using Keyence's hybrid laser marker, uniform engraving is achieved through three-dimensional control. Marking methods are selected according to the application, allowing for durable and clear printing.

• Other machine tools

High-precision laser marking technology enables black printing on brass and SUS. It allows direct printing on industrial parts and components, with a wealth of experience in the semiconductor-related industry. ◇ What is laser marking? A technology that uses lasers to engrave markings on the surface of materials. It can engrave not only metals like brass and SUS but also resins. To enhance visibility, it also accommodates ink filling after engraving. ◇ Product details - Materials: Brass, SUS, Aluminum, Resin - Processing range: Up to 950×600mm - Engraving methods: Black marking, etching, marking by coating removal - Supported content: Serial number engraving, 2D code engraving, scale production ◇ Features - High-precision laser engraving - Improved visibility through ink filling - Engraving on supplied materials - Custom-made scale production - Various marking methods (oxidation, scorching, engraving) ◇ Examples of use - Engraving parts for semiconductor manufacturing equipment - Industrial plates and nameplates - Plates for maritime-related applications - Title nameplates for distribution boards - Engraving on high-end audio panels

• Other machine tools

We provide laser marking technology capable of creating markings by removing the coating of black SUS. This technology is compatible with metals such as stainless steel and resins, allowing for direct engraving on parts and components. By using laser coating removal, we achieve high-contrast black printing. It also supports engraving of serial numbers and 2D codes, contributing to product identification and improved traceability. Further visibility enhancement is possible through ink filling after engraving. We have extensive experience in the semiconductor-related industry and can accommodate custom scale production and deep engraving of characters through laser etching, flexibly adapting to detailed specifications. Our marking technology combines durability and precision, achieving engravings that are difficult to fade over long periods. We provide high-quality laser processing that meets the demanding environments of industrial applications.

• Other machine elements

We offer laser marking technology that enables the production of black SUS nameplates using high-durability Abel Black. This technology is compatible with metals, including stainless steel, and resins, allowing for direct engraving on parts and components. The coating of Abel Black achieves a deep black print through a coating removal marking process. It also supports engraving of serial numbers and 2D codes, ensuring high-precision marking that is resistant to fading over long periods. Ink filling after engraving enhances visibility further. We have extensive experience in the semiconductor-related industry and can accommodate custom scale production and deep engraving of characters through laser etching, flexibly adapting to detailed specifications. With marking technology that combines durability and precision, we support product management and identification. We provide high-quality laser processing that withstands the harsh environments of industrial applications.

• Other machine tools

We offer laser marking technology that enables the production of nameplates using high-durability Abel Black. This technology accommodates a wide range of materials, including stainless steel, aluminum, and resin, allowing for direct printing on parts and components. The coating of Abel Black allows for high-contrast, highly visible engravings through coating removal marking. It also supports the engraving of serial numbers and 2D codes, ensuring markings that are resistant to fading over long periods. Further enhancement of visibility is possible through ink filling after engraving. We have extensive experience in the semiconductor-related industry and can accommodate custom-scale production and deep engraving of characters through laser etching, flexibly adapting to detailed specifications. With marking technology that combines durability and precision, we support product management and identification. We provide high-quality laser processing that withstands the harsh environments of industrial applications.

• Other machine tools

We provide laser marking technology that enhances visibility with white ink filling. It allows for direct printing on parts and components made of stainless steel, aluminum, and resin, achieving a high-contrast finish. By filling in white ink after engraving, it enables clearer and more visible markings. We have extensive experience in the semiconductor-related industry, accommodating engraving of serial numbers and 2D codes, as well as custom scale production. We also support deep engraving of characters through laser etching and marking by removing coatings from painted surfaces, ensuring durable prints. Our technology can flexibly adapt to detailed specifications, offering marking solutions suitable for various industrial applications. With a marking technology that is resistant to fading over long periods, we support product management and identification. Our high-quality laser processing achieves engravings that combine visibility and durability.

