LSI Product Lineup

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

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.

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

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)

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

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

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)