IZUSHI Product Lineup

In model and hobby making, precise processing of details is required. In particular, deburring parts and surface treatment are important processes that affect the final quality of the work. If handling fine details takes too much time or if the file clogs quickly, it can disrupt the work and impact motivation for creation. Our Bright 900 Craft Type has been developed to address these concerns of model makers. [Usage Scenarios] - Processing gates and removing parting lines on plastic models - Deburring resin kit molds - Detailing miniatures - Surface finishing of wooden models [Benefits of Introduction] - Less prone to clogging and maintains sharp cutting ability, allowing for smooth work - Durability has improved compared to conventional products, enabling longer use - Mini wooden handle makes it easy to hold even for fine work, providing stable operation feel

• Hand polishing and filing

In the robotics industry, precise movements and stable performance over long periods are required. In particular, for deburring and surface treatment of movable parts, the sharpness and durability of the tools are crucial to achieve smooth and accurate motion. Inadequate deburring can lead to increased resistance during operation and unusual noises, potentially resulting in decreased performance or failure of the robot. Our deburring tool "Bright 900 Craft Type" excels in chip removal and is less prone to clogging, allowing for sustained sharpness and supporting the smooth operation of robots. 【Usage Scenarios】 - Deburring of movable parts and joints of robotic arms - Surface finishing of precision components - Processing of parts before assembly 【Benefits of Implementation】 - Improved operational accuracy of robots - Reduction of unusual noises and operational resistance - Decreased maintenance costs due to extended tool life

• Hand polishing and filing

In semiconductor manufacturing, high cleanliness is required for the processing and assembly of fine components. Contamination directly leads to product defects, so it is crucial to maintain the cleanliness of the processing surfaces even during deburring operations. Additionally, since precise work is required, tool clogging can lead to decreased work efficiency and potential damage to the processing surfaces. The deburring tool i-TOOL Bright 900 Craft Type excels in the release of cutting chips and is less prone to clogging, allowing for sustained sharpness and supporting efficient work while maintaining cleanliness. 【Usage Scenarios】 - Processing of parts for semiconductor manufacturing equipment - Deburring before the assembly of precision instruments - Work in clean rooms 【Benefits of Implementation】 - Contributes to maintaining the cleanliness of processing surfaces - Less prone to clogging, improving work efficiency - Precise deburring due to sharp cutting performance

• Hand polishing and filing

In the precision machinery industry, the smooth movement of parts (sliding properties) greatly affects the performance and lifespan of products. In particular, fine burrs and cutting marks can lead to increased sliding resistance and abnormal noises, potentially compromising the reliability of the product. Therefore, precise deburring work is required. The Bright 900 Craft type excels in the release of cutting dust, reduces clogging of the file, and maintains a sharp cutting edge, thereby supporting precise deburring tasks. 【Usage Scenarios】 - Deburring of precision machine parts - Finishing of mold steel and stainless steel - Processing of plastic products - Cutting of aluminum materials 【Benefits of Implementation】 - Improved sliding properties of parts - Maintenance of processing accuracy - Enhanced work efficiency - Extended tool lifespan

• Hand polishing and filing

In the mold industry, post-processing deburring work is crucial to achieve precise moldability. Particularly when dealing with complex shapes or hard materials, clogging of the file and early wear can negatively impact work efficiency and finishing accuracy. Our Bright 900 Craft Type is designed to address these challenges, featuring excellent chip removal properties and a design that minimizes clogging, ensuring a sharp cutting edge is maintained. 【Usage Scenarios】 - Deburring of hard materials such as mold steel and stainless steel - Finishing of complex shape sections - Final finishing to enhance the accuracy of molded products 【Benefits of Implementation】 - Improved work efficiency due to reduced clogging. - Durability is 3 to 6 times greater compared to conventional products, allowing for long-term use. - Resistant to rust even in humid environments, providing stable performance. - Compatible with a wide range of materials from soft to hard.

