LSI Product Lineup

In the electronic components industry, appropriate surface treatment is required to maintain product performance and improve reliability. Particularly in coatings related to conductivity, it is important to select the optimal type from a variety of film types; however, with many manufacturers and types available, there are cases where selection can be confusing. Traditionally, if film types were selected based on convention without fully considering usage conditions, there may be issues such as not achieving the expected performance or having a short lifespan. Our company will carefully inquire about your current usage conditions and propose the optimal film type from similar types across various manufacturers, taking into account QCD (Quality, Cost, Delivery). 【Application Scenarios】 - Improvement of conductivity in electronic components - Enhancement of component durability - Streamlining of manufacturing processes 【Benefits of Implementation】 - Achieving extended lifespan compared to conventional film types - Improving user-friendliness for customers (ease of handling)

• Processing Contract

In the cutting tool industry, selecting the optimal PVD coating type from a variety of options is essential for maintaining tool performance and extending lifespan. However, the wide range of coating types offered by different manufacturers can lead to confusion about which one to choose. Continuing to use a previously employed coating type may mean that the tool's potential is not being fully realized. Our company addresses this issue by thoroughly understanding the current usage situation of our customers, comparing similar coating types from various manufacturers based on QCD (Quality, Cost, Delivery), and proposing the most suitable coating type. As a result of our proposals, customers have reported that our solutions are "user-friendly and easy to handle," and they have experienced extended lifespans compared to traditional coating types. 【Usage Scenarios】 - Unsure about selecting a coating type for cutting tools - Existing coatings have lifespan issues - Seeking higher-performance cutting tools 【Benefits of Implementation】 - Extended tool lifespan through optimal coating selection - Efficient coating selection based on QCD - Improved user-friendliness for customers

• Processing Contract

In the semiconductor manufacturing industry and applications requiring low friction, appropriate surface treatment is essential for maintaining the performance and longevity of components. Particularly in sliding parts and areas requiring precise movement, reducing friction is crucial, making the selection of suitable coating types important. Inappropriate selection of coating types can lead to premature wear and performance degradation. Our company addresses this issue by thoroughly understanding the current usage conditions of our customers and proposing the optimal coating type from similar types offered by various manufacturers, taking into account QCD (Quality, Cost, Delivery). 【Application Scenarios】 - Friction reduction for sliding components - Wear countermeasures for precision equipment - Components requiring extended lifespan 【Benefits of Implementation】 - Extended lifespan compared to conventional coating types - Performance improvement through optimal coating type selection tailored to usage conditions

• Processing Contract

In the aerospace field, high heat resistance is required to maintain the reliability of components under extreme environments. Particularly in areas exposed to high temperatures, such as engine parts and structural materials, improving the heat resistance of the material itself and protecting it through surface treatments are essential. Inappropriate selection of coating types may fail to deliver the expected performance and could impact safety and durability. Our company addresses this challenge by thoroughly understanding our customers' usage conditions and proposing the optimal coating type from similar options across various manufacturers, considering QCD (Quality, Cost, Delivery). 【Application Scenarios】 - Improving heat resistance of aircraft engine components - Enhancing durability of space equipment in high-temperature environments - Thermal load countermeasures for rocket components 【Benefits of Implementation】 - Achieving longer lifespans compared to conventional coatings - Performance improvement through the proposal of suitable coating types tailored to usage conditions - Enhanced usability for customers (ease of use)

• Processing Contract

In the automotive industry, wear resistance is required to improve the durability of parts. Particularly in harsh operating environments, performance degradation due to wear can affect product lifespan. Selecting the appropriate type of coating is crucial for enhancing the reliability of components. Our company will carefully inquire about your current usage conditions and propose the optimal coating type from similar types offered by various manufacturers, considering QCD (Quality, Cost, Delivery). 【Application Scenarios】 - Improvement of wear resistance in automotive parts - Extension of mold lifespan - Enhancement of production efficiency 【Effects of Implementation】 - Achieving extended lifespan compared to conventional coating types - Evaluating customer usability (ease of handling) - Contributing to problem-solving

