Last Updated： Aggregation Period:Jun 03, 2026～Jun 30, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jun 03, 2026～Jun 30, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jun 03, 2026～Jun 30, 2026
This ranking is based on the number of page views on our site.
961～990 item / All 999 items
We are standardizing the commonly used glass panel sizes in the semiconductor field.
■There are two types of glass materials: soda glass (thickness 1.1t) and non-alkali glass (thickness 0.7t). ■Sizes available include round and square shapes in 2 inches, 3 inches, and 5 inches. ■Custom sizes are also accepted.
For cooling lithium-ion batteries for BEVs, IGBT modules, and modules for autonomous driving systems.
Our "Cold Plate" is designed for use in various situations where it is necessary to efficiently absorb and transfer large amounts of heat. To accommodate applications with limited space, we pursue high thermal conductivity and a compact design. The flow paths for heat transfer fluids can be processed into various shapes and sizes through different manufacturing methods. The materials used are aluminum or copper, which can be processed into thin forms, contributing to weight reduction. Please utilize it for the development of temperature-sensitive products such as lithium-ion batteries. 【Main Manufacturing Methods】 ■ Friction Stir Welding (FSW): Allows for high fatigue strength and minimal distortion in joints. ■ Vacuum Brazing: Suitable for small quantities, enabling complex joint shapes and multiple joint locations. ■ Metal Pipe Embedding: Cost-effective for mass production. ■ Metal Diffusion Bonding ■ Gundrilling *For more details, please refer to the documentation. Feel free to contact us with any inquiries.
Do you think that mold plate manufacturing can only be done in-house? We handle everything from processing to assembly of parts!
Our company has been involved in "molds" for over 40 years, including the time of Yoshida Mold, and we believe that our greatest strength lies in our "knowledge of mold processing" based on this experience. Most CAD drawings of mold plates do not include dimensions, and for processing companies without mold knowledge, it is necessary to start from scratch with discussions. Since our company is a spin-off from the processing division of a mold manufacturer, we are able to propose more efficient processing methods utilizing our knowledge and technology of press molds, which also allows us to implement cost reductions. **Five Benefits of Outsourcing Press Mold Plate Production:** 1. Improved in-house mold production rate 2. Reduced burden on mold personnel (promoting work style reform) 3. More affordable than outsourcing the entire mold set 4. Increased capacity for mold processing equipment, enabling immediate response for maintenance of existing molds 5. Only outsourcing the overflow processes (such as wire cutting) *If you have concerns about mold production, please consult us first.* *For more details, please refer to the PDF document or feel free to contact us.*
We manufacture press die plates for parts used in automobiles and motorcycles.
Our company specializes in the complete processing and manufacturing of press die plates (such as die, stripper, punch, punch plates, etc.). We can also arrange for materials and heat treatment. Since we focus on die plate processing, we can respond with the unique [quality, delivery time, and price] of press dies. Additionally, our company is a separate entity that was spun off from the processing division of a mold manufacturer, allowing us to propose more efficient processing methods utilizing our knowledge and technology of press dies, thereby achieving cost reductions. *For more details, please refer to the PDF document or feel free to contact us.*
We manufacture press die plates for parts used in various architectural components.
We mainly carry out the complete machining production of plates for press molds (die, stripper, punch, punch plates, etc.). 【Supported Processes】 ■ Material procurement ■ Machining ■ Heat treatment arrangement ■ Surface grinding ■ Wire cutting *For more details, please refer to the PDF document or feel free to contact us.
We manufacture press die plates for components used in electronic devices.
We mainly carry out the complete processing and manufacturing of plates for press molds (die, stripper, punch, punch plates, etc.). 【Benefits of entrusting us】 ■ Improve the in-house production rate of molds for customers and within the company ■ Reduce the burden on mold personnel ■ Achieve cost reduction compared to outsourcing the entire mold set ■ Allow your mold processing equipment (machining, wire cutting machines, etc.) to have extra capacity, enabling prompt maintenance of existing molds *For more details, please refer to the PDF document or feel free to contact us.
