富山プレート List of Products and Services

Our company specializes in "precision thin plate laser processing." We have introduced a fiber laser with a beam diameter of 40μm, enabling ultra-precise micro-processing on thin plates from SUS0.01t and above. We can achieve high-quality finishes on thin plates and non-ferrous metals. We are capable of processing various non-ferrous metals, and through clear printing and burr-free precision processing, we can accommodate any shape according to our customers' requests. 【Features】 ■ Ultra-precise micro-processing on thin plates with a fiber laser beam diameter of 40μm ■ Processing with minimal thermal impact and no distortion ■ Capable of processing with low burrs and high precision ■ Capable of handling high-reflective materials like aluminum, brass, and copper, which are not possible with CO2 lasers ■ Accommodating any shape according to our customers' requests *For more details, please refer to the PDF document or feel free to contact us.

Our company offers "Precision Thin Plate Laser Processing," capable of high-quality finishing for thin plates and non-ferrous metals. We have introduced a fiber laser with a beam diameter of 40μm, achieving ultra-precise micro-processing on thin plates from SUS 0.01t. With clear printing and burr-free detailed processing, we can accommodate any shape according to our customers' requests. We have numerous production examples, including the manufacture of shims ranging from 0.01mm for machine tool manufacturers and parts for medical device manufacturers. Additionally, we have processing examples such as cut-out lettering in stainless steel and representations of leaf veins in copper/brass. 【Product Examples】 ■ Stainless Steel: Cut-out lettering ■ Copper/Brass: Representation of leaf veins ■ Stainless Steel: Encoders, among others *For more details, please refer to the PDF document or feel free to contact us.

Our company is capable of providing technical proposals that combine fine laser processing and engraving technology. In addition to fine processing with a beam diameter of 40µm and laser marking, we also use aluminum nameplates called "Metal Photo," which boast a lifespan of 25 years. Therefore, we can offer proposals that integrate thin sheet fine processing and engraving technology. Additionally, we have introduced high-precision laser markers for laser marking, enabling us to achieve a very clean finish without any blurring.

Shims are used to fill gaps in semiconductor manufacturing equipment and power transmission. Our company also accepts custom orders for complex shapes tailored to that equipment. Therefore, they can also be utilized for prototype production. The thickness can be processed from 0.01 mm. We offer 'precision thin plate laser processing' capable of high-quality finishing of thin plates and non-ferrous metals. By introducing a fiber laser with a beam diameter of 40 μm, we achieve ultra-precise micro-processing on thin plates of SUS 0.01t and above. With clear printing and burr-free detailed processing, we can accommodate any shape according to our customers' requests. Processing of brass, copper, and phosphor bronze is possible! We have examples of processing such as cut-out lettering in stainless steel and representations of leaf veins in copper/brass. 【Product Examples】 ■ Stainless Steel: Cut-out lettering ■ Copper/Brass: Representation of leaf veins ■ Stainless Steel: Shims, etc. *For more details, please refer to the PDF document or feel free to contact us.

Our company offers "Precision Thin Plate Laser Processing," capable of high-quality finishing for thin plates and non-ferrous metals. By introducing a fiber laser with a beam diameter of 40μm, we achieve ultra-precision micro-processing on thin plates from SUS 0.01t. With clear printing and burr-free detailed processing, we can accommodate any shape according to our customers' requests. We can also work with brass, copper, and phosphor bronze! We have examples of processing, including cut-out lettering in stainless steel and leaf vein representations in copper/brass. [Product Examples] ■ Stainless Steel: Cut-out Letters ■ Copper/Brass: Leaf Vein Representation ■ Stainless Steel: Shims, etc. *For more details, please refer to the PDF document or feel free to contact us.

Our company offers "Precision Thin Plate Laser Processing," capable of high-quality finishing for thin plates and non-ferrous metals. We have introduced a fiber laser with a beam diameter of 40μm, enabling fine processing on thin plates of SUS 0.01t and above. With clear printing and burr-free detailed processing, we can accommodate any shape according to our customers' requests. Processing of brass, copper, and phosphor bronze is also possible! We have examples of processing, including cut-out lettering in stainless steel and representations of leaf veins in copper/brass. 【Product Examples】 ■ Stainless Steel: Cut-out Letters ■ Copper/Brass: Representation of Leaf Veins ■ Stainless Steel: Shim, etc. *For more details, please refer to the PDF document or feel free to contact us.