• Hand polishing and filing

In the electronics industry, as products become smaller, precise parts processing and deburring are required. In particular, accurate and efficient deburring work is essential to avoid compromising the assembly of fine parts and their functionality. Insufficient deburring can lead to poor contact and short circuits, potentially resulting in decreased product reliability. The deburring tool i-TOOL Bright 900 Craft Type is designed to resist clogging and maintain sharp cutting performance, allowing for stress-free precision work and stable quality. 【Usage Scenarios】 - Edge processing of electronic components - Deburring of circuit board cut edges - Finishing of connector parts - Processing of small enclosures 【Benefits of Implementation】 - Improved work efficiency - Enhanced product reliability - Reduced defect rates

• Hand polishing and filing

In the aerospace field, fine burrs on parts can potentially affect product performance and safety. Especially for parts that require precision machining, burr removal is essential, and the accuracy and efficiency of the work are highly valued. Our burr removal tool, i-TOOL Bright 900 Craft Type, is designed to resist clogging and maintain sharp cutting performance, supporting precise burr removal tasks and contributing to improved safety in the aerospace sector. 【Usage Scenarios】 - Precision burr removal for aircraft parts - Maintenance of space equipment - Finishing processes for various metal parts 【Benefits of Implementation】 - Reduced risk of accidents due to burrs left behind - Improved work efficiency - Enhanced reliability of parts

• Hand polishing and filing

In the automotive industry, the precise processing and finishing of parts are directly linked to the overall performance and reliability of the product. Particularly in areas where parts have complex shapes or require high dimensional accuracy, the efficiency and precision of deburring work are emphasized. Insufficient deburring can lead to poor fitting of parts, unusual noises, and even a decrease in product lifespan. The Bright 900 Craft Type excels in the detachment of cutting debris, reducing clogging of the file, thereby maintaining sharp cutting performance for an extended period and supporting high-precision finishing of parts. 【Usage Scenarios】 - Precision deburring of metal parts - Finishing of complex-shaped parts - Processing of materials such as aluminum, steel, and stainless steel 【Benefits of Implementation】 - Improved work efficiency - Stabilization of part accuracy - Extension of tool lifespan

• Hand polishing and filing

In the textile machinery industry, reducing friction between moving parts is crucial for stable machine operation and maintaining product quality. High friction can lead to accelerated wear of components and energy loss, potentially resulting in decreased production efficiency. Our ECOROLL deep rolling process contributes to low friction by smoothing metal surfaces and achieving excellent surface roughness and strength. 【Application Scenarios】 - Rotating parts of textile machinery - Sliding parts - Other areas where friction reduction is required 【Benefits of Implementation】 - Extended component lifespan - Improved energy efficiency - Smooth machine operation

• Other abrasives

In the field of hydraulic and pneumatic equipment, high sealing performance is crucial for maintaining product performance and reliability. In particular, fine scratches and surface roughness in sliding parts can lead to oil leaks and operational failures, potentially shortening the lifespan of the equipment. In response to these challenges, our deep rolling process contributes to improved sealing performance by smoothing metal surfaces and achieving excellent surface roughness and strength. 【Application Scenes】 - Inner surface of hydraulic cylinders - Sliding components of pneumatic equipment - Contact surfaces with sealing materials 【Effects of Implementation】 - Reduced risk of oil leaks - Extended equipment lifespan - Maintenance of stable operational performance

• Other abrasives

In the aerospace field, reliability and safety under extreme conditions are required, and components must have high fatigue strength and surface hardness. In particular, achieving both lightweight and high strength is a critical challenge directly linked to improved fuel efficiency and performance. Conventional surface treatments have sometimes led to increased complexity and costs. ECOROLL's deep rolling process addresses these challenges by generating compressive residual stress on the metal surface, thereby improving the fatigue strength of components and reducing the risk of cracking and deformation. Additionally, since it can be incorporated as a step in the machining process, it is expected to enhance efficiency through process consolidation. 【Application Scenes】 - Aircraft engine components - Structural members - Mechanism parts subjected to high loads 【Effects of Implementation】 - Extended lifespan of components - Improved reliability - Performance enhancement through the combination of lightweight and high strength - Streamlining of production processes

• Other abrasives

In the shipping industry, there is a demand for high corrosion resistance that can withstand harsh marine environments and improved fatigue strength to ensure long-term reliability. In particular, corrosion caused by seawater and salt can be a major cause of component degradation and failure. To address these challenges, surface treatment for protection is essential. Our ECOROLL deep rolling process enhances both corrosion resistance and fatigue strength by generating compressive residual stress on the metal surface, contributing to the longevity of components. 【Application Scenarios】 - Hull structural components - Propulsion system components - Deck equipment - Piping components 【Benefits of Implementation】 - Reduced corrosion risk through improved corrosion resistance - Extended component lifespan due to enhanced fatigue strength - Reduced maintenance costs