Leave the press mold processing done in-house to us! Would you like to try our factory, Yoshida Giken? We will handle everything up to shipping.
Our company is a spinoff from the wire cutting division of "Yoshida Mold Co., Ltd.", a press mold design and manufacturing company, and specializes in the complete processing and production of plates and parts for press molds. Since we are an independent company spun off from the processing division of a mold manufacturer, we can propose more efficient processing methods utilizing our knowledge and technology of molds. If you work with a processing company that lacks mold knowledge, you will need to start discussions from scratch. We are well aware of the areas where precision is necessary and those where it is not, which ultimately leads to cost reduction and shorter delivery times. *For more details, please refer to the PDF materials or feel free to contact us.
Counting and filling of capsules and tablets using a Hagoita-type counting plate! Custom-made and quick delivery available!
The capsule counting plate "Hagoita Type" is a plate that allows for easy counting of capsules by using grooves on the plate. It is compatible with hard capsules, soft capsules, and tablets, and can be custom-made to your desired size and quantity! Quick delivery options are also available. 【Features】 - Hagoita type counting plate - Made of white resin - Compatible with hard capsules, soft capsules, and tablets - Size and quantity can be specified as desired *For more details, please refer to the PDF document or feel free to contact us.
May 2012 Issue MS Newsletter Injection Molding Machine Die Plate
【Product PR】 The "MS Method (Mechanical Stitch)" is a revolutionary repair technique (Mechanical Stitching Method) that addresses metal cracks using mechanical methods. Since no heat is applied at all, there is no "thermal distortion." Residual stress in other areas does not occur, preventing secondary damage such as new cracks. Metal cracks are one of the concerns in equipment maintenance operations. In typical welding repair methods, the base material around the crack changes due to heat, leading to residual stress and distortion, which always carries the risk of "crack recurrence" and "secondary damage." 【Features of the MS Method】 ■ No hardening or residual stress due to heat ■ Elimination of secondary damage ■ Maintenance of stable quality → Integrated system repairs using jigs, etc. → Accumulation of know-how, experience, and achievements ■ Completion of construction in a short period → No significant decrease in equipment operating rates ■ Advantages in safety and environmental aspects → No use of fire, thus no impact on the operating rates of other equipment or the environment For more details, please contact us.
November 2012 Issue MS Newsletter Press Machine Crown Frame
【Product PR】 The "MS Method (Mechanical Stitch)" is a groundbreaking repair technique (Mechanical Stitch Method) that uses mechanical methods to address metal cracks. Since it does not apply any heat, there is no "thermal distortion." It prevents residual stress in other areas and also avoids secondary damage such as new cracks. Metal cracks are one of the concerns in equipment maintenance operations. In general welding repair methods, the base material around the crack changes due to heat, leading to residual stress and distortion, which always carries the risk of "crack recurrence" and "secondary damage." 【Features of the MS Method】 ■ No hardening or residual stress due to heat ■ Elimination of secondary damage ■ Maintenance of stable quality → Integrated system repairs using jigs, etc. → Accumulation of know-how, experience, and achievements ■ Completion of construction in a short period → No significant decrease in equipment operating rates ■ Advantages in safety and environmental aspects → No use of fire, thus no impact on the operating rates of other equipment or the environment For more details, please contact us.
We will repair cracks in metal and machinery without applying heat. We will repair metal cracks without adding heat. No thermal distortion will occur.
The "MS Method (Mechanical Stitch)" is a groundbreaking repair technique (Mechanical Stitching Method) that addresses metal cracks using mechanical methods. Since no heat is applied at all, there is no "thermal distortion." Residual stress in other areas does not occur, preventing secondary damage such as new cracks. 【Features】 ■ No hardening or residual stress due to heat ■ Elimination of secondary damage ■ Maintenance of stable quality → Integrated system repairs with jigs, etc. → Accumulation of know-how, experience, and track record ■ Completion of construction in a short period → Does not significantly reduce the operating rate of equipment ■ Advantages in safety and environmental aspects → No use of fire, thus no impact on the operating rate of other equipment or the environment For more details, please contact us.