• Processing Contract

We would like to introduce a case study that addresses the challenge faced by customers who are confused about which surface treatment manufacturer to choose due to the overwhelming variety of options available. Customers were using a certain type of film without much thought, as they had been doing for a long time. Our company inquired about their current usage and proposed similar film types from various manufacturers based on QCD (Quality, Cost, Delivery). We received feedback that our product's usability (ease of handling) was appreciated, and it was reported that the lifespan was extended compared to the conventional films. 【Case Overview】 ■ Problem: Too many types of surface treatment manufacturers to choose from ■ Challenge: Using a certain type of film without much thought ■ Solution: Inquiring about current usage and proposing suitable film types ■ Summary of the solution: Proposing similar film types from various manufacturers based on QCD ■ Key factor for adoption: Our product's usability (ease of handling) ■ Result: Extended lifespan compared to conventional films *For more details, please download the PDF or feel free to contact us.

• Processing Contract

In the medical device industry, hygiene management during the manufacturing process is extremely important to ensure product quality and safety. Particularly in the manufacturing of medical device components that require precise machining, maintaining the accuracy and longevity of the tools used is essential for suppressing machining defects and reducing contamination risks. Tool wear and deterioration can lead to a decrease in machining accuracy, which may ultimately affect product reliability. Our LEB treatment contributes to solving these challenges by modifying the surface structure of cutting tools to extend their lifespan. 【Application Scenarios】 - Precision machining of medical device components - Maintenance of tools that are easy to sterilize and clean - Reduction of contamination risks 【Benefits of Implementation】 - Reduced frequency of tool replacement due to extended tool life - Decreased defect rates due to stabilized machining accuracy - Reduction in manufacturing costs - Support for maintaining a hygienic manufacturing environment

• Other cutting tools

In the automotive manufacturing industry, improving production efficiency and reducing costs are always required in parts processing. In particular, the wear of cutting tools leads to a decrease in processing accuracy and an increase in tool replacement frequency, which can cause production line stoppages and increased costs. To address these challenges, our company proposes improving tool life through LEB treatment. 【Application Scenarios】 - General cutting tools (regardless of high-speed steel, carbide, or coating) - Mold components - Pre-purchased items with coatings - No size restrictions 【Effects of Implementation】 - Extension of tool life (expectations of more than double) - Improvement of surface roughness - Reduction of tool replacement effort - Significant reduction in tool costs

• Other cutting tools

In the robotics industry, stable operation on automated production lines is essential. In particular, cutting tools are responsible for precision machining, and their lifespan directly affects production efficiency and costs. Tool wear and damage can lead to unexpected line stoppages and decreased productivity. Therefore, extending tool life is a crucial challenge for maintaining the operational rate of robotic systems and improving productivity. Our LEB treatment contributes to addressing these challenges by extending tool life. ## Application Scenarios * Use of cutting tools in automated machining lines with robots * Measures against tool wear in precision parts machining * Stable operation of production lines and reduction of downtime * Labor savings through reduced tool replacement frequency ## Effects of Implementation * Increased machining numbers due to extended tool life * Reduction in the hassle and costs of tool replacement * Improved operational rate of production lines * Maintenance and enhancement of machining accuracy

• Other cutting tools

In the general machinery industry, there is a demand for the longevity of cutting tools and blades to improve production efficiency and reduce costs. In particular, maintaining machining accuracy and reducing the frequency of tool changes are essential for enhancing the overall productivity of the production line. Tool wear and damage can lead to processing defects, which may result in increased costs due to rework or reprocessing. Our LEB treatment contributes to addressing these challenges by extending tool life. 【Usage Scenarios】 - Extension of cutting tool life - Improved durability of mold components - Maintenance of performance for coated off-the-shelf products - Processing without size limitations 【Benefits of Implementation】 - Extension of tool life (expectations of more than double) - Reduction in the hassle of tool changes - Significant reduction in tool costs - Improvement in surface roughness

