アイ・ティー・エス・ジャパン List of Products and Services

This device stably cools the compressed air blown into molded products. By stably blowing cooled compressed air into the molded products, it promotes internal cooling, improves the quality of the molded products, and shortens the cooling cycle. It can be easily integrated into existing equipment. It solves the problem of cooling time increasing exponentially with the thickness of the molded products, thereby enhancing production efficiency and cost performance.

Achieving the best performance with innovative ideas. The latest dehumidifying dryer, a big hit in Europe and the United States, can reduce material drying costs, including maintenance. The CARD series utilizes compressed air to achieve stable drying. The only energy required for drying is from the heater. Additionally, it features a low-cost design that does not use consumables like adsorbents. Various ideas incorporated into its simple structure have realized the best performance.

An ultra-precision feeder capable of keeping measurement errors within 1% to 2% even for small quantities (1 to 3g). It can flexibly measure from 1g to 2,000g in the same measurement time. This device is ideal for plastic molding that requires flexible and "precise measurement," such as pellets and masterbatches.

The "Clorsave1000" from Riyado Corporation is a material supply device that precisely measures the mass of masterbatch and additives and feeds them into a molding machine. It is a blender that feeds materials by rotating a screw connected to a hopper. With numerous proprietary technologies (some of which are patented), such as a precise load cell that measures only the material hopper and a feedback function that automatically adjusts motor speed, it achieves an unprecedented level of precision in mass control for material feeding.

Since the weight of all main materials and up to four additives is measured using a loss-in-weight method before being fed in, it is optimal for production management. It can be used for both injection molding and extrusion molding. It accommodates all types of feeding, including pellets, recycled materials, and powders, even with materials of different sizes and bulk densities.

A new mechanism that incorporates the quality control of "color" into the manufacturing process. Traditional measurements using general color spectrometers require strict management of light sources, sensor angles, distances, and other factors to measure absolute values. SpectroSave uses relative values and a newly developed sensor to determine color differences from color samples in real-time. This marks the birth of a groundbreaking spectrometer that can also be integrated into manufacturing lines.

The revolutionary device "MAP," which prevents the major enemy of injection molding, "condensation on molds," surrounds only the area where the cooling water of the injection molding machine circulates with plastic sheets or similar materials and blows dry air only into that space. This is an energy-saving type of condensation prevention system. Since it eliminates the need to adjust the cooling water temperature according to the outside temperature, molding becomes stable throughout the year, and defects in molding are reduced. If humidity control for the entire factory was previously necessary, costs related to air conditioning can also be significantly reduced.

The CARD series utilizes compressed air to achieve stable drying. The energy required for drying comes solely from the heater. Additionally, it features a low-cost design that does not use consumables such as adsorbents. Various ideas incorporated into its simple structure have realized the best performance. With capacities of 1 liter, 3 liters, and 6 liters, it is ultra-compact and can be directly mounted on small molding machines, stabilizing material drying. Even in larger stationary types, there is no use of adsorbents, allowing for reduced running costs. The CARD series is a dehumidifying dryer. It has a wealth of experience in domestic applications for drying materials like PA6.6, where temperature cannot be increased. When combined with a moisture meter for polymers, it enables material drying management in ppm units. ◎ Maintenance costs are nearly zero, allowing for a reduction in material drying costs! ◎ Can be directly mounted on molding machines. ◎ Incorporates various ideas to prevent bridging. ◎ Ideal for super engineering plastics and more!

White light is divided by wavelength. It can be reflected in a unique measurement scale at the "vertical focus." ◎ Distortion and curvature are also measured ◎ Wide area processed at high speed ◎ No refocusing required ◎ Clear images ◎ No sample pretreatment needed ◎ Can measure any color ▶ Non-contact measurement ▶ Maximum vertical resolution = 1nm ▶ Maximum surface angle = 87° ▶ No data stitching

The Tribometer from Nanovia is a powerful and highly adaptable all-in-one friction and wear testing machine equipped with the widest range of test modules and environmental modules available on the market. Due to its simple design, the Nanovia Tribometer allows for quick exchanges to meet any research needs, requirements, and standards. Advanced pneumatic technology enables stable application of normal forces at speeds ranging from 0.001 to 15,000 rpm (over 10 m/s), allowing for high-precision evaluation of wear, scratches, friction, lubrication, and mechanical properties, with instant measurements taken by built-in sensors. Additionally, we offer a variety of "environmental test modules" designed for harsh load conditions. With a rich selection of attachment modules, we can customize and propose various types of tests.