Our company offers "Precision Thin Plate Laser Processing," capable of high-quality finishing for thin plates and non-ferrous metals. We have introduced a fiber laser with a beam diameter of 40μm, achieving ultra-precise micro-processing on thin plates of SUS 0.01t and above. With clear printing and burr-free detailed processing, we can accommodate any shape according to our customers' requests. We can also work with brass, copper, and phosphor bronze! We have examples of processing, including cut-out lettering in stainless steel and representations of leaf veins in copper/brass. 【Product Examples】 ■ Stainless Steel: Cut-out Letters ■ Copper/Brass: Representation of Leaf Veins ■ Stainless Steel: Shims, etc. *For more details, please refer to the PDF document or feel free to contact us.

We have delivered it as a part of medical equipment. Our company specializes in extremely fine processing, and we offer high-quality finishing of thin plates and non-ferrous metals through "precision thin plate laser processing." We have introduced a fiber laser with a beam diameter of 40μm, achieving ultra-precise fine processing on thin plates of SUS 0.01t and above. With clear printing and burr-free detailed processing, we can accommodate any shape according to our customers' requests. We can also work with brass, copper, and phosphor bronze! We have examples of processing, including cut-out lettering in stainless steel and representations of leaf veins in copper/brass. We receive many orders for prototypes as well. Additionally, our company is also skilled in high-precision laser marking techniques. Please feel free to contact us anytime.

Our company offers "Precision Thin Plate Laser Processing," capable of high-quality finishing for thin plates and non-ferrous metals. We have introduced a fiber laser with a beam diameter of 40μm, achieving ultra-precise micro-processing on thin plates from SUS 0.01t. With clear printing and burr-free detailed processing, we can accommodate any shape according to our customers' requests. We can also work with brass, copper, and phosphor bronze! We have examples of processing, including cut-out lettering in stainless steel and designs expressing leaf veins in copper/brass. 【Product Examples】 ■ Stainless Steel: Cut-out Letters ■ Copper/Brass: Leaf Vein Representation ■ Stainless Steel: Shims, etc. *For more details, please refer to the PDF document or feel free to contact us.

Our company offers "Precision Thin Plate Laser Processing," capable of high-quality finishing for thin plates and non-ferrous metals. By introducing a fiber laser with a beam diameter of 40μm, we achieve ultra-precision fine processing on thin plates of SUS 0.01t and above. With clear printing and burr-free intricate processing, we can accommodate any shape according to our customers' requests. We can also work with brass, copper, and phosphor bronze! We have examples of processing, including cut-out lettering in stainless steel and representations of leaf veins in copper/brass. 【Product Examples】 ■ Stainless Steel: Cut-out Letters ■ Copper/Brass: Representation of Leaf Veins ■ Stainless Steel: Shims, etc. *For more details, please refer to the PDF document or feel free to contact us.

【Overview】 Processing of thin plates and non-ferrous metals requires astonishing precision. By introducing a fiber laser with a beam diameter of 40μm, we can perform fine processing on SUS 0.01t thin plates. By keeping burrs to zero during processing, we achieve clear printing and high precision. This allows us to accommodate complex shapes and designs. For example, we have successfully tackled many challenging projects, such as stainless steel cut-out lettering and the representation of leaf veins using copper and brass. 【Features】 - Ultra-precision fiber laser with a beam diameter of 40μm - Compatible with SUS 0.01t thin plates - Capable of processing a variety of materials such as brass and copper - Clear printing and burr-free finish 【Processing Examples】 - Stainless Steel: Cut-out lettering - Copper/Brass: Representation of leaf veins - Stainless Steel: Production of shims ◆Company Information Toyama Plate Co., Ltd. 31-1 Wago, Kamiichi Town, Nakaniikawa District, Toyama Prefecture 930-0363 Tel: 076-472-3422 Fax: 076-472-3461 Website: http://www.t-pla.co.jp/

Our company offers "Precision Thin Plate Laser Processing," capable of high-quality finishing for thin plates and non-ferrous metals. We have introduced a fiber laser with a beam diameter of 40μm, enabling ultra-precision micro-processing on thin plates of SUS 0.01t and above. With clear printing and burr-free detailed processing, we can accommodate any shape according to our customers' requests. Brass, copper, and phosphor bronze are also possible! We have examples of processing, including cut-out lettering in stainless steel and representations of leaf veins in copper/brass. 【Product Examples】 ■ Stainless Steel: Cut-out Letters ■ Copper/Brass: Representation of Leaf Veins ■ Stainless Steel: Shims, etc. *For more details, please refer to the PDF materials or feel free to contact us.