• Other cutting tools

In the aerospace field, high precision and reliability in machining are required, and the cutting tools and blades used must have high durability and long life. In particular, when machining special alloys and composite materials, tool wear directly affects machining accuracy, and frequent replacements can lead to decreased productivity and increased costs. LEB treatment applies high voltage at room temperature and pressure to modify the structure of the metal surface, resulting in increased hardness at the cutting tool's tip and improved internal stress, contributing to extended tool life. This meets the stringent machining requirements in the aerospace sector and supports stable productivity. 【Application Scenarios】 - Precision machining of aerospace components - Cutting of special alloys and composite materials - Application to tools requiring long life 【Effects of Implementation】 - Extension of tool life (expectations of more than double) - Maintenance and improvement of machining accuracy - Increased productivity through reduced tool replacement frequency - Reduction in tool costs

• Other cutting tools

In the mold manufacturing industry, there is a constant demand for longer mold lifespans and the accompanying improvement in productivity. Particularly for mold components that require complex shapes and precise machining, the shortening of tool life due to wear and damage can lead to increased production costs and delays in delivery. In response to these challenges, our company proposes surface modification through LEB treatment. LEB treatment applies high voltage to cutting tools and mold components, achieving improved surface hardness and internal stress relief, thereby contributing to the extension of tool life. 【Application Scenarios】 - Extension of cutting tool life - Improved wear resistance of mold components - Application to coated tools and molds - Processing without size limitations 【Effects of Implementation】 - Extension of tool life (expectations of more than double) - Improvement of surface roughness - Reduction in the hassle of tool replacement - Significant reduction in tool costs

• Other cutting tools

In the automotive manufacturing industry, the performance and lifespan of cutting tools are crucial for maintaining the precision of parts and improving production efficiency. Particularly in the processing of complex-shaped parts and mass production, tool wear and degradation can affect machining accuracy, potentially leading to production line stoppages and increased costs. Therefore, extending tool life and maintaining stable processing quality are ongoing challenges. Our LEB treatment addresses these issues by modifying the surface structure of tools, achieving both extended tool life and improved machining accuracy. 【Application Scenarios】 - Cutting processing of automotive parts - Extending the lifespan of mold components - Coated cutting tools - Various tools without size restrictions 【Benefits of Implementation】 - Extended tool life (expectations of over twice the lifespan) - Improved surface roughness - Reduced hassle of tool replacement - Significant reduction in tool costs

• Other cutting tools

In the energy industry, particularly in the field of turbine blades, coatings are sometimes applied to enhance the durability and maintain the performance of components. However, once a coating is applied to hard materials, its removal can be challenging, and in many cases, it cannot be reprocessed, leading to the necessity of disposal. This presents a challenge in terms of increasing costs for new production and effective resource utilization. Our company proposes a unique coating removal method through our proprietary "polishing" technique to address the issue of "inability to remove coatings from hard materials." This will enable the reprocessing of components such as turbine blades and contribute to reducing costs for new production. [Application Scenarios] - Coating removal from turbine blades - Hard components requiring reprocessing [Benefits of Implementation] - Reduction in costs for new production - Improved resource efficiency through component reuse

• Surface treatment contract service

In the medical device industry, particularly in implant polishing, precise surface treatment is directly linked to the performance and safety of products. When coating removal is difficult, it leads to situations where reprocessing is not possible, forcing reliance on new production, which contributes to increased costs. Our company proposes a unique coating removal method through our proprietary "polishing" to address the challenge of "unable to remove hard coatings." This enables the reprocessing of implant components and helps reduce the costs of new production. 【Application Scenarios】 - Coating removal of implant components - Surface preparation before re-polishing - Coating removal from prototypes 【Benefits of Implementation】 - Reduction of new production costs - Promotion of component reuse - Shortening of lead times

• Surface treatment contract service

In the aerospace industry, maintaining the performance of precision jigs and managing costs are essential. In particular, carbide jigs with special coatings may require reprocessing due to wear and degradation, but the difficulty of coating removal presents a challenge. If coating removal is not possible, it may necessitate the disposal or new fabrication of the jigs, potentially leading to increased costs. Our company proposes coating removal through polishing to address this issue. 【Application Scenarios】 - Coating removal of carbide jigs - Cost reduction through jig reuse - Containment of new fabrication costs 【Benefits of Implementation】 - Enables reprocessing of jigs - Reduction in new fabrication costs - Contributes to the longevity of jigs