• Other abrasives

In the railway industry, the durability and reliability of components are essential to maintain the safety and comfort of vehicles. In particular, vibrations during operation can accelerate component fatigue, potentially leading to failures and performance degradation. In response to these challenges, our deep rolling process enhances the fatigue strength of components by generating compressive residual stress on metal surfaces, thereby reducing the risk of cracking and deformation. This contributes to the long-term stable operation of railway vehicles and improves passenger comfort. 【Application Scenarios】 - Major components of railway vehicles (e.g., bogies, couplers, drive system components) - Application to areas prone to vibrations - Extending component lifespan and reducing maintenance costs 【Effects of Implementation】 - Improved reliability due to enhanced fatigue strength of components - Suppression of component deterioration caused by vibrations - Extension of vehicle maintenance cycles

• Other abrasives

In the field of energy (renewable), there is a demand for the longevity of components used in harsh environments. In particular, high reliability and durability are essential for wind turbine blades and solar power system frames. Early deterioration or damage of components directly leads to increased maintenance costs and decreased power generation efficiency. Our ECOROLL deep rolling process enhances the fatigue strength and surface hardness of components by generating compressive residual stress on the metal surface, contributing to their longevity. 【Application Scenarios】 - Support members for wind turbine blades - Joint sections of solar power system frames - Other outdoor-installed renewable energy equipment components 【Effects of Implementation】 - Increased durability of components leading to longer lifespan - Reduced maintenance frequency and cost savings - Improved overall reliability of the equipment

• Other abrasives

In the energy (nuclear power) industry, ensuring the long-term stable operation and safety of equipment is extremely important. In particular, components used in harsh environments require high fatigue strength and surface durability. If these requirements are not met, the risk of unexpected failures or performance degradation increases, which may affect safe operations. ECOROLL's deep rolling process enhances the fatigue strength of components by generating compressive residual stress on the metal surface, reducing the risk of cracking and deformation. This contributes to improving the reliability of the equipment. 【Application Scenarios】 - Surface treatment of critical components in nuclear power generation facilities - Enhancing the durability of equipment used in harsh environments - Plant equipment requiring long-term stable operation 【Benefits of Implementation】 - Improved reliability due to increased fatigue strength of components - Reduced risk of cracking and deformation - Extended equipment lifespan and reduced maintenance costs

• Other abrasives

In the field of machine tools, there is a demand for stable precision maintenance of parts over a long period. In particular, the decline in precision due to wear and fatigue during operation is a challenge that directly leads to variations in product quality and decreased production efficiency. In response to these challenges, our deep rolling process contributes to maintaining precision by generating compressive residual stress on the metal surface, thereby enhancing the fatigue strength and surface hardness of the parts. 【Application Scenarios】 - Components such as spindles, guide rails, and feed screws of machine tools - Machined parts that require high precision - Areas of concern for wear and fatigue due to long-term use 【Benefits of Implementation】 - Reduction in maintenance costs due to increased longevity of parts - Improvement in product quality due to stabilization of machining precision - Reduction in downtime

• Other abrasives

In the robotics industry, the durability and reliability of moving parts are essential for the longevity and stable operation of products. Particularly in components that undergo repetitive motion or are subjected to high loads, failures due to wear and fatigue can lead to increased maintenance costs and production line stoppages. Our deep rolling process addresses these challenges by generating compressive residual stress on the surface, thereby improving the fatigue strength of components and reducing the risk of cracking and deformation. 【Application Scenarios】 - Joint components of robotic arms - Shafts and gears in drive systems - Mechanism components subjected to high loads 【Benefits of Implementation】 - Extended lifespan of components - Reduced maintenance costs - Improved operational efficiency

• Other abrasives

In the field of semiconductor manufacturing equipment, precise operation and high reliability are required. In particular, in the sliding and rotating parts of the equipment, the risk of precision degradation and failure due to wear directly impacts product quality. Extending the lifespan of these components and maintaining stable performance are essential for improving manufacturing process efficiency and reducing costs. ECOROLL's deep rolling process addresses these challenges by generating compressive residual stress on the surface, achieving excellent surface roughness and strength, and providing a solution to enhance wear resistance. 【Application Scenarios】 - Sliding components of semiconductor manufacturing equipment - Rotating parts requiring precise movement - Areas where precision degradation due to wear needs to be prevented 【Benefits of Implementation】 - Improved wear resistance of components - Extended lifespan of equipment - Reduced maintenance frequency - Stabilization of the manufacturing process