Our company offers "Precision Thin Plate Laser Processing," capable of high-quality finishing for thin plates and non-ferrous metals. We have introduced a fiber laser with a beam diameter of 40μm, achieving ultra-precise micro-processing on thin plates from SUS 0.01t. With clear printing and burr-free detailed processing, we can accommodate any shape according to our customers' requests. Processing of brass, copper, and phosphor bronze is also possible! We have examples of processing, including cut-out lettering in stainless steel and representations of leaf veins in copper/brass. 【Product Examples】 ■ Stainless Steel: Cut-out Letters ■ Copper/Brass: Representation of Leaf Veins ■ Stainless Steel: Shims, etc. *For more details, please refer to the PDF materials or feel free to contact us.

Our fine processing technology incorporates a fiber laser with a beam diameter of 40μm, achieving ultra-precision fine processing on thin plates of SUS 0.01t and above. Slit processing is also possible. Additionally, we can process complex shapes with minimal burrs. We can also manufacture difficult-to-process materials such as copper, phosphor bronze, and brass due to their high reflectivity. We have extensive experience in producing shim plates for drives and base shims for semiconductor manufacturing equipment. If your company is facing challenges with thin plate processing, please feel free to consult with us.

We have manufactured a slit plate for the encoder and a disk using thin plate microfabrication with aluminum. This aluminum is made of Metal Photo, a highly weather-resistant material with a lifespan of 25 years. Using this printing technology, we created a sample with a thickness of 0.2 mm. Our company has introduced a fiber laser with a beam diameter of 40 μm, making it possible to perform microfabrication on thin plates as well. If your company is facing challenges with thin plate processing, please feel free to consult with us.

Our company offers "precision thin plate laser processing," capable of high-quality finishing for thin plates and non-ferrous metals. We accept orders for complex shapes, porous processed products, and various non-ferrous metals, including shim products with a proven track record in the semiconductor industry. With the introduction of a fiber laser with a beam diameter of 40μm, we provide clear printing and precise processing without burrs on thin plates from SUS 0.01t and can accommodate any shape according to customer requirements. Processing of brass, copper, and phosphor bronze is also possible!

Our company offers "Precision Thin Plate Laser Processing," capable of high-quality finishing for thin plates and non-ferrous metals. We have introduced a fiber laser with a beam diameter of 40μm, achieving ultra-precise micro-processing on thin plates from SUS 0.01t. With clear printing and burr-free detailed processing, we can accommodate any shape according to our customers' requests. Processing of brass, copper, and phosphor bronze is also possible! We have examples of processing, including cut-out lettering in stainless steel and representations of leaf veins in copper/brass. 【Product Examples】 ■ Stainless Steel: Cut-out lettering ■ Copper/Brass: Representation of leaf veins ■ Stainless Steel: Shim, etc.

We have manufactured a disk made of aluminum for position determination using thin plates. This can also be printed, and since it is printed using metal photo technology, it has a low environmental impact and excellent weather resistance. Additionally, we use a high-precision laser processing machine to achieve a finish with minimal burrs. We also accept orders starting from one piece, so please feel free to consider it as a prototype or contact us for inquiries.

We have manufactured "gears" using precision machining technology with brass thin plates. Our company also has a track record of producing complex-shaped shims in brass using this technology. Additionally, we manufacture shim plates in stainless steel, copper, and other materials, with thicknesses starting from 0.01 mm. We look forward to your inquiries.

We manufacture high-precision aluminum QR code nameplates using our company's nameplate production technology. We have a proven track record in various industries such as warehouse management, manufacturing lines, logistics management, and solar panels. These QR code nameplates are highly resistant to heat, oil, and chemicals, with a durability of 25 years. 【Features】 - Due to the manufacturing method called metal photo, they have high weather resistance and oil resistance, with a lifespan of 25 years depending on the environment. This technology has also been used in Venus exploration. - High-precision printing - Plate thickness: 0.5t/0.8t - Material: Aluminum Perfect for warehouse management systems and bridge management! Please consider it.