In the automotive industry, the quality of resin components significantly affects the reliability of products. In particular, material degradation due to moisture absorption can lead to a decrease in component strength and appearance defects, potentially resulting in quality issues. Wittmann's polymer dehumidifying dryers, the Card series, contribute to improving the quality of automotive parts by reducing the running costs of material drying and providing stable drying performance. 【Application Scenarios】 - Automotive interior components - Exterior components - Engine compartment internal components - Electrical components 【Effects of Implementation】 - Suppression of quality degradation due to moisture absorption - Reduction of defective product occurrence - Improvement of product reliability - Cost reduction

In the precision molding of the medical device industry, proper drying of materials is essential for the stable production of high-quality products. Particularly when using moisture-absorbing polymer materials, insufficient drying can lead to molding defects and a decline in product quality. Our dehumidifying dryer card series for polymers is a state-of-the-art dehumidifying dryer with proven results in Europe and the United States, capable of reducing material drying costs, including maintenance. It utilizes compressed air to achieve stable drying, with the energy required for drying provided solely by a heater. Furthermore, it features a low-cost design that does not use consumables like adsorbents. 【Application Scenarios】 - Precision molding of medical device components - Drying of moisture-absorbing polymer materials - Reduction of molding defects 【Benefits of Implementation】 - Reduction of material drying costs - Improvement in the quality of molded products - Establishment of a stable production system

In the home appliance industry, product quality and cost performance are crucial. Particularly in the molding of plastic parts, proper drying of materials significantly affects quality and is essential to suppress the occurrence of defective products. The cost of material drying impacts the overall manufacturing costs. Wittmann's CARD series dehumidifying dryers for polymers can reduce material drying costs, including maintenance, thereby contributing to cost reduction for home appliance manufacturers. [Usage Scenarios] * Molding of plastic parts * Reduction of material drying costs * Quality improvement [Effects of Implementation] * Reduction of maintenance costs * Suppression of defective product occurrence * Reduction of running costs

In the food packaging industry, hygiene management is extremely important to ensure product quality and safety. In particular, moisture increases the risk of mold growth and foreign matter contamination, which can lead to a deterioration in product quality. Wittmann's Polymer Dehumidifying Dryers, Card Series, reduce material drying costs, including maintenance, and achieve stable drying using compressed air. 【Usage Scenarios】 - Manufacturing of food packaging materials - Environments requiring hygiene management - Reduction of foreign matter contamination risks 【Benefits of Implementation】 - Reduction of material drying costs - Improvement in product quality - Strengthening of hygiene management

In the electronic components industry, proper drying of materials is essential to ensure product quality and reliability. Particularly when using moisture-absorbing polymer materials, insufficient drying can lead to decreased product performance and the occurrence of defective products. Wittmann's dehumidifying dryers for polymers, the Card series, are proven products in Europe and the United States that can reduce material drying costs, including maintenance. They achieve stable drying through a simple drying method that utilizes compressed air. 【Application Scenarios】 - Molding processes for electronic components - Manufacturing of parts requiring high precision - Drying of moisture-absorbing materials 【Benefits of Implementation】 - Reduction of material drying costs - Improvement of product quality - Decrease in defect rates

In the aerospace industry, weight reduction is a critical issue, and quality control of materials is essential. In particular, the drying of polymer materials significantly affects the strength and durability of products. Improper drying can lead to performance degradation of materials and manufacturing defects. The Wittmann CARD series dehumidifying dryers for polymers are the latest dehumidifying dryers that are a big hit in Europe and the United States, capable of reducing material drying costs, including maintenance. Utilizing compressed air, the CARD series achieves stable drying, with the energy required for drying coming solely from the heater. Additionally, it features a low-cost design that does not use consumables like adsorbents. 【Application Scenes】 - Aircraft parts - Spacecraft parts - Drone parts 【Benefits of Implementation】 - Reduction of material drying costs - Improvement of product quality - Achievement of weight reduction