• Surface treatment contract service

In the cutting tool industry, extending the life of tools through regrinding is essential for maintaining performance and reducing costs. Particularly, coatings applied to carbide tools can be difficult to remove during regrinding, leading to cases where tools are discarded. The challenge of being unable to remove coatings can prevent the full utilization of a tool's lifespan and potentially increase the costs of new purchases. Our company proposes a unique method of coating removal through our proprietary "polishing" technique to address this issue. 【Usage Scenarios】 - Regrinding of carbide-coated tools - Processing of tools with difficult-to-remove coatings - Cost reduction through the extension of tool life 【Benefits of Implementation】 - Enables coating removal, allowing for the reuse of tools through regrinding - Reduces the costs of producing new tools - Contributes to the reduction of the lifecycle costs of tools

• Surface treatment contract service

In the mold manufacturing industry, there is a demand for longer mold lifespans and cost reduction. In particular, the difficulty of coating removal from carbide materials can lead to mold disposal, which increases the costs of new production. Our company proposes a method to remove coatings from carbide materials through "polishing." This enables the reprocessing of molds and contributes to the reduction of new production costs. 【Usage Scenarios】 - When coating removal from carbide materials is difficult - When considering the reuse of molds - When wanting to reduce new production costs 【Benefits of Implementation】 - Enables the reprocessing of molds - Reduces new production costs - Decreases disposal costs

• Surface treatment contract service

In the semiconductor manufacturing industry, mold modification requires precise processing and longevity. In particular, the delamination of hard coatings is highly challenging, and if proper treatment is not performed, it may lead to the disposal or new production of molds. This can result in increased costs and potential impacts on production plans. Our company proposes polishing for the delamination of hard coatings, addressing the customer's challenge of being unable to delaminate hard coatings. This enables the reprocessing of molds and contributes to reducing new production costs. 【Usage Scenarios】 - When delaminating hard coatings is difficult - When wanting to avoid mold disposal - When wanting to reduce new mold production costs 【Effects of Implementation】 - Enables the delamination of hard coatings - Reduces new production costs through mold reuse

• Surface treatment contract service

In the automotive industry, there is a demand for longer-lasting parts and cost reduction. Particularly for parts that are prone to wear or are designed for reuse, issues can arise with coating delamination and reprocessing. When it is difficult to remove hard coatings, it can lead to the disposal of parts and an increase in the costs of new production. Our company proposes a solution to this challenge through coating delamination via polishing. This enables the reprocessing of parts and contributes to the reduction of new production costs. 【Application Scenarios】 - Reuse of worn mold parts - Regeneration of parts with difficult coating delamination - Parts management aimed at cost reduction 【Effects of Implementation】 - Reduction of new production costs - Effective utilization of parts - Contribution to waste reduction

• Surface treatment contract service

LEB processing is a method that extends tool life by applying high voltage to cutting tools at room temperature and pressure, thereby modifying the structure of the metal surface (increasing the hardness at the tip and improving internal stress). Instead of applying a coating like TiN, the surface is modified by applying high voltage. Therefore, treatment is possible regardless of whether the tool is made of high-speed steel, carbide, or has a coating. Increased hardness due to high voltage application! Improved internal stress! No changes in dimensions or shape! Tool life can be more than doubled! Good surface roughness! Reduced tool replacement effort! Significant reduction in tool costs! Many case studies available. <Case Study> A cutter was processed for a car parts manufacturer, resulting in an increase in processing quantity by 1.5 to 1.8 times! We successfully achieved a cost reduction of 5 million yen with LEB processing! We are currently continuing to receive repeat orders!