Our company specializes in processing thin plates ranging from 0.01 mm to 2 mm. We have a track record of delivering processed products such as shim plates with complex shapes for machine tools, porous processed parts, and encoder disks like samples. We can finely process various materials, including SUS, copper, phosphor bronze, and brass, which are highly reflective materials. We cater to the diverse needs of each company, so if you are looking for precision processing technology for thin plates, please feel free to contact us. Additionally, we can arrange web meetings, so do not hesitate to reach out.

We accept the production of shim plates and shim rings starting from 0.01 mm using our thin plate processing technology. We can also accommodate materials other than SUS. We have a wealth of experience in delivering to machine tool manufacturers and semiconductor-related companies that require precision. Additionally, we offer various thicknesses, allowing for bulk delivery of the same shape with different thicknesses. Features: - Precision processing with minimal burrs - Orders can be placed from a single piece - Compatible with various materials Materials: SUS / Copper / Phosphor Bronze / Brass / Aluminum *Please note that some materials may not be available in certain thicknesses.

This is a sample of tin, which is usually difficult to cut cleanly due to its stickiness, cut with a fiber laser that minimizes burrs, and colored gold through laser marking. The uneven surface texture is uniformly marked with color, resulting in an elegant finish. Features: ■ Fiber laser technology that can cut difficult-to-process materials like tin cleanly ■ Uniform coloring with minimal impact from the board's unevenness ■ Complex shapes can be finished with minimal burrs due to the fiber laser ■ Laser marking can also be processed in white/blue.

We are engaged in the production of aluminum encoder disks. We can also perform slit processing and printing. Our company handles thin plate processing with thicknesses ranging from 0.01 mm, and we have a track record of delivering to shims and medical devices. Features: - Cutting with a high-precision fiber laser processing machine that produces minimal burrs - Compatible with various materials such as aluminum, SUS, copper, phosphor bronze, and brass - Printing that does not fade is also possible - We can accommodate various plate thicknesses, allowing for bulk orders of the same shape with different thicknesses.

We manufacture shim plates for adjusting high-precision machine tools with minimal gaps. These are used on the shop floor of machine tools for gap adjustments, and our company accommodates various materials and thicknesses. As a result, we receive many orders for shim plates of different thicknesses for adjustment purposes, and we have a substantial track record of deliveries. We can also process thin sheets of difficult-to-machine materials such as copper, phosphor bronze, and brass, which are highly reflective. ■ Materials: Stainless steel, copper, phosphor bronze, brass, aluminum ■ Thickness: Stainless steel from 0.01 mm; for other materials, please inquire. ■ Processing method: High-precision fiber laser processing.

Our company's high-precision fiber laser processing technology enables machining with minimal burrs. We have produced encoder disks from thin aluminum sheets, which we have previously delivered as samples, and have engraved "TP" in small letters. Fine processing of thin sheets is one of our specialties, and we can achieve machining as precise as 0.01 mm with stainless steel. In addition to encoder disks, we also manufacture parts for medical equipment with a proven track record, as well as complex-shaped shims. We have extensive experience with shims, including porous types and materials such as copper, phosphor bronze, and brass. For thin sheet processing, please leave it to Toyama Plate.

Our high-precision fiber laser processing technology has a proven track record in medical applications. We have performed internal serration-like processing on thin stainless steel sheets. Fine symbols are engraved. Our microfabrication capabilities accommodate stainless steel sheets as thin as 0.01 mm, as well as various materials including aluminum, copper, phosphor bronze, and brass. We have delivered to medical device manufacturers and machine tool manufacturers. If your company is looking for microfabrication technology, please contact us.

We manufacture metal disks for optical encoders used in quantitative measurement equipment. We have a track record of delivering sizes up to 10 mm in diameter to medical device manufacturers, and we provide high-precision slit processing. We can also produce items starting from a single piece, so please feel free to consult us regarding size and specifications. Engraving of company names and other markings is also possible using high-precision laser marking technology. If your company is looking for precision parts for optical encoders, please do not hesitate to contact us.

We have produced a sample of a wide-eyed deity cut from a brass thin plate with a thickness of 1mm or less. It is possible to cut the outline without cutting through it thanks to high-precision laser processing. Our company specializes in processing various non-ferrous metals, including high-reflective materials like brass and copper, as well as difficult-to-process materials like tin. We also have a track record of producing complex shim plates and parts for medical devices, so if your company is looking for fine processing technology, please feel free to contact us.