In the toy industry, product safety is the top priority. Especially for toys that children may put in their mouths, quality control of materials is essential. Moisture contained in materials can lead to molding defects and reduced product strength, potentially compromising safety. Wittmann's polymer dehumidifying dryers from the Card series help reduce material drying costs, including maintenance, and support the safe manufacturing of toys. 【Usage Scenarios】 - Drying resin materials at toy manufacturers - Material management to meet safety standards - Reduction of molding defects 【Benefits of Implementation】 - Improved product safety through enhanced material quality - Cost reduction due to decreased molding defects - Reduced running costs due to maintenance-free operation

In the sports equipment industry, quality control of materials is crucial to enhance product durability. Particularly for products exposed to impact and friction, proper drying of materials is essential for maintaining product performance. Inadequate drying can lead to deterioration or damage of the products. Our polymer dehumidifying dryer Card series helps reduce material drying costs, including maintenance, and contributes to improving the durability of sports equipment. 【Application Scenarios】 - Drying of materials in sports equipment manufacturing - Manufacturing of products requiring durability - Direct installation on molding machines 【Benefits of Implementation】 - Reduction in material drying costs - Improvement in product quality - Reduction in operational costs due to maintenance-free operation

In the infrastructure industry, it is important to prevent the deterioration of polymer materials and to extend the lifespan of structures. In particular, polymer materials used in harsh environments can deteriorate more quickly due to moisture absorption, which may reduce their durability. To address this issue, proper material drying is essential for ensuring the long-term reliability of infrastructure structures. Wittmann's polymer dehumidifying dryers, the Card series, contribute to extending the lifespan of infrastructure structures by reducing material drying costs, including maintenance. 【Application Scenarios】 - Infrastructure structures such as bridges, tunnels, and roads - Improved durability through polymer material drying - Reduction of long-term maintenance costs 【Effects of Implementation】 - Extension of structure lifespan by suppressing material deterioration - Extension of maintenance cycles - Reduction of total costs

In the container manufacturing industry, there is a demand to use various resin materials while balancing product quality and production efficiency. Quality degradation and molding defects due to moisture absorption in materials are significant challenges that lead to increased costs. Wittmann's CARD series achieves stable drying of diverse resin materials through a simple drying method that utilizes compressed air. With a maintenance-free design and a three-year warranty, it significantly reduces running costs and contributes to increased productivity. 【Usage Scenarios】 - Manufacturing various types of containers - Reducing molding defects - Reducing material costs 【Effects of Implementation】 - Reduction in material drying costs - Decrease in molding defect rates - Compatibility with diverse resin materials

In the fiber industry, maintaining the quality of materials is crucial in the production of functional fibers. Particularly when imparting functionalities such as moisture absorption and heat resistance, the moisture content of the materials significantly affects the performance of the products. Inadequate drying can lead to a decline in fiber performance and issues in the manufacturing process. Our polymer dehumidifying dryer Card series helps reduce material drying costs, including maintenance, and contributes to the improvement of functional fiber quality. 【Usage Scenarios】 - Production of functional fibers - Imparting functionalities such as moisture absorption and heat resistance - Quality control of materials 【Benefits of Implementation】 - Reduction in material drying costs - Improvement in product quality - Realization of a stable manufacturing process

In the agricultural sector, maintaining product quality and reducing costs are essential. In particular, material degradation due to moisture can lead to a decline in product quality and a decrease in yield. Wittmann's polymer dehumidifying dryers, the Card series, reduce material drying costs, including maintenance, and achieve stable drying. 【Usage Scenarios】 - Manufacturing of agricultural materials - Storage of seeds and fertilizers - Production of plastic molded products 【Benefits of Implementation】 - Improvement in material quality - Enhancement of yield - Reduction in running costs

In the precision molding of the medical device industry, the quality of materials affects the accuracy and safety of the products. Particularly when using hygroscopic materials, drying the materials is crucial. Improper drying can lead to molding defects and deterioration of product performance. Wittmann's card series is a small dehumidifying dryer in hopper size that can be directly mounted on molding machines. Utilizing compressed air, it achieves stable drying and stabilizes material drying. 【Application Scenarios】 - Molding of precision medical components - Drying of hygroscopic materials - Material drying for small molding machines 【Benefits of Implementation】 - Reduction in material drying costs - Decrease in molding defects - Improvement in product quality

In the automotive parts industry, proper drying of materials is essential to ensure product quality and reliability. Particularly when using hygroscopic materials, moisture can lead to molding defects and performance degradation. The card series can be directly mounted on molding machines, stabilizing material drying and contributing to quality improvement. 【Usage Scenarios】 - Injection molding of automotive parts - Drying of hygroscopic materials - Strengthening quality control 【Benefits of Implementation】 - Reduction of molding defects - Improvement of product quality - Reduction of running costs