• Other machine tools

Using laser marking technology capable of producing custom scales, we achieve precise and highly durable markings. It accommodates a wide range of materials such as stainless steel, aluminum, and resin, allowing for direct printing on parts and components. We also support deep engraving of characters through laser etching and marking by stripping coatings from painted surfaces, ensuring high visibility in the finished product. Engraving of serial numbers and 2D codes is possible, providing strong support for product management and identification. By filling ink after engraving, we achieve even clearer black printing. With extensive experience in the semiconductor-related industry and the ability to flexibly accommodate detailed specifications, it is also ideal for custom scale production. We offer marking technology that is difficult to erase over long periods, providing high-precision engraving. We deliver reliable quality and technology that meets the marking needs of industrial applications.

• Other machine elements

We provide laser technology that enables marking with printed characters through coating removal. It accommodates a wide range of materials such as stainless steel, aluminum, and resin, allowing for direct engraving on parts and components. By removing the coating with laser, we achieve high-contrast marking that highlights the underlying material. We also support serial numbers, 2D codes, and custom scale production, ensuring a highly visible finish. We also accommodate ink filling after engraving, achieving even clearer black printing. We have extensive experience in the semiconductor industry, and deep engraving of characters through high-precision laser etching is also possible. Our marking technology is resistant to fading over long periods, supporting product management and identification. We offer high-quality laser processing that meets diverse marking needs in industrial applications.

• Other machine elements

Laser marking technology enables the printing of characters on metal, achieving high precision and durability in marking. It accommodates a wide range of materials such as stainless steel, aluminum, and resin, allowing for direct printing on parts and components. By filling ink after engraving, visibility is enhanced, and fine characters and 2D codes are marked clearly. There is also extensive experience in the semiconductor industry, with capabilities for engraving serial numbers and custom scale production. Furthermore, deep engraving of characters through laser etching is possible, ensuring that the markings remain clear and durable over time. Custom engraving tailored to orders is also available, supporting product management and identification. With precise laser marking technology, we provide high-quality engravings that meet the marking needs of industrial applications.

• Other machine tools

This marking technology allows for black printing through laser engraving, enabling direct engraving on parts and components. It is compatible with stainless steel and resin, achieving durable and clear markings. By filling ink after engraving, visibility is further enhanced, allowing for fine characters and 2D codes to be expressed clearly. It has a wealth of achievements in the semiconductor-related industry, also accommodating precise scale production and serial number engraving. Additionally, it supports deep engraving of characters through laser etching, resulting in markings that are difficult to erase. It flexibly accommodates custom specifications, providing strong support for product management and identification. With high-quality laser engraving technology, it maintains clear markings over a long period. It offers reliable precision and quality to meet the marking needs of industrial applications.

• others

We provide marking technology that enables black printing through laser etching. It directly engraves on parts and components such as stainless steel and resin, ensuring high durability and visibility. We also accommodate ink filling after engraving, further enhancing contrast. This technology can clearly reproduce fine text, two-dimensional codes, and serial numbers, making it ideal for improving product management and traceability. We have extensive experience in the semiconductor-related industry and can also handle custom scale production. With laser etching, deep engraving is possible, achieving markings that are difficult to erase. Our high-precision marking technology maintains clear engravings for an extended period. We deliver reliable quality that meets the marking needs of parts processing and industrial applications.

• Other machine elements

We provide laser marking technology that enables black printing through ink filling after engraving. Direct engraving on parts and components such as stainless steel and resin ensures high visibility and durability. We also have extensive experience in the semiconductor-related industry, accommodating engraving of serial numbers and 2D codes. Precision scale production is possible, and we can flexibly respond to custom specifications. By filling ink after engraving, we achieve clearer black printing. Even fine text and complex codes result in a clear and easily readable finish. This marking technology is ideal for environments that require product management and identification, maintaining high-precision engraving over a long period. We offer reliable technology that meets the needs of parts processing and industrial marking.