It is used to improve the precision of shim plates for semiconductor braking devices. While high precision is required for the products, this is achieved using high-precision laser processing machines. In the case of SUS, production is possible from a plate thickness of 0.01 mm. We contribute to improving the precision of devices with shim plates that have undergone high-precision slitting and hole processing. Additionally, our company can also deliver different thicknesses of the same shape in a consolidated manner. We believe there are many sites that require adjustments for various plate thicknesses. If your company is looking for high-precision thin shim plates, please feel free to contact us.

We manufacture round shim rings that contribute to improving the operational accuracy of devices by preventing vibrations and noise in power transmission systems. Our company can produce them in SUS from 0.01 mm and achieves a finish with minimal burrs through laser processing technology. We handle materials such as SUS, aluminum, copper, phosphor bronze, and brass, tailored to cost and application. We also accept orders in small quantities, so please feel free to contact us. We have a proven track record of delivering to manufacturers of semiconductor production equipment and various companies across different industries. If you are looking for thin shims, please do not hesitate to contact us.

We manufacture metal disks for optical encoders used in quantitative measurement equipment. We have a track record of delivering products, including those with a diameter of up to 10 mm, to medical device manufacturers, and we provide high-precision slit processing. We can also produce items starting from a single piece, so please feel free to consult us regarding size and specifications. Engravings such as company names can also be done using high-precision laser marking technology. If you are a company looking for precision parts for optical encoders, please do not hesitate to contact us.

Please make use of this for prototype production. We can deliver thin plate processed products with a thickness of 0.01 mm or more, starting from just one piece. The sample products have fine slit processing applied at regular intervals, and thanks to our high-precision fiber laser processing with a beam diameter of 40 µm, we can achieve minimal burrs during processing. Our company can handle SUS304 with a thickness of 0.01 mm or more, and we have many achievements in producing complex-shaped shims. We also process difficult materials such as copper, brass, and phosphor bronze, which are highly reflective materials, using laser processing. For repeat orders of products that you have ordered once, we keep the data on file, allowing for smooth additional orders. Please leave the processing of thin non-ferrous metals to Toyama Plate.

The sample is a complex-shaped thin plate processed against a backdrop of blue sky. The text "Toyama Plate" was cut out using laser processing on a 0.05 mm thin plate. The features of our laser processing are: ■ Minimal burrs ■ Capable of processing thin plates with a thickness of 0.01 mm and above ■ Suitable for prototype production as it can be created at a single point ■ Repeat orders for previously placed orders can be handled smoothly We actually deliver shims and machine parts, supplying to the medical industry and machine tool manufacturers. If your company is facing challenges with laser processing, please feel free to contact us.

Toyama Plate specializes in processing 0.01t to SUS thin plates, as well as thin copper plates and fine laser processing of brass and tin in Toyama Prefecture. We have a proven track record of delivering 0.01t shim plates and SUS electronic components, as well as supplying medical-related companies, earning us support for our high precision and short delivery times. The sample is an electronic component with fine slit processing on a 1cm disk. If your company is facing challenges with fine processing products, please feel free to contact us.

We have numerous delivery records to companies that manufacture semiconductor production equipment. The reasons are: - High precision finishing with minimal burrs - Orders for SUS with thickness variations from 0.01 mm are possible - We can also process materials such as copper and brass with high precision. We can accommodate complex shapes and also accept orders for small lots, such as prototypes. If your company is facing challenges with thin plate processing, please feel free to contact us.

The image is a sample, but we have produced a scale using Abel Black in black SUS. Black SUS Abel Black has a strong coating and is a very strong material. Our company is also skilled in processing complex shapes from thin plates and can perform precise laser processing with a beam diameter of 40µ. We can process not only SUS but also brass, copper, and phosphor bronze, achieving high-precision finishes.

The sample black SUS is made of a material called "Abel Black," which is highly resistant to chemicals, weather, and can withstand multiple high-pressure cleaning cycles due to its oxidized coating. We have performed complex cuts using a high-precision laser processing machine with a beam diameter of 40µ and laser marking with a laser marker on this Abel Black. Recently, we have received many orders for QR code tags aimed at improving traceability. These QR code tags made of Abel Black have a proven track record of delivery, maintaining visibility and readability even after passing through cleaning machines multiple times. They are also suitable for outdoor use, and we are supplying nameplates for tanks used in chemical plants, replacing existing corrosion-etched nameplates with shorter delivery times and cost reductions. Our company specializes in various nameplates and thin plate processing, so please feel free to contact us. We also offer online meetings and, depending on the material, free samples are available. We look forward to your consideration.