• Other abrasives

In the aerospace field, reliability and safety under extreme conditions are required, and components must have high fatigue strength and surface hardness. In particular, achieving both lightweight and high strength is a critical challenge directly linked to improved fuel efficiency and performance. Conventional surface treatments have sometimes led to increased complexity and costs. ECOROLL's deep rolling process addresses these challenges by generating compressive residual stress on the metal surface, thereby enhancing the fatigue strength of components and reducing the risk of cracking and deformation. Additionally, since it can be incorporated as a step in the machining process, it is expected to improve efficiency through process consolidation. 【Application Scenarios】 - Aircraft engine components - Structural members - Mechanism parts subjected to high loads 【Benefits of Implementation】 - Increased longevity of components - Improved reliability - Enhanced performance through the combination of lightweight and high strength - Streamlined production processes

• Other abrasives

In the aerospace field, reliability and safety under extreme conditions are required, and components must have high fatigue strength and surface hardness. In particular, achieving both lightweight and high strength is a crucial challenge that directly impacts fuel efficiency and performance improvement. Conventional surface treatments have sometimes led to increased complexity and costs in the process. ECOROLL's deep rolling process addresses these challenges by generating compressive residual stress on the metal surface, improving the fatigue strength of components and reducing the risk of cracking and deformation. Additionally, it can be integrated as a process step in machining, allowing for efficiency gains through process consolidation. 【Application Scenarios】 - Aircraft engine components - Structural members - Mechanism parts subjected to high loads 【Benefits of Implementation】 - Extended lifespan of components - Improved reliability - Enhanced performance through the combination of lightweight and high strength - Streamlined production processes

• Other abrasives

In the automotive industry, reducing vehicle weight is essential for improving fuel efficiency and reducing CO2 emissions. To achieve weight reduction, it is important to decrease the amount of material used while maintaining the strength of the components. However, trying to ensure strength can lead to thicker parts, resulting in challenges to achieving weight reduction. In this context, ECOROLL's deep rolling process enables thinning of components while maintaining the necessary strength by improving fatigue strength and surface hardness, thereby contributing to weight reduction. 【Application Scenarios】 - Thinning of automotive parts through increased strength - Weight reduction of body components leading to improved fuel efficiency - Enhanced durability of engine components 【Effects of Implementation】 - Improvement in fuel performance due to overall vehicle weight reduction - Reduction in CO2 emissions - Decrease in maintenance costs due to longer lifespan of components

• Other abrasives

In the aerospace industry inspection process, it is essential to handle parts of various shapes accurately. The hassle of changing the gripper every time the shape of the part differs can lead to a decrease in inspection efficiency. FORMHAND contributes to the efficiency of the inspection process by reliably holding workpieces of various shapes with its flexibly deformable grip. 【Usage Scenarios】 - Inspection of aerospace parts - Handling of irregularly shaped workpieces - Integration into inspection lines 【Benefits of Implementation】 - Reduction in inspection time due to fewer gripper changes - Compatibility with diverse shapes of parts - Promotion of automation in the inspection process

• Other industrial robots

In the circuit board assembly process of the electronics industry, it is essential to handle electronic components of various shapes accurately. The effort required to change the gripper according to the shape of the components can lead to a decrease in production efficiency. FORMHAND allows for the holding of products with various shapes using a single gripper that can flexibly deform. This reduces the hassle of changing grippers and contributes to increased productivity. 【Usage Scenarios】 - Picking and placing components in the circuit board assembly process - Transporting electronic components - Automating production lines 【Benefits of Implementation】 - Cost reduction through standardization of grippers - Increased productivity - Capability to handle components of diverse shapes

• Other industrial robots

In the automotive industry, it is essential to handle a wide variety of parts efficiently. The hassle of changing hands to match the shape of the parts can lead to a decrease in productivity. FORMHAND is a vacuum-type robotic hand that can flexibly deform and hold various shaped parts with a single hand. This reduces the frequency of hand changes and contributes to the efficiency of the production line. 【Usage Scenarios】 - Picking automotive parts - Transporting engine parts - Supplying interior parts 【Benefits of Implementation】 - Cost reduction through standardization of hands - Increased productivity - Adaptability to diverse parts