• Other machine elements

The laser marking technology capable of printing black serial numbers achieves high-precision and highly visible engravings. It can print directly on parts and components such as stainless steel and resin, enabling durable marking. With a wealth of experience in the semiconductor-related industry, it also supports engraving of two-dimensional codes and scale production. Custom engraving is possible, contributing to product identification and improved traceability. It also accommodates ink filling after engraving, allowing for further contrast enhancement. This marking technology is suitable for various materials, including stainless steel, making it ideal for environments that prioritize quality and precision. With high-quality laser marking technology, it supports product management and identification, maintaining clear engravings for an extended period. It provides reliable technology to meet the marking needs of various components.

• Marking machine

The laser marking technology that enables black printing on stainless steel achieves high-precision and clear engravings. It allows for direct printing on parts and components, providing durable markings without the use of ink. There is also a wealth of experience in the semiconductor-related industry, capable of engraving serial numbers and 2D codes. Custom-made scale production is available, and we can flexibly accommodate detailed specifications. Additionally, we support ink filling after engraving, further enhancing visibility. We can engrave not only on stainless steel but also on resin materials, meeting diverse needs. This technology is ideal for parts processing that requires precise marking, maintaining clear engravings over long periods. With high-quality laser marking technology, we support product identification and management.

• Nameplate

For the production of large shims for mold adjustments, high-precision laser processing is optimal. It supports materials such as SUS304, copper, and brass, and can accommodate complex shapes up to 300φ. With a wealth of experience in the semiconductor-related industry, it achieves high-precision finishes even for ultra-thin specifications starting from 0.01mm. SUS304 excels in corrosion resistance and strength, demonstrating stable performance over long periods. Copper and brass are excellent in conductivity and thermal conductivity, making them useful as spacers for electrical and electronic components or as adjustment materials for mechanical parts. It is also possible to manufacture large shims for mold adjustments, featuring custom thicknesses and shapes according to application needs. High-precision laser processing enables the realization of complex shapes and fine dimensional adjustments that are difficult with conventional machining. It flexibly accommodates everything from prototypes to mass production, ensuring stable supply under precise quality control. If you are considering the production of large shims for mold adjustments, we encourage you to utilize our precision processing technology compatible with SUS304, copper, and brass.

• Other machine tools

For precision machining of shim plates, we can manufacture amorphous materials using high-precision laser technology. We can handle materials such as SUS304, copper, and brass, achieving high-quality finishes while maintaining precision even in ultra-thin specifications starting from 0.01mm. We have extensive experience in the semiconductor-related industry, making us ideal for applications that require strict dimensional tolerances. Amorphous materials possess high magnetic properties and wear resistance, making them suitable for use as adjustment shims in precision instruments, electronic components, and motor parts. Additionally, SUS304 excels in corrosion resistance and strength, while copper and brass have excellent conductivity and thermal conductivity. We can select the optimal materials according to the application, catering to diverse needs. Through high-precision laser processing, we can finish fine shapes and complex designs without distortion, which is difficult with conventional machining. We respond flexibly from prototyping to mass production, providing high-quality products in a short delivery time. If you are considering the production of shim plates made from amorphous materials, we encourage you to take advantage of our precision machining technology.

• Other machine tools

For precision machining of shim plates, prototype production is possible using high-precision laser technology. We can accommodate materials such as SUS304, copper, and brass, achieving stable dimensional accuracy even in ultra-thin specifications of 0.01mm and below. With extensive experience in the semiconductor-related industry, we provide high-quality finishes from the prototype stage. SUS304 is widely used as a shim for adjusting precision instruments and electronic components due to its excellent corrosion resistance and strength. Additionally, copper and brass are ideal as spacers for electrical, electronic, and mechanical components due to their superior conductivity and thermal conductivity. From prototyping to mass production, we propose the optimal materials and processing methods tailored to the application under consistent quality control. High-precision laser processing enables the realization of fine shapes and complex designs that are difficult with conventional machining. We can also respond with short lead times, providing high-precision products from the prototype stage. If you are considering prototype production of shim plates, we highly recommend utilizing our high-precision processing technology compatible with SUS304, copper, and brass.