In the electronic components industry, moisture management of molding materials is crucial to ensure product quality and reliability. Particularly in electronic components that require high precision, even slight moisture in the materials can negatively impact product performance. Moisture absorption in materials can lead to molding defects and product deterioration. Wittmann's card series is a compact dehumidifying dryer in hopper size that can be directly mounted on injection molding machines. Utilizing compressed air, it achieves stable drying and stabilizes material drying. 【Application Scenarios】 - Manufacturing electronic components with small injection molding machines - Molding products that require high precision - Drying materials like PA6.6 that cannot be heated 【Benefits of Implementation】 - Reduction of material drying costs - Decrease in molding defects - Improvement in product quality

In the food container industry, moisture management of materials is crucial to ensure product quality and safety. Especially for containers that come into direct contact with food, it is necessary to minimize the risks of quality degradation and foreign matter contamination due to insufficient drying of materials. Our compact dehumidifying dryer appropriately manages the moisture content of molding materials, contributing to the improvement of food container quality and hygiene management. 【Usage Scenarios】 - Food container manufacturers - Environments requiring hygiene management - Drying processes for molding materials 【Benefits of Implementation】 - Stabilization of material drying - Improvement in product quality - Reduction in running costs

In the cosmetics container industry, quality control of molding materials is crucial to maintain the aesthetic appeal of products. In particular, material degradation due to moisture can lead to reduced transparency and surface defects in containers, potentially diminishing the value of the products. Wittmann's card series can be directly mounted on molding machines, stabilizing material drying and supporting the production of high-quality containers. 【Usage Scenarios】 - Molding of cosmetic containers - Measures against material moisture absorption - Maintenance of transparency and gloss 【Benefits of Implementation】 - Reduction in material drying costs - Decrease in molding defects - Improvement in product quality

In the stationery industry, the color reproduction of ink and plastic significantly affects product quality. Particularly for products that require vibrant colors, the moisture content of materials influences color uniformity, making proper drying essential. Inadequate drying can cause variations in color intensity and unevenness, potentially diminishing the product's value. Our compact dehumidifying dryer stabilizes material drying and contributes to improved color reproduction. 【Application Scenarios】 - Manufacturing ink cartridges - Coloring plastic stationery - Creating color samples 【Benefits of Implementation】 - Suppression of color unevenness - Improvement in product quality - Enhancement of yield

In the toy industry, product safety is the top priority. Especially for toys that small children may put in their mouths, quality control of materials is essential. If moisture remains in the materials, it can lead to molding defects and reduced strength, potentially compromising product safety. Wittmann's card series features a compact dehumidifying dryer that can be directly mounted on molding machines, stabilizing material drying and supporting the safe manufacturing of toys. 【Usage Scenarios】 - Manufacturing toys that require safety - Reducing molding defects - Stabilizing material quality 【Benefits of Implementation】 - Reduction of molding defects through stabilized material drying - Improvement in product quality - Reduction in running costs

In the optical components industry, managing the moisture content of materials is crucial to ensure product transparency. If moisture remains in the materials, it can lead to reduced transparency after molding, potentially compromising product quality. The CARD series can be directly mounted on molding machines, stabilizing material drying and supporting the production of high-transparency optical components. 【Application Scenarios】 - Lenses - Prisms - Optical films 【Benefits of Implementation】 - Improved transparency through stabilized material drying - Reduced defect rates - Lower running costs

In the home appliance industry, the quality of plastic components used is crucial to ensure the long-term reliability of products. This is especially important for home appliances used in environments susceptible to temperature changes and humidity, where preventing deterioration due to moisture absorption in plastic parts is essential. Proper material drying enhances product durability and helps reduce claims and repairs. Our dehumidifying dryer stabilizes material drying and contributes to the improvement of home appliance quality. 【Application Scenarios】 - Manufacturing plastic components for home appliances that require durability - Products designed for use in high-temperature and high-humidity environments - Products that can withstand long-term use 【Effects of Implementation】 - Improvement in product quality - Reduction of defective products - Increased customer satisfaction