• Other cutting tools

We would like to introduce a case study that addresses the challenge faced by customers who are confused about which surface treatment manufacturer to choose due to the overwhelming variety of options available. Customers were using a certain type of film without a clear understanding of why. We inquired about their current usage and proposed similar film types from various manufacturers based on QCD (Quality, Cost, Delivery). They evaluated our ease of use and reported an extension of lifespan compared to the conventional films. 【Case Overview】 ■ Problem: Too many types of surface treatment manufacturers to choose from ■ Challenge: Using a conventional film type without a clear reason ■ Solution: Inquired about current usage and proposed suitable film types ■ Summary of the solution: Proposed similar film types from various manufacturers based on QCD ■ Key factor for adoption: Our ease of use ■ Result: Achieved a longer lifespan compared to conventional films *For more details, please download the PDF or feel free to contact us.

• Processing Contract

We would like to introduce a case study that addresses the challenge of not being able to perform measurements due to the absence of measuring equipment at the customer's site. We proposed measurements using our company's equipment, including three-dimensional measuring machines, contour measuring machines, and image measuring machines. We ensured dimensional guarantees through measurements with the aforementioned equipment and coordinated with the user's measurement methods. As a result, we were able to measure areas that could not be measured at the customer's site before, and we continue to receive requests for processing and surface treatment. 【Case Overview】 ■ Issue: Unable to measure (no measuring equipment) ■ Challenge: Unable to perform measurements according to user requirements ■ Solution: - Measurements using three-dimensional measuring machines, contour measuring machines, and image measuring machines - Dimensional guarantees and coordination with user measurement methods ■ Key Factors for Implementation: - Ability to measure areas that could not be measured at the customer's site before - Quick response tailored to customer requests *For more details, please download the PDF or feel free to contact us.

• Contract measurement

This is a case where we proposed measurement and drawing services to a customer who could not create new designs due to the lack of drawings and data for old parts. The customer's company did not have measuring equipment, making it impossible to measure dimensions and create drawings. Therefore, we used 3D measuring instruments and contour measuring devices to measure the dimensions and created drawings based on the results. We were appreciated for our ability to respond as much as possible even with short lead times and for the wide range of measurements possible with various measuring instruments. 【Case Overview】 ■ Problem: Unable to create new designs due to lack of drawings and data ■ Challenge: The customer did not have measuring equipment and could not measure dimensions ■ Solution: Measure the dimensions of existing parts and create drawings based on that ■ Equipment Used: 3D measuring instruments, contour measuring devices ■ Key Factors for Implementation: - Ability to respond as much as possible even with short lead times - Wide range of measurements possible with various measuring instruments *For more details, please download the PDF or feel free to contact us.

• Contract measurement

Here is an example of a proposal for inspection support using our existing equipment. The customer faced the problem of high inspection loads and was unable to conduct inspections similar to those of the end user. Therefore, we implemented a response tailored to the inspections of both the customer and the end user. The required inspection content and measurements under the environmental conditions of the inspection room (20 degrees ± 1 degree) were evaluated, and we received requests for inspection only. 【Case Overview】 ■ Problem: Unable to conduct inspections at the customer site ■ Challenges: - High inspection load at the customer site - Unable to conduct inspections similar to those of the end user ■ Solution: Response tailored to the inspections of both the customer and the end user ■ Key Factor for Implementation: Required inspection content and measurements under the environmental conditions of the inspection room (20 degrees ± 1 degree) ■ Implementation Effect: We have received work for inspection only *For more details, please download the PDF or feel free to contact us.

• Contract measurement

We would like to introduce a case where we proposed shape measurement and surface roughness measurement to customers who are troubled by short mold life and high costs. Our company conducted shape measurement of the current molds from production to polishing and after coating. As a result, the mold life was extended. 【Case Summary】 ■ Problem: Short mold life ■ Challenge: High costs ■ Solution: Shape measurement and surface roughness measurement of the current molds ■ Overview of the solution: Measurement of shape from production to polishing and after coating ■ Key factor for implementation: Surface roughness guarantee, dimensional guarantee ■ Implementation effect: Extended mold life *For more details, please download the PDF or feel free to contact us.