Repair metal cracks without applying heat! There’s no need to worry about using fire on-site or damaging the base material with welding heat! Feel free to consult us.
The "MS Method (Mechanical Stitch)" is a revolutionary repair technique (Mechanical Stitching Method) that addresses metal cracks using mechanical methods. Unlike welding repairs that involve thermal curing, this method does not apply any heat, thus preventing "thermal distortion." It does not generate residual stress in other areas, thereby preventing secondary damage such as new cracks. 【Features】 ■ No hardening or residual stress from heat ■ Elimination of secondary damage ■ Maintenance of stable quality → Integrated system repairs using jigs and other tools → Accumulation of know-how, experience, and track record ■ Completion of work in a short period → Does not significantly reduce the operational rate of equipment ■ Advantages in safety and environmental aspects → Since no fire is used, there is no impact on the operational rate of other equipment or the environment For more details, please contact us or download the catalog.
We will repair the cracks in the metal equipment without applying any heat at all. We will repair the metal cracks without causing thermal distortion.
The "MS Method (Mechanical Stitch)" is a groundbreaking repair technique (Mechanical Stitching Method) that addresses metal cracks using mechanical methods. Unlike welding repairs that involve heat curing, this method does not apply any heat, thus preventing "thermal distortion." It does not generate residual stress in other areas, preventing secondary damage such as new cracks. 【Features】 ■ No hardening or residual stress from heat ■ Elimination of secondary damage ■ Maintenance of stable quality → Integrated system repairs using jigs, etc. → Accumulation of know-how, experience, and track record ■ Completion of construction in a short period → Does not significantly reduce the operational rate of equipment ■ Advantages in safety and environmental aspects → Since no fire is used, there is no impact on the operational rate of other equipment or the environment For more details, please contact us.
We will restore aluminum, cast iron, and cast steel damaged female threads, bolt holes, and broken female threads to their original size.
【Product PR】 "MS Insert" is a female thread part designed to repair damaged bolt holes. It embeds an insert with a special structure applied to the outer diameter thread section into the bolt hole area for restoration. It is difficult to pull out and does not put stress on the base material, making it suitable for installation in areas constantly exposed to vibrations or at the ends. Compared to conventional products like spring-type coils or self-tapping items, it improves precision and demonstrates groundbreaking effects in terms of durability. Additionally, by pre-installing it in areas where bolts are frequently attached and detached, permanent measures can be implemented. 【Features】 ■ Difficult to pull out and does not stress the base material ■ Ideal for permanent solutions for threaded holes ■ Can be used to strengthen and restore thread profiles ■ Enables installation at ends → Designed with upward-facing thread profiles that attract the surrounding base material toward the center of the screw from all directions For more details, please contact us or download the catalog.
Not welding! A new method for repairing metal cracks! Prevents damage and recurrence of cracks without adding heat - permanent solution for metal fractures.
Metal cracks are one of the concerns in equipment maintenance operations. Conventional welding repair methods can change the base material around the crack due to heat, leading to residual stress and deformation, which always carries the risk of "crack recurrence" and "secondary damage." Hinode Waterworks Equipment Co., Ltd.'s "Mechanical Stitching Method" is a new technique that allows for the repair of metal cracks without applying heat. By using special bolts and reinforcement plates, the crack is physically removed without affecting the base material at all. Repairs can be made even in environments where open flames cannot be used. Since no heat is applied, the disassembly of equipment is kept to a minimum. For more details, please contact us or download the catalog.