• Other machine tools

For precision machining of shim plates, we can produce porous shims with high-precision laser processing. We can work with materials such as SUS304, copper, and brass, maintaining high dimensional accuracy even for ultra-thin specifications starting from 0.01mm. We have extensive experience in the semiconductor-related industry, ensuring uniform quality and stable supply. SUS304 is widely used as a shim for adjusting precision instruments and electronic components due to its excellent corrosion resistance and strength. Additionally, copper and brass are ideal for spacers in electrical and electronic components and as adjustment materials in mechanical parts due to their excellent conductivity and thermal conductivity. We also accommodate the production of porous shims, suitable for applications requiring heat dissipation and weight reduction. With high-precision laser processing, we can achieve fine hole machining and complex shapes. We flexibly respond to everything from prototypes to mass production, providing high-quality products in a short delivery time. If you are considering the production of porous shims, we encourage you to utilize our precision machining technology compatible with SUS304, copper, and brass.

• Other machine tools

For precision machining of shim plates, we can produce round shims with high-precision laser processing. We accommodate materials such as SUS304, copper, and brass, achieving high-quality finishes while maintaining precision even in ultra-thin specifications starting from 0.01mm. With extensive experience in the semiconductor-related industry, we provide reliable machining even in situations that require strict dimensional tolerances. SUS304 is widely used as a shim for adjusting precision instruments and electronic components due to its excellent corrosion resistance and strength. On the other hand, copper and brass are ideal as spacers for electrical, electronic, and mechanical components due to their superior conductivity and thermal conductivity. We can also manufacture round shims and offer custom machining to meet specific sizes and shapes based on application. With high-precision laser processing, we can achieve fine dimensional adjustments and complex shapes that are difficult with conventional machining. We flexibly respond from prototyping to mass production, ensuring quality while enabling short delivery times. If you are considering the production of round shims, we highly recommend utilizing our high-precision machining technology compatible with SUS304, copper, and brass.

• Other machine tools

For precision machining of shim plates, we can produce circular shims using high-precision laser processing. We accommodate materials such as SUS304, copper, and brass, ensuring stable quality even for ultra-thin specifications starting from 0.01mm. We have numerous achievements in the semiconductor-related industry, making us ideal for applications that require strict dimensional accuracy. SUS304 is widely used as a shim for adjusting precision instruments and electronic components due to its excellent corrosion resistance and strength. Additionally, copper and brass are utilized for their superior electrical and thermal conductivity, serving as spacers for electrical and electronic components and adjustment materials for mechanical parts. We also support the production of circular shims, which can be customized to various shapes and dimensions according to application needs. With high-precision laser processing, we can achieve complex shapes and fine dimensional adjustments. We flexibly accommodate everything from prototypes to mass production, enabling short delivery times while maintaining quality. If you are considering the production of circular shims, we encourage you to take advantage of our high-precision processing technology compatible with SUS304, copper, and brass.

• Other machine tools

For precision machining of shim plates, we can manufacture ring shims using high-precision laser processing. We accommodate materials such as SUS304, copper, and brass, achieving high-quality finishes with minimal distortion even in ultra-thin specifications starting from 0.01mm. We have numerous achievements in the semiconductor-related industry and can meet stringent accuracy requirements. SUS304 is widely used as a shim for adjusting precision instruments and electronic components due to its excellent corrosion resistance and strength. Additionally, copper and brass are ideal as spacers for electrical and electronic components and industrial equipment due to their superior conductivity and thermal conductivity. We can also manufacture ring shims and accommodate various shapes according to application needs. With high-precision laser processing, we can achieve fine dimensional adjustments and machining of complex shapes. We support everything from prototypes to mass production, providing optimal shim plates tailored to the required specifications. If you are considering the production of ring shims, we encourage you to utilize our precision machining technology compatible with SUS304, copper, and brass.