• Contract measurement

This is a case where we proposed obtaining the current mold data using a three-dimensional measuring machine and an image measuring machine for customers who are having trouble updating their molds. The customer was in a situation where they could not update the mold due to the lack of data and PDFs. Therefore, we used a three-dimensional measuring machine and an image measuring machine to acquire the current mold data and created the necessary data. As a result, they were able to update the mold and began to place production requests during the update process. 【Case Overview】 ■Problem: Unable to update the mold ■Challenge: No data or PDFs available ■Solution: - Acquisition of current mold data using a three-dimensional measuring machine and an image measuring machine - Data creation based on the above ■Outcome: Able to update the mold *For more details, please download the PDF or feel free to contact us.

• Contract measurement

We would like to introduce a case where we proposed surface treatments tailored to the needs of customers struggling with product release. The customer was having trouble with product release and requested a treatment to make it easier to peel off the product. In response, our company suggested multiple surface treatments rather than just one. We have received feedback that a treatment was found that improved the release. 【Case Overview】 ■ Issue: Unsure which surface treatment would be effective ■ Challenge: Struggling with product release ■ Solution: Proposed surface treatments according to the purpose ■ Deciding Factor for Implementation: Received two or three proposals instead of just one ■ Implementation Effect: Found a treatment that improved release *For more details, please download the PDF or feel free to contact us.

• Processing Contract

We would like to introduce a case where we proposed a material change from SUS (stainless steel) to iron + plating based on the drawings. The customer had a request to lower costs. Since iron + plating can reduce costs, we proposed the material change, which also brought the advantage of easier processing. We have received feedback that it is easier to consult about improvement proposals because we can present cost options along with responses according to the drawings. 【Case Overview】 ■ Issue: Desire to lower costs ■ Challenge: The drawings were for SUS (stainless steel) ■ Solution: Proposed iron + plating ■ Implementation Effect: Achieved cost reduction and easier processing *For more details, please download the PDF or feel free to contact us.

• Processing Contract

Here is a case study of proposing a material change from iron with plating to SUS (stainless steel). The customer's drawing specified a process involving SS400 or S45C with plating, but there was an urgent need for production. By suggesting SUS (stainless steel), we were able to eliminate the plating process and achieve a shorter delivery time. The customer appreciated the proposal for a quicker solution based on the drawings. 【Case Overview】 ■ Issue: Urgent need for production ■ Challenge: The drawing specified iron (SS400, S45C) with plating ■ Solution: Proposed SUS (stainless steel) to eliminate the plating process ■ Result: Achieved a shorter delivery time *For more details, please download the PDF or feel free to contact us.

• Processing Contract

We would like to introduce a case where we solved a customer's issue of "unable to strip the coating from carbide" at our company. In response to the problem of having to discard items after a single use, we proposed a method to remove the coating through polishing. This has made reprocessing possible and has helped reduce the costs of new production. 【Case Overview】 ■Issue - Unable to strip the coating from carbide ■Proposed Solution - Remove the coating through polishing ■Results - Reduced costs of new production *For more details, please download the PDF or feel free to contact us.

• Surface treatment contract service

We would like to introduce a case where we resolved a customer's issue of "production being at risk of stopping due to the damage of mold components." By fully utilizing our network, we simultaneously produced a temporary solution using pre-hardened steel and the regular material. As a result, we were able to replace the damaged parts without halting production. 【Case Overview】 ■ Issue - Production was at risk of stopping due to damage to mold components. ■ Proposed Solution - Simultaneous production of a temporary solution using pre-hardened steel and the regular material. ■ Outcome - We were able to replace the damaged parts without stopping production. *For more details, please download the PDF or feel free to contact us.

• Contract manufacturing

We would like to introduce a case where we solved a customer's issue of "not being able to meet the surface roughness specified in the drawings." In machining, we were unable to meet the required surface roughness, and there was also the problem of not having skilled technicians for polishing. We proposed a fully manual polishing process using specialized tools and equipment. The quality, standards, and speed of delivery exceeded the specifications that could not be met through machining, and the customer was satisfied. 【Case Overview】 ■Issue - Unable to meet the surface roughness specified in the drawings ■Proposed Solution - Fully manual polishing using specialized tools and equipment ■Results - We were able to quickly propose a solution, leading to an increase in polishing requests. *For more details, please download the PDF or feel free to contact us.