• Other industrial robots

In the logistics industry, especially in mixed cargo, it is essential to handle products of various shapes efficiently. The hassle of changing hands every time the shape of the product differs reduces work efficiency and leads to increased costs. FORMHAND is a vacuum-based robotic hand that can flexibly deform and hold products of various shapes with a single hand. This eliminates the hassle of hand changes and contributes to increased productivity. 【Usage Scenarios】 - Sorting mixed cargo - Picking products of various shapes - Automating packaging tasks 【Benefits of Implementation】 - Cost reduction through standardization of hands - Reduction in work time - Increase in productivity

• Other industrial robots

In the electronic components industry, maintaining the quality of coolant is crucial in precision machining. The deterioration of coolant can reduce machining accuracy and negatively impact product quality. Additionally, decreased washability can leave residues on parts after processing, leading to the occurrence of defective products. Nano Booster contributes to quality improvement in precision machining by suppressing coolant deterioration and enhancing washability. 【Application Scenarios】 - Machining machines - Cleaning machines - Heat exchangers 【Benefits of Implementation】 - Extended coolant lifespan - Improved machining accuracy - Reduced defect rate

• Other environmental equipment

In the heavy industry sector, there is a demand to maximize the operating rate of machine tools and reduce costs from a long-term perspective. The deterioration of coolant is a major factor that leads to machine downtime and parts replacement, thereby decreasing production efficiency. Nano Booster addresses these challenges by suppressing coolant degradation and achieving longer lifespan. In heavy industry environments where machines often have long operating hours, it reduces the frequency of coolant maintenance and supports a stable production system. 【Usage Scenarios】 - Machining machines - Cleaning machines - Heat exchangers prone to clogging 【Benefits of Implementation】 - Reduces coolant replacement frequency - Improves machine operating rate - Reduces costs

• Other environmental equipment

In large-scale processing shipbuilding sites, equipment troubles and rust caused by the deterioration and decay of coolant significantly impact productivity and quality. This product, "Nano Booster," generates fine bubbles (nanobubbles) in the coolant, stabilizing the liquid state and suppressing the growth and decay of microorganisms. This leads to the stabilization of pH and the maintenance of rust prevention performance, contributing to the reduction of troubles in large steel material processing. Furthermore, it suppresses the occurrence of slime and biofilm in pipes and tanks, reducing the burden of coolant replacement and cleaning. In shipbuilding equipment that requires long hours of operation, it achieves stable operation and cost reduction. 【Usage Scenarios】 - Cutting/drilling/milling of large steel materials (hull components and structural parts) - Coolant tanks for gantry machining machines and large machining centers (high capacity and long operation) - Maintenance management of coolant that is difficult to replace for long periods 【Benefits of Implementation】 - Reduced frequency of coolant replacement, leading to cost savings - Improved product quality - Extended equipment lifespan

• Other environmental equipment

In the energy industry, stable operation of equipment and cost reduction are important. The deterioration of coolant can lead to equipment downtime and increased replacement costs. Nanobooster contributes to energy savings by suppressing coolant deterioration and achieving longer lifespan. 【Usage Scenarios】 - Machining machines - Cleaning machines - Heat exchangers 【Effects of Implementation】 - Reduction in coolant replacement frequency - Stable operation of equipment - Cost reduction

• Other environmental equipment

In the semiconductor industry, maintaining the cleanliness of the manufacturing process is essential for improving product quality and yield. The deterioration of coolants and cleaning solutions can lead to the generation of fine particles and contamination, which can decrease cleanliness. Nano Boosters contribute to maintaining cleanliness by suppressing the deterioration of water-soluble coolants and enhancing the permeability of cleaning solutions. 【Usage Scenarios】 - Coolants for semiconductor manufacturing equipment - Cleaning solutions in the cleaning process 【Effects of Implementation】 - Prolonged lifespan of coolants - Improved cleaning performance - Maintenance of cleanliness

• Other environmental equipment

In the precision machinery industry, it is essential to suppress the occurrence of burrs after processing and improve product quality. The deterioration of coolant can promote the generation of burrs and potentially reduce product accuracy. Nano Booster helps to inhibit coolant degradation and enhance cleaning properties, thereby suppressing burr formation and contributing to improved product quality. 【Usage Scenarios】 - Suppression of burr generation in machining - Enhancement of cleaning power in the cleaning process - Extension of coolant lifespan 【Effects of Implementation】 - Improvement in product quality - Cost reduction through decreased coolant replacement frequency - Increased machine operating rate