In the field of agriculture, proper drying of materials in seed molding affects quality and yield. Particularly when using moisture-absorbent materials, insufficient drying can lead to molding defects and product deterioration. Our compact dehumidifying dryer can be directly mounted on molding machines, stabilizing the material drying process. 【Usage Scenarios】 - Material drying in seed molding - Use with compact molding machines - Drying of materials like PA6.6 that cannot be heated 【Benefits of Implementation】 - Stabilization of material drying - Reduction of running costs - Management of material drying in ppm units

In fishing, the quality of floats significantly affects catch volume. The moisture content of the polymer, which is the material of the floats, impacts the strength and durability of the product, and improper drying can lead to float damage or performance degradation. The CARD series can be directly mounted on molding machines, stabilizing material drying and supporting the production of high-quality floats. 【Usage Scenarios】 - Material drying in float manufacturing - Use in small molding machines - Drying of materials like PA6.6 that cannot be heated 【Benefits of Implementation】 - Reduction in material drying costs - Space-saving due to direct mounting on molding machines - Stable supply of high-quality floats

In the aerospace industry, weight reduction is a crucial challenge. To achieve weight reduction, quality control of materials is essential, and particularly, moisture management of materials in injection molding significantly affects the strength and durability of the products. Inadequate drying can lead to molding defects and a decrease in product strength. Our compact dehumidifying dryer can be directly mounted on molding machines, stabilizing material drying and supporting the production of high-quality products. 【Application Scenarios】 - Injection molding of aerospace components - Manufacturing of parts requiring weight reduction - Drying of materials like PA6.6, which cannot be heated 【Benefits of Implementation】 - Reduction in material drying costs - Decrease in molding defects - Improvement in product quality

In the semiconductor industry, the miniaturization of wiring is progressing, and accurate inspection of wiring in the manufacturing process is essential. Wire disconnections and short circuits can significantly degrade product performance, necessitating high-precision measurement technology. Our Real Nano 3D measurement system accurately measures surface shapes at the nano level and contributes to solving challenges in wiring inspection. 【Application Scenarios】 - Measurement of surface roughness of semiconductor wiring - Measurement of wiring shapes - Detection of foreign object adhesion 【Benefits of Implementation】 - Improved accuracy of wiring inspection - Reduction of defective products - Enhanced product quality

In the automotive industry, accurate evaluation of the fine shapes and roughness of surfaces is required for quality control of parts. Since the condition of the surface significantly affects the performance and durability of products in various processes such as painting, coating, and metal processing, precise measurements at the nano level are essential. The Real Nano 3D measurement system provides non-contact, high-speed, and high-precision surface evaluation to address these challenges. 【Application Scenarios】 - Measurement of surface roughness of painted surfaces - Measurement of coating thickness - Evaluation of surface shape of metal parts - Surface analysis of resin parts 【Benefits of Implementation】 - Improvement of product quality - Reduction of defective products - Increased efficiency in research and development - Cost reduction

In the medical device industry, the surface characteristics of implants and biomaterials significantly affect biocompatibility. Surface roughness and shape influence cell adhesion and tissue growth, determining the safety and efficacy of the products. Inadequate surface treatment can lead to rejection reactions and early degradation. Our Real Nano 3D measurement system provides precise surface evaluation at the nano level, contributing to the improvement of medical device quality. 【Application Scenarios】 - Measurement of implant surface roughness - Surface shape analysis of biomaterials - Evaluation of coating uniformity - Assessment of cell culture substrates 【Effects of Implementation】 - Improved biocompatibility - Enhanced product reliability - Streamlined quality control - Accelerated research and development

In the aerospace industry, evaluating the wear resistance of materials is essential to ensure the durability and safety of components. In particular, aircraft fuselage and engine parts are used in harsh environments, making performance degradation due to wear a significant issue. Proper wear resistance evaluation is crucial for extending product lifespan and enhancing safety. The Real Nano 3D measurement system accurately measures surface shapes at the nanoscale, enabling wear resistance evaluation. [Application Scenarios] - Surface roughness measurement of aircraft components - Wear evaluation of coatings - Wear resistance testing of materials [Effects of Implementation] - Improved reliability through high-precision surface shape measurement - Clarification of wear mechanisms - Reduction of product development time