October 2020 Newsletter - Gearbox Casing
【Product PR】 The "MS Method (Mechanical Stitch)" is a revolutionary repair technique (Mechanical Stitching Method) that uses mechanical methods to address cracks in metal. Since it does not apply any heat, there is no "thermal distortion." It prevents residual stress from occurring in other areas and also prevents secondary damage such as new cracks. Cracks in metal are one of the concerns in equipment maintenance operations. Repairs using conventional welding methods change the base material around the crack due to heat, leading to residual stress and distortion, which always carries the risk of "crack recurrence" and "secondary damage." 【Features of the MS Method】 ■ No hardening or residual stress from heat ■ Elimination of secondary damage ■ Maintenance of stable quality → Integrated system repairs using jigs, etc. → Accumulation of know-how, experience, and track record ■ Completion of construction in a short period → Does not significantly reduce the operating rate of equipment ■ Advantages in safety and environmental aspects → No use of fire, thus no impact on the operating rate of other equipment or the environment For more details, please contact us.
December 2020 Issue Newsletter Bracket
【Product PR】 The "MS Method (Mechanical Stitch)" is a groundbreaking repair technique (Mechanical Stitch Method) that addresses metal cracks using mechanical methods. Since it does not apply any heat, there is no "thermal distortion." It prevents residual stress in other areas and avoids secondary damage such as new cracks. Metal cracks are one of the challenges in equipment maintenance. Repairs using conventional welding methods change the base material around the crack due to heat, leading to residual stress and distortion, which always carries the risk of "crack recurrence" and "secondary damage." 【Features of the MS Method】 ■ No hardening or residual stress from heat ■ Elimination of secondary damage ■ Maintenance of stable quality → Integrated system repairs using jigs, etc. → Accumulation of know-how, experience, and track record ■ Completion of work in a short period → Does not significantly reduce the operational rate of equipment ■ Advantages in safety and environmental aspects → No use of fire, so there is no impact on the operational rate of other equipment or the environment For more details, please contact us.
In response to our customers' requests, we also accept orders for nameplate production. Please feel free to consult with us!
We also manufacture control panel nameplates in response to our customers' requests. Since they are custom-made, we can produce them according to your specifications. Please feel free to consult with us first. *For more details, please contact us or refer to our catalog.*
![[For Medical Institutions] Product Name Difference](https://image.mono.ipros.com/public/product/image/2001585466/IPROS3194439100971394928.jpg?w=280&h=280)
Smooth information sharing! A catalog of product name differences useful in medical settings.
In the medical field, it is important to quickly share accurate information such as patient data and medication names. Especially in emergencies or busy situations, miscommunication can lead to serious accidents. Our product name plates clearly display the necessary information and support smooth information sharing. The name plates can display letters and symbols in large sizes, enhancing visibility. The premium name plates have a sophisticated design that does not compromise the dignity of medical institutions. [Usage Scenarios] - Displaying medical records in examination rooms - Labeling medication shelves - Displaying samples in laboratories - Providing guidance at reception counters - Displaying patient names in hospital rooms [Benefits of Implementation] - Improved accuracy of information transmission - Enhanced operational efficiency - Reduction of medical errors - Increased patient satisfaction - Creation of a clean and organized environment
High-throughput ultrafiltration process for most protein, nucleic acid, and biomolecular nanoparticle samples!
AcroPrep filter plates can perform high-throughput ultrafiltration processes for protein and nucleic acid samples, viral vectors, and extracellular vesicles. They utilize modified PES as the ultrafiltration membrane and support a wide range of MWCO (molecular weight cut-off) from 1K to 100K. Additionally, they have low protein binding properties, contributing to high recovery rates of samples. The filter plates are available in three formats: 24, 96, and 384 wells. When selecting the MWCO, it is recommended to choose a MWCO that is 1/3 to 1/6 times the molecular weight of the protein to be retained when concentrating proteins. For recovering the filtrate, it is advisable to select a membrane with an MWCO that is 3 to 6 times that of the target protein. We are distributing samples for free, so please indicate your desired number of wells and MWCO value in the inquiry section. In the FASP method, it is used for chemical modifications of purified proteins and washing of reaction reagents on a 96-well ultrafiltration membrane. Reference: Potriquet, J., et al., PLOS ONE 12 e0175967 (2017)
We solve the low durability of standard aluminum QR code plates! Contributing to improved traceability with metal photo QR code plates.