• Other environmental equipment

In the machine tool industry, the increased frequency of coolant replacement due to spoilage and the decrease in cleaning performance are significant challenges. The deterioration of coolant can lead to reduced machining accuracy and shortened tool life. To address these issues, a nano booster can be helpful. 【Application Scenarios】 - Machining machines - Cleaning machines - Heat exchangers prone to clogging 【Benefits of Implementation】 - Extended coolant lifespan - Improved cleaning performance - Cost reduction

• Other environmental equipment

In the mold industry, tool wear and deterioration significantly impact production efficiency. The degradation of coolant is one of the causes that shorten tool life and reduce machining accuracy. Nano Boosters help suppress coolant degradation and contribute to extending tool life. The generation of nanobubbles improves the cleaning ability of the coolant, which can also enhance the quality of the machined surface. This allows for both cost reduction and quality improvement in mold processing. 【Application Scenarios】 - Mold processing machines - Coolant degradation countermeasures - Pipe clogging countermeasures for heat exchangers 【Effects of Implementation】 - Extended tool life - Improved machining accuracy - Cost reduction

• Other environmental equipment

In the aerospace industry, high precision in machining is required. The deterioration of coolant can negatively impact machining accuracy. Degraded coolant can reduce cutting performance and compromise product quality. Nano Boosters help suppress coolant degradation and maintain stable machining accuracy. 【Application Scenarios】 - Precision machining of aircraft components - Manufacturing of rocket engines - Production of parts for space exploration vehicles 【Benefits of Implementation】 - Extended coolant lifespan - Improved machining accuracy - Cost reduction

• Other environmental equipment

In the automotive industry, there is a constant demand for reducing manufacturing costs. In particular, decreasing the frequency of coolant replacement used in cutting processes can lead to significant cost savings. The deterioration of coolant is a major factor that increases replacement frequency. Nano Booster suppresses coolant degradation and achieves a longer lifespan. This helps reduce disposal costs and the time and effort required for replacement, contributing to overall cost reduction. 【Usage Scenarios】 - Cutting processing of automotive parts - Measures against coolant degradation in processing machines - Prevention of clogging in heat exchangers 【Effects of Implementation】 - Reduction in coolant replacement frequency - Reduction in disposal costs - Shortening of work time

• Other environmental equipment

In the mining industry, improving the durability of machinery in harsh environments is crucial. The degradation of coolant can lead to machine failures and performance declines, potentially resulting in operational stoppages and increased costs. Coolant Nano Booster supports the stable operation of mining machinery by suppressing coolant deterioration. 【Application Scenarios】 - Excavators - Crushers - Ore processing equipment 【Benefits of Implementation】 - Reduced frequency of coolant replacement - Extended machine lifespan - Lower maintenance costs

• Other environmental equipment

In the semiconductor manufacturing industry, maintaining the quality of coolants in precision machining is a crucial factor that influences product quality and yield. The deterioration of coolants can lead to reduced machining accuracy and shortened tool life, potentially resulting in an increase in defective products and higher costs. Coolant Nano Booster addresses these challenges by suppressing coolant degradation, contributing to quality improvement in semiconductor manufacturing. 【Application Scenarios】 - Precision grinding - Cutting processes - Cleaning processes 【Effects of Implementation】 - Improved machining accuracy - Extended tool life - Reduction in defective products

• Other environmental equipment

In the shipbuilding industry, the management of coolants in metal processing significantly impacts costs and work efficiency. The deterioration of coolants shortens tool life and increases replacement frequency, ultimately leading to higher costs. Additionally, degraded coolants can worsen the working environment and potentially increase health risks for employees. Coolant Nano Booster suppresses coolant deterioration and addresses these challenges. 【Application Scenarios】 - Measures against coolant deterioration in metal processing - Integration into piping for machine tools, aqueous cleaning solutions, cooling water, etc. 【Effects of Implementation】 - Reduced coolant replacement frequency, leading to cost savings - Improved working environment - Extended tool life