• Other machine elements

For precision machining of shim plates, high-precision laser technology enables not only SUS304 but also BSP products. Leveraging our experience in the semiconductor-related industry, we can accommodate ultra-thin specifications starting from 0.01mm, achieving high-quality finishes. SUS304 is widely used as a shim for adjusting precision instruments and electronic components due to its excellent corrosion resistance and strength. On the other hand, BSP shim plates possess outstanding characteristics suitable for specialized applications. We also accommodate copper and brass products, which are essential in situations requiring conductivity and durability. With high-precision laser processing, we can finish intricate shapes and complex designs without distortion, which is difficult with traditional machining. We support everything from prototypes to mass production and propose the optimal processing methods according to the application. If you are considering the production of shim plates, we encourage you to take advantage of our precision machining technology that can handle not only SUS304 but also BSP products.

• Other machine tools

For precision machining of shim plates, high-precision laser technology can handle not only SUS304 but also brass. Leveraging our experience in the semiconductor-related industry, we can accommodate ultra-thin specifications starting from 0.01mm, achieving high-quality finishes. SUS304 is widely used as a shim for adjusting precision instruments and electronic components due to its excellent corrosion resistance and strength. On the other hand, brass shim plates offer excellent conductivity and machinability, making them ideal as spacers for electrical and mechanical components. Additionally, we can also accommodate copper, allowing for material selection based on application. With high-precision laser processing, we can finish intricate shapes and complex designs without distortion, which is difficult with traditional machining. We support everything from prototypes to mass production and propose the optimal processing methods according to the application. If you are considering the production of shim plates, we encourage you to take advantage of our precision machining technology, which can handle not only SUS304 but also brass.

• Other machine tools

For precision machining of shim plates, high-precision laser processing allows for not only SUS304 but also copper. Leveraging our experience in the semiconductor-related industry, we can accommodate ultra-thin specifications starting from 0.01mm, achieving high-quality finishes. SUS304 is widely used as a shim for adjusting precision instruments and electronic components due to its excellent corrosion resistance and strength. On the other hand, copper shim plates have outstanding conductivity and thermal conductivity, making them ideal as spacers for semiconductor manufacturing equipment and electrical components. Brass options are also available, allowing for material selection based on application. With high-precision laser processing, we can finish intricate shapes and complex designs without distortion, which is difficult with conventional machining. We support everything from prototypes to mass production and propose the optimal processing methods tailored to your needs. If you are considering the production of shim plates, we encourage you to take advantage of our precision machining technology that can handle not only SUS304 but also copper.

• Other machine tools

For precision machining of shim plates, high-precision laser processing that allows for orders with varying plate thicknesses is optimal. We can accommodate materials such as SUS304, copper, and brass, producing everything from thin plates of 50mm×10mm×0.1t to ultra-thin shims of 0.01mm. We have a proven track record of meeting the stringent precision requirements of the semiconductor industry. SUS304 excels in corrosion resistance and strength, providing stable performance over long periods. Additionally, copper and brass are suitable for applications requiring conductivity and thermal conductivity, and are widely used as spacers and adjustment shims in precision equipment and semiconductor manufacturing devices. High-precision laser processing minimizes distortion even when fine dimensional adjustments are necessary, achieving a high-quality finish. Orders can be placed with varying plate thicknesses according to application, and we flexibly accommodate everything from prototypes to mass production. We select the optimal materials and processing methods tailored to the specifications of shim plates, ensuring uniform quality. We encourage you to consider SUS, copper, and brass shim plates utilizing high-precision laser processing for situations requiring precise plate thickness adjustments.

• Other machine tools

For precision machining of shim plates, high-precision laser processing that accommodates SUS materials from 0.01mm and above is optimal. It also supports thin plate specifications of SUS304 with dimensions of 50mm×10mm×0.1t, achieving high-quality finishes that meet the stringent demands of the semiconductor industry. SUS304 excels in corrosion resistance and strength, demonstrating stable performance over long periods. It is widely used as spacers and adjustment shims in precision equipment and semiconductor manufacturing devices that require fine dimensional adjustments. Even with extremely thin materials that are difficult to process with conventional machining, high-precision laser processing minimizes deformation while ensuring uniform quality. Furthermore, ultra-thin shims from 0.01mm can also be produced, allowing for flexible responses from prototype to mass production. Custom processing tailored to specific applications is possible, providing high reliability even in situations that require strict dimensional control. If you are looking for fine processing of shim plates, we highly recommend considering SUS products utilizing high-precision laser technology.