• Surface treatment contract service

We would like to introduce a case where we solved a customer's issue of "poor service from competitors in single part sales." In response to problems such as slow response speed, limited information retrieval, and sales unable to provide immediate answers regarding price and delivery time, we proposed quicker quotation responses, better proposals, and faster delivery times. As a result, customers who placed an order once continued to place orders and maintained a high priority for their requests. [Case Overview (Partial)] ■Issue - Poor service from competitors in single part sales ■Proposed Solution - Quotation within 24 hours ■Implementation Result - Customers who placed an order once continued to order and maintained a high priority for their requests. *For more details, please download the PDF or feel free to contact us.

• Contract manufacturing

We would like to introduce a case where we solved our customer's problem of "troublesome process management." In response to the issue of having to manage and arrange delivery dates for each supplier, we proposed a comprehensive management solution from materials to coating by listening to their desired delivery dates and requests. This reduced the time spent on arrangements, allowing them to dedicate more time to other tasks. 【Case Overview】 ■Problem - Troublesome process management ■Proposed Solution - Comprehensive management from materials to coating ■Results - More time available for other tasks *For more details, please download the PDF or feel free to contact us.

• Contract manufacturing

We would like to introduce a case study in which we solved the customer's issue of "not being able to do 3D design." In the design and production of robotic hands, the new model's work shape became complex, making it impossible to address the issue with conventional 2D design. We proposed a concept using a 3D model instead of drawings. By making a speedy decision on the concept, we were able to shorten the lead time to the finished product, and we have since received requests for other projects as well. 【Case Overview】 ■ Issue - Unable to do 3D design ■ Proposed Solution - Provided a 3D model to visually convey the concept and conducted web meetings ■ Implementation Results - Shortened lead time to the finished product due to speedy decision-making on the concept *For more details, please download the PDF or feel free to contact us.

• Contract manufacturing

We would like to introduce a case where we solved a customer's problem of "the company they had been requesting processing from has gone out of business." In response to issues such as other companies not matching the same quality and production costs, and the lack of drawings, we proposed to align quality and costs while creating drawings based on our design. By being able to handle items without drawings, we also received inquiries about parts from other departments that lacked drawings. 【Case Overview】 ■Problem - The company they had been requesting processing from has gone out of business. ■Proposed Solution - After multiple meetings, we proposed parts that matched the customer's needs. ■Results - We were able to handle items without drawings. *For more details, please download the PDF or feel free to contact us.

• Contract manufacturing

We would like to introduce a case where we solved a customer's issues regarding "maintenance polishing." In response to problems such as short mold lifespan, high costs for creating new molds, and the inability to perform maintenance polishing in-house, we proposed maintenance polishing after coating removal and a new type of coating film. As a result, requests for maintenance polishing increased, leading to successful cost reductions, and we also received requests for new polishing. 【Case Overview】 ■ Issues - Maintenance polishing ■ Proposed Solutions - Adhesion removal - Restoration of deformed shapes - Improvement of surface roughness *For more details, please download the PDF or feel free to contact us.

• Surface treatment contract service

We would like to introduce a case where we solved our customer's issue of wanting to "extend the lifespan of their molds." In response to the problem of poor mold durability due to friction, wear, and galling, we proposed polishing that maintains the shape and improves surface roughness. By enhancing the adhesion of the coating through polishing, we improved the surface roughness while maintaining the shape, resulting in more than double the number of shots. 【Case Overview】 ■Issue - Wanting to extend the lifespan of molds ■Proposed Solution - Polishing that maintains shape and improves surface roughness ■Results - More than double the number of shots *For more details, please download the PDF or feel free to contact us.

• Surface treatment contract service

We would like to introduce a case where we solved a customer's issues regarding "polishing gear shapes." In response to problems such as lack of polishing staff, not knowing how to polish, taking too long for polishing, and not achieving the required precision and surface roughness, we proposed the necessary tools, equipment, and years of know-how for polishing. Customers appreciated our ability to maintain precision even with short lead times, which has allowed us to receive various polishing projects. 【Case Overview】 ■ Issues - Polishing gear shapes ■ Proposed Solution - A specialized system for polishing is in place ■ Results - We have been able to receive various projects *For more details, please download the PDF or feel free to contact us.