• Other environmental equipment

In the aerospace industry, high precision and reliability in parts processing are required. The deterioration of coolant can reduce processing accuracy and negatively impact the quality of parts. Especially for components related to aircraft safety, even minor defects are unacceptable. Coolant Nano Booster helps improve product reliability by suppressing coolant degradation and enhancing the processing environment. 【Usage Scenarios】 - Precision processing of aircraft components - Processing of space development-related parts - Processing environments where quality control is emphasized 【Benefits of Implementation】 - Extended coolant lifespan - Improved processing accuracy - Enhanced product reliability

• Other environmental equipment

In the machine tool industry, quality control of coolant is essential for maintaining machining accuracy. The deterioration of coolant can lead to a decrease in machining precision, a reduction in tool life, and even machine failures. Coolant Nano Booster supports stable operation of machine tools and high-quality machining by suppressing coolant degradation. 【Usage Scenarios】 - Metal machining with machine tools - Measures against coolant odor - Reduction of coolant replacement frequency 【Benefits of Implementation】 - Improvement in machining accuracy - Extension of tool life - Increased machine operating rate

• Other environmental equipment

In the railway industry, ensuring safety is paramount, making the durability and reliability of components extremely important. Parts that can withstand the stresses and wear that occur during vehicle operation are required. Particularly for critical components such as wheels and rails, even minor surface scratches and irregularities can lead to fatigue failure and abnormal noises, potentially compromising safety. ECOROLL roller burnishing addresses these challenges by uniformly finishing the surface after machining and improving surface roughness. 【Application Scenarios】 - Surface finishing of wheels - Surface finishing of rails - Surface finishing of other critical components of railway vehicles 【Benefits of Implementation】 - Improved durability of components - Reduced abnormal noises - Enhanced safety

• Other abrasives

In the shipbuilding industry, high corrosion resistance is required as a countermeasure against corrosion in marine environments. Particularly for hulls and structural components, the quality of surface treatment is a crucial factor that affects product lifespan. Conventional grinding processes tend to leave fine irregularities on the surface, which can lead to corrosion. ECOROLL roller burnishing improves corrosion resistance by creating a uniform surface, thereby enhancing product reliability. 【Application Scenes】 - Hull plates - Structural components - Finishing of welds - Parts requiring corrosion resistance 【Effects of Implementation】 - Improved corrosion resistance - Extended product lifespan - Cost reduction through process consolidation from grinding operations - Quality improvement through enhanced surface roughness

• Other abrasives

In the hydraulic equipment industry, surface precision of components is crucial for achieving high pressure resistance. Parts such as hydraulic cylinders and valves need to withstand high pressure, and even minor scratches or irregularities on the surface can lead to performance degradation or failure. ECOROLL roller burnishing contributes to improved pressure resistance by uniformly finishing the surface after machining and enhancing surface roughness. 【Application Scenarios】 - Finishing the inner diameter of hydraulic cylinders - Finishing the sliding surfaces of hydraulic valves - Surface treatment of high-pressure piping components 【Benefits of Implementation】 - Improved pressure resistance - Extended lifespan of components - Cost reduction through the reduction of grinding processes

• Other abrasives

In the energy industry, improving the operational efficiency of equipment is always a priority. Particularly in the surface treatment of metal parts, high precision and durability are essential. Traditional grinding processes not only take time and cost but also tend to complicate process management. ECOROLL roller burnishing addresses these challenges by achieving high-precision surface finishing in a short time after machining and enabling process consolidation. 【Application Scenarios】 * Surface finishing of power generation equipment parts * Machining of metal parts for energy-related equipment * Maintenance of plant equipment 【Benefits of Implementation】 * Cost reduction through the reduction of grinding processes * Increased productivity * Enhanced durability of parts

• Other abrasives

In the mold industry, improving the durability of molds is essential to balance product quality and productivity. Surface treatment of molds prevents wear and corrosion, contributing to a longer lifespan. Traditional grinding processes can be time-consuming and costly, but ECOROLL roller burnishing processing can uniformly finish the surface after machining and improve surface roughness, thereby extending the lifespan of molds. Additionally, since there are no chips produced, the effort required for post-processing is also reduced. 【Application Scenarios】 - Surface treatment of molds - Wear prevention - Corrosion prevention 【Benefits of Implementation】 - Increased lifespan of molds - Cost reduction by replacing grinding processes - Improved product quality through enhanced surface roughness

• Other abrasives