• Other machine elements

For precision machining of shim plates, high-precision laser processing that accommodates small lot sizes is optimal. We can handle ultra-thin sizes of 50mm x 10mm x 0.1t made of SUS304, boasting numerous achievements in the field of precision equipment, including the semiconductor industry. Our ability to flexibly respond to prototypes and custom products is a key feature. SUS304 excels in corrosion resistance and strength, maintaining stable performance over long periods. It is widely used as adjustment shims and spacers, becoming an indispensable part of the assembly process for precision equipment and electronic components. High-precision laser processing allows for complex shapes and fine machining that are difficult with traditional machining methods. Additionally, since we can produce small lots, we can meet the needs for verification during the prototype stage and small-scale production. We achieve short delivery times while maintaining high-quality finishes. If you are considering small lot production of shim plates, we encourage you to consult us about our SUS304 products that balance precision and quality.

• Other machine elements

If you are looking for high-precision machining of shim spacers, laser processing technology compatible with SUS304 is optimal. To meet the stringent precision requirements of the semiconductor industry, stable dimensional accuracy is achieved even in ultra-thin sizes of 50mm×10mm×0.1t. Laser processing that minimizes distortion also accommodates fine adjustments. SUS304 excels in corrosion resistance and strength, maintaining stable performance over long periods. It is widely used as spacers for semiconductor manufacturing equipment and shims for adjusting precision parts. Complex shapes that are difficult to achieve with conventional machining can be finished to high quality with high-precision laser processing. Shim spacers, with a wealth of experience in the semiconductor-related industry, ensure uniform quality and a stable supply system. They flexibly respond from prototyping to mass production, supporting the adjustment and assembly processes of precision equipment. If you are having trouble with the processing of shim spacers, we encourage you to consider SUS304 products utilizing high-precision laser processing.

• Other machine elements

If you are seeking high-precision processing of shim plates, laser processing technology compatible with SUS304 is the key. In the semiconductor industry, where precise size adjustments are required, high-quality finishes are achieved even with ultra-thin specifications of 50mm×10mm×0.1t. Laser processing that minimizes distortion ensures uniform shapes and dimensional accuracy. SUS304 excels in corrosion resistance and strength, demonstrating stable performance even in semiconductor manufacturing processes. It is widely used as shims and spacers for precision equipment adjustments. Even intricate shapes and complex designs that are difficult to achieve with conventional processing methods can be handled with high-precision laser processing. Shim plates, with a proven track record in the semiconductor-related industry, meet stringent accuracy requirements and provide uniform quality. They flexibly accommodate everything from prototypes to mass production, contributing to the resolution of precision component challenges. If you are facing issues with shim plate processing, we encourage you to consider SUS304 products that leverage the achievements of high-precision laser technology.

• Other machine elements

As a new initiative, Toyama Plate has launched its own accessory brand called "to." For the past 50 years, our company has been manufacturing industrial nameplates and resin covers for machine tools, and more recently, thin sheet products made from non-ferrous metals with a thickness of 0.01 mm and laser marking-related products. The "to" brand was born from the technical expertise we have cultivated over these 50 years combined with the creativity of designers. https://toaccessory.base.shop

• others

Toyama Plate: Experts in Industrial Nameplate Manufacturing with 49 Years of Trust and Achievement Toyama Plate is a trusted manufacturer that has been producing nameplates for machine tools, machinery, and industrial applications for 49 years. We provide optimal products for procurement personnel in the manufacturing industry. Our company supports small-lot, diverse production and handles a wide range of materials from resin to metal and seals. Product Example: Engraving with Laser Marking Features Permanent Printing: Direct engraving on materials such as stainless steel, ensuring reliable printing of serial numbers and data matrices with laser marking. Mirror Surface Material Compatibility: Laser marking is also possible on mirror surface materials. Diverse Marking Methods: We propose the most suitable laser marking method according to usage conditions. Peeling Coatings and Paints Black Marking Laser Etching Free Sample Provision We offer free samples to first-time customers. Please feel free to contact us.