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.
Sim plates can also be made of copper! Compatible with SUS304 and brass, production is possible from 0.01mm, with numerous achievements in the semiconductor industry.
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.
Shim plates can be manufactured in circular shapes! Compatible with SUS304, copper, and brass, with high-precision processing from 0.01mm.
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.
Sim plates can be produced as prototypes! Compatible with SUS304, copper, and brass, with high-precision processing from 0.01mm.
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.
Sim plates can be made from amorphous materials! Compatible with SUS304, copper, and brass, high-precision processing from 0.01mm.
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.
The geometric patterns such as sheath shapes, tortoise shells, and round motifs are expressed in a vivid indigo glaze on a finely polished white surface!
We handle Arita ware "Sometsuke Shouzui" switch plates and outlet covers. "Sometsuke Shouzui" is a representative work of Arita ware, featuring intricate geometric patterns, textures, and landscapes painted on blue-and-white porcelain. Additionally, by utilizing the effects of photocatalysis, it promotes the decomposition of harmful substances floating in the air and water, keeping it clean for a semi-permanent period. 【Lineup】 ■ Switch Plates - 1-gang: ART1-EL001 - 2-gang: ART1-EL002 - 3-gang: ART1-EL003 - 4-gang: ART1-EL004 - 5-gang: ART1-EL005 - 6-gang: ART1-EL006 *For more details, please refer to the PDF document or feel free to contact us.
Antibacterial with photocatalytic coating technology! A cover with beautiful colors inspired by Japanese aesthetics!
We offer Arita porcelain "Sometsuke Fuji-e" switch plates and outlet covers. With the application of "photocatalytic coating technology," they exhibit high effectiveness in deodorization, stain resistance, and antibacterial properties. The beautiful colors and noble wisteria patterns unique to Arita porcelain further enhance an elegant lifestyle. Additionally, we have a lineup of switch plates and outlet covers ranging from 1 to 6 sockets, with options for hole types available for the 4-socket and 5-socket models. 【Lineup】 ■ Switch Plates - 1 socket: ART5-EL001 - 2 sockets: ART5-EL002 - 3 sockets: ART5-EL003 - 4 sockets: ART5-EL004 - 5 sockets: ART5-EL005 - 6 sockets: ART2-EL006 *For more details, please refer to the PDF document or feel free to contact us.
Arita ware, where traditional culture and aesthetic sense thrive! We offer switch plates from 1 to 6 sockets!
We offer Arita porcelain "Sometsuke Taisho Roman" switch plates and outlet covers. With the application of "photocatalytic coating technology," they exhibit high effectiveness in deodorization, stain resistance, and antibacterial properties. They are simple and modern, yet evoke a sense of vibrant traditional culture and aesthetic sensibility. We have a lineup of switch plates and outlet covers ranging from 1 to 6 sockets. We also offer hole types for 4 and 5 sockets. 【Product Lineup】 ■ Switch Plates - 1 socket: ART3-EL001 - 2 sockets: ART3-EL002 - 3 sockets: ART3-EL003 - 4 sockets: ART3-EL004 - 5 sockets: ART3-EL005 - 6 sockets: ART3-EL006 *For more details, please refer to the PDF document or feel free to contact us.
Contributing to the improvement of pharmaceutical transport quality with barrierless processing!
In the pharmaceutical industry, maintaining product quality during precise transportation is the most important challenge. Even slight contamination or impact during transport can lead to deterioration in product quality and a decrease in safety. Our products support the safe transportation of pharmaceuticals by reducing the risk of foreign matter generation through burr-free processing of transport rail plates. We achieve stable tolerances for all units and can respond flexibly to customer requests regarding delivery times. 【Usage Scenarios】 - Transportation systems in pharmaceutical manufacturing plants - Precise transportation within clean rooms - Product supply on packaging lines 【Benefits of Implementation】 - Reduced risk of foreign matter contamination - Maintenance of product quality - Stable operation of transportation systems - Improved yield