In outdoor environments where oil and chemicals are frequently used, stainless steel corrosion-etched nameplates have been adopted. However, the existing corrosion etching process involves many steps, making it difficult to reduce costs and shorten delivery times. Our company recommends using laser-marked nameplates made from black SUS "Abel Black" as an alternative to corrosion-etched nameplates. Compared to corrosion etching, this method requires less working time and fewer processes, achieving cost reduction. Additionally, laser etching generates no waste liquid, resulting in lower environmental impact. For companies currently using corrosion-etched nameplates, let's switch to laser-etched nameplates to achieve lower environmental impact and cost reduction. We also offer samples based on your preferences and materials, and we can arrange online meetings, so please feel free to contact us.

High-precision laser cutting technology for non-ferrous metals using a laser processing machine allows for machining from 0.01t (SUS). We manufacture parts for shims and machine tools with minimal burrs in the finish. We can also process a wide range of materials, including copper, phosphor bronze, and brass.

Leave the processing of SUS-made machine parts and shims for gap adjustments to us. We also welcome small lot items such as prototypes and products with the same shape but different plate thicknesses. Please consider us.

Shims are used for adjustments of machinery and power components, but we sometimes receive requests for different plate thicknesses from the field. Our company can manufacture shims with the same shape but different thicknesses, as well as complex shapes tailored to your needs. We can also produce small lots, so please feel free to contact us.

Stainless steel laser-marked nameplates have the following advantages compared to stainless steel etched nameplates: Cost reduction and shortened delivery times: Laser-marked nameplates require fewer processes, allowing for a reduction in manufacturing costs. Additionally, they can respond quickly, meeting demands for shorter delivery times. Reduced environmental impact: Laser marking does not produce waste liquid, making it a manufacturing method with low environmental impact. It is also suitable for customers seeking environmentally friendly products. Toyama Plate focuses on reducing environmental impact as its main theme and offers environmentally friendly laser-marked nameplates. We manufacture products that cater to various materials, from small lots of diverse nameplates to resin, metal, and seals, for those in charge of parts procurement in the manufacturing industry. We also provide free samples, allowing you to verify the quality and finish. Customization to meet customer needs is possible, so please feel free to contact us. Toyama Plate has 49 years of experience and technical expertise, having produced nameplates for machine tools, machinery equipment, and industrial nameplates. We hope you will consider us.

Toyama Plate Co., Ltd. has been specializing in the production of industrial nameplates for various machine tools and mechanical devices for 49 years. Our products offer a wide range of material options, from resin to metal, allowing us to provide optimal solutions that meet our customers' needs. We also focus on processing technology for nameplates, enabling us to respond quickly with precise etching, colorful printing, and individual marking. This allows Toyama Plate to produce high-quality products swiftly, even for small lots with specific specifications or design requirements. Additionally, we offer free samples for some products, allowing customers to directly verify the quality and technical capabilities of our offerings. For example, in the case of metal nameplates, we provide high-quality products that balance durability and aesthetics, while for resin nameplates, we offer samples of lightweight and highly flexible products. At Toyama Plate, we provide a variety of nameplates to procurement personnel in the manufacturing industry. We recognize that a single nameplate supports an important part of machines and devices, and we possess a commitment to quality born from this sense of responsibility, along with the technical capabilities to concretely realize our customers' requests.

Shims are used during the assembly and adjustment of molds, where even the slightest differences are not allowed, to adjust the precision of the molds and greatly contribute to improving accuracy. The shims provided by Toyama Plate are produced using a high-precision laser processing machine with a beam diameter of 40μ. This laser processing machine makes it possible to accurately create complex shapes and fine dimensions that are difficult to achieve with conventional cutting processes. Additionally, we offer free samples. You can hold the actual products in your hands and verify their precision and quality. For any inquiries or requests regarding parts procurement in the manufacturing industry, please feel free to contact Toyama Plate. We support the improvement of precision in your manufacturing processes with our shim production.