• Laser marker

Metal photo technology uses photosensitive aluminum, allowing for precise expression of fine details. This technology provides peace of mind even in harsh outdoor environments, such as stadiums, exposed to wind and rain. Not only is it durable, but it also maintains a beautiful appearance, which has greatly pleased our customers. {Features} There are several points regarding aluminum plates using this metal photo technology: - A lifespan of over 25 years! It lasts long, reducing replacement costs. - Excellent weather resistance and abrasion resistance! It is a reliable material that withstands rain and wind. - No molds required! This means lower initial costs and high cost performance. {Usage Examples} Aluminum plates using metal photo technology are particularly active in outdoor facilities and public places. For example: - Seat number plates in stadiums - Number plates for parks and playground equipment - Outdoor information boards and signs that are installed for long periods {Processing Method} This aluminum plate boasts extremely high durability due to the use of metal photo technology. Additionally, it can be freely customized according to installation conditions, such as drilling screw holes or attaching adhesive paper to suit the installation location.

• Nameplate

In today's world, where traceability is required, this metal photo QR code plate demonstrates its effectiveness across a wide range of fields, including the food industry, semiconductor industry, and public transportation sector. Features of the metal photo QR code plate: ■ Surface hardness comparable to sapphire glass ■ Durability with a lifespan of 25 years ■ Resistant to outdoor exposure ■ Adaptable to various environments, including corrosion resistance, high-temperature resistance, and low-temperature resistance We also have free samples available for your consideration.

• Nameplate

Introducing the metal photo two-dimensional code nameplate that contributes to improving traceability, brought to you by Toyama Plate with 49 years of experience and achievements. We accommodate manufacturing from small lots to a wide variety of products, offering a broad selection of materials ranging from resin to metal and seals. In particular, the metal photo two-dimensional code nameplate boasts high weather resistance and performs well in various harsh environments. The use of metal photo two-dimensional code nameplates is advancing in diverse fields such as the food industry, semiconductor industry, and public transportation. We offer free samples for quality confirmation. Please feel free to contact us.

• Nameplate

We contribute to improving traceability with the introduction of QR code plates! Toyama Plate has leveraged its 49 years of experience in manufacturing nameplates for machine tools, machinery, and industrial applications to provide QR code plates that meet demands from small lots to a wide variety of products. We offer a wide selection of materials, ranging from resin to metal and seals, allowing us to create products tailored to our customers' needs. The application range can be confirmed across various fields, including the food industry, semiconductor industry, and public transportation. We also offer free samples for product verification.

• Nameplate

◇Overview To engrave a two-dimensional code on a metal photo plate, very fine precision is required. This time, we used aluminum material measuring 60mm×60mm×0.5t to produce a plate with a high durability of 25 years. Precise processing technology was essential to ensure that the QR code is clearly engraved at this size and thickness. ◇What is a Metal Photo Plate? Metal photo refers to a technology that engraves high-definition images and QR codes using special aluminum. Its strong resistance to wind, rain, and ultraviolet rays is a significant feature, allowing for long-term use in outdoor environments. ◇Processing Method Using the "Shibuya Industrial SPF2305A" laser processing machine, we achieved precise cutting with a beam diameter of 40μ. This enabled clean processing with minimal burrs. ◆Company Information Toyama Plate Co., Ltd.

• Nameplate

Toyama Plate has been producing nameplates for machine tools, machinery, and industrial applications for 49 years. This label nameplate, which can accommodate small lots to mass production, offers a variety of materials to choose from and provides nameplates made from various materials, including resin, metal, and seals, tailored to product needs. With multilingual support, it can also be beneficial for customers engaged in international business.

• Nameplate