• Processing Contract

We would like to introduce a case where we solved the customer's issue of "difficulty in meeting the surface roughness and shape tolerances specified in the drawings." There are often cases where trying to meet the surface roughness leads to distortion of the shape, and trying to maintain the shape results in failing to meet the surface roughness. In response to this problem, we proposed a method of performing polishing based on the contour measurement values obtained from a three-dimensional measuring machine. With a robust inspection system that allows for accurate measurements and reliable polishing techniques, we were able to implement this solution. As a result, our internal technical capabilities have improved, and we have been able to take on more challenging projects. [Case Overview (Partial)] ■ Issue - Difficulty in meeting the surface roughness and shape tolerances specified in the drawings. ■ Proposed Solution - Suggesting the necessary allowances and roughness for polishing during the work production stage. - If the sales department places a production request, it becomes easier to specify the required allowances and roughness. *For more details, please download the PDF or feel free to contact us.

• Contract manufacturing

We would like to introduce a case where we resolved a customer's issue of "being asked to reduce costs but not being able to come up with improvement proposals." Faced with the problem of not being able to find specific measures for cost reduction, which was putting pressure on profits, we proposed a one-stop solution utilizing processing methods and materials that lead to cost reduction, along with numerous partner manufacturers. As a result, the stability of quality led to shorter inspection times and a decrease in complaints, and we received many positive comments such as "easy to consult" and "quick response." [Case Overview (Partial)] ■ Issue - Being asked to reduce costs but not being able to come up with improvement proposals ■ Proposed Solution - Proposal of processing methods and materials that lead to cost reduction ■ Implementation Results - Stability of quality led to shorter inspection times and a decrease in complaints *For more details, please download the PDF or feel free to contact us.

• Contract manufacturing

We would like to introduce a case where we solved the customer's issue of "having few companies that can respond to urgent requests." Our company offers a manufacturing system capable of short lead times and urgent responses, along with a one-stop solution utilizing numerous partner manufacturers. We have received positive feedback for our continuous improvement proposals, such as cost reduction and lead time shortening, which has enabled us to handle sudden projects and reduce the burden on our internal teams. [Case Overview (Partial)] ■ Issues - Delays and additional costs are occurring due to rework. - The burden of complaints and re-inspections is increasing due to quality variability. ■ Solutions - Utilizing our network of partner manufacturers to select suitable processing locations. - Proposing changes in processing methods and alternative materials to shorten lead times. *For more details, please download the PDF or feel free to contact us.

• Contract manufacturing

We would like to introduce a case where we solved a customer's issue of "tight deadlines that existing partner companies cannot handle." Our company offers a manufacturing system capable of short lead times and urgent responses, along with a one-stop solution utilizing numerous partner manufacturers. After implementation, rework significantly decreased, and delays in delivery became almost nonexistent. Additionally, we became capable of handling sudden projects, which reduced the burden on our internal teams. [Case Overview (Partial)] ■ Problem - Rework is causing delays in delivery and additional costs. - Variability in quality is increasing complaints and the burden of re-inspections. ■ Solution - Proposed changes in processing methods and alternative materials to shorten the process. - Established a system that allows for immediate response in case of defects, addressing issues through corrections rather than re-manufacturing. *For more details, please download the PDF or feel free to contact us.

• Contract manufacturing

We would like to introduce a case where we resolved the issue of "frequent deficiencies in drawings and specification changes leading to rework" that our customer faced. To address the problem of rework causing delays in delivery and additional costs, we proposed pre-support for drawing checks and specification confirmations. With a large number of partner manufacturers and the ability to cover a wide range of fields, we were chosen as an easy-to-consult partner. As a result, rework was significantly reduced, and delivery delays became almost nonexistent. 【Case Overview】 ■ Issue - Frequent deficiencies in drawings and specification changes leading to rework ■ Proposed Solution - Pre-support for drawing checks and specification confirmations ■ Implementation Results - Rework was significantly reduced, and delivery delays became almost nonexistent *For more details, please download the PDF or feel free to contact us.

• Contract manufacturing