In the precision mold industry, the shape accuracy of molds significantly affects product quality. Particularly when micron-level precision is required, even slight errors can lead to product defects or performance degradation. The Real Nano 3D measuring machine enables high-precision measurements and detailed data acquisition for mold shape measurement, supporting quality control and efficiency in mold manufacturing. 【Usage Scenarios】 - Mold shape measurement - Surface roughness measurement - Step and height evaluation 【Benefits of Implementation】 - Quality improvement through high-precision shape measurement - Acquisition of actual measurement data without stitching - Simplification of sample preparation

In the electronic components industry, the reliability of joints is a crucial factor that affects product quality. In environments exposed to temperature changes and vibrations, even minor anomalies in joints can lead to performance degradation or failure of the product. The Real Nano 3D measurement system measures the surface roughness and shape of joints in detail, contributing to the early detection of joint defects. 【Usage Scenarios】 - Measurement of surface roughness of electronic component joints - Evaluation of the shape of solder joints - Detection of foreign substances at joint interfaces 【Benefits of Implementation】 - Improved yield through early detection of joint defects - Enhanced product reliability - Increased efficiency in quality control

In the optical industry, accurately evaluating the surface reflection characteristics is essential for product quality control. Particularly for products that utilize light reflection, such as optical lenses and anti-reflective coatings, the fine surface shapes and roughness significantly affect performance. Inadequate surface conditions can lead to light scattering and loss, potentially resulting in decreased product performance. Our Real Nano 3D measurement system enables measurements at the nanoscale, addressing challenges in reflection characteristic evaluation. 【Application Scenarios】 - Measurement of surface roughness of optical lenses - Evaluation of film thickness and shape of anti-reflective coatings - Measurement of end face shape of optical fibers - Surface evaluation of displays 【Benefits of Implementation】 - Improved quality through high-precision surface shape measurement - Reduction of defective products and cost savings - Rapid feedback in product development - Enhanced reliability from customers

In the field of materials science, accurate measurement of microstructures is essential for the development of new materials and the performance evaluation of existing materials. In particular, it is required to evaluate the surface roughness and shape that influence the strength, durability, and functionality of materials at the nano level. Traditional measurement methods have faced challenges such as long measurement times, the need for sample preparation, and limitations in measurement environments. The Real Nano 3D measurement system addresses these issues and accelerates the analysis of material microstructures. 【Application Scenarios】 - Evaluation of surface properties in new material development - Measurement of coating material thickness and surface roughness evaluation - Microstructure analysis of semiconductor devices - Evaluation of surface characteristics of medical device materials - Surface inspection of aerospace materials 【Benefits of Implementation】 - High-precision surface shape measurement at the nano level - Reduction in measurement time through high-speed scanning - Minimization of impact on samples through non-contact measurement - Acquisition of actual measurement data without stitching - Simplification of sample preparation

In the field of surface modification in the energy industry, it is important to accurately evaluate the fine structures and properties of surfaces to enhance the durability and performance of materials. Particularly in areas such as solar power panels and fuel cells, the roughness and shape of the surface significantly impact performance, necessitating precise measurements. The Real Nano 3D measurement device becomes a crucial tool for accurately measuring the fine shapes of surfaces and assessing the effects of surface modification. 【Application Scenarios】 - Surface evaluation of solar power panels - Surface evaluation of fuel cell electrodes - Surface evaluation of coating films 【Effects of Implementation】 - Optimization of surface modification processes - Improvement of product quality - Increased efficiency in research and development

In the watch industry, precise evaluation of the fine shapes and roughness of surfaces is required to balance the aesthetics and quality of products. Particularly for parts that have delicate engravings or polishing, even slight irregularities or scratches can diminish the overall value of the product. The Real Nano 3D measuring machine provides high-precision surface property evaluations to address these challenges. 【Application Scenarios】 - Measurement of surface roughness of watch components - Shape evaluation after decorative processing - Coating thickness measurement - Quality control of polishing processes 【Benefits of Implementation】 - Achievement of high-quality decorative processing - Reduction of defective products - Improvement of product reliability

In the smartphone display industry, precise evaluation of the surface's fine shapes and roughness is required to pursue high-quality display performance. In particular, slight irregularities and scratches on the surface that affect the visibility and durability of the display are critical factors that determine product quality. The Real Nano 3D measurement system contributes to quality control and performance improvement of displays by measuring surface shapes at the nano level. 【Usage Scenarios】 - Measurement of display surface roughness - Evaluation of touch panel surface shapes - Quality assessment of protective films 【Effects of Implementation】 - Improvement of display quality - Reduction of defective products - Streamlining of product development