Precision machining of energy-related components, starting with machining trials.
We support trial processing for microfabrication of energy-related components such as batteries and fuel cells. Using femtosecond and picosecond lasers, we examine processing methods and conditions for fine hole machining, cutting, and internal modification on materials like metals, ceramics, and glass. You can consult us for processing verification before research and development or mass production, such as "I want to confirm if this material can be processed with a laser" or "I want to try fine shapes that are difficult with conventional methods." First, you can verify processability and finish through trial processing, and we will respond with considerations for processing conditions and proposals for dedicated processing equipment as needed. 【Application Scenarios】 - Fine hole and microfabrication of battery components - Microfabrication of fuel cell components - Processing of difficult-to-machine materials like ceramics and metals - Prototyping of battery and energy-related components - Verification of processing feasibility for new materials and shapes - Prototyping and processing evaluation before mass production 【What You Can Consult Us About】 - I want to confirm if it can be processed with a laser - I want to microfabricate battery and fuel cell components - I want to form fine holes and fine shapes - I want to consider replacing conventional methods with laser processing - I want to explore processing methods for new materials - I want to consider processing conditions for mass production
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【Features】 - High-precision processing using ultra-short pulse lasers at femtosecond and picosecond levels - Minimization of thermal effects on materials, reducing cracks and thermal impact - Compatibility with a variety of difficult-to-process materials such as glass, ceramics, and metals - Implementation from feasibility checks to condition optimization and pre-mass production evaluation - High performance with positioning accuracy of ±3μm and repeat positioning accuracy of ±1μm 【Our Strengths】 NST acts as a technical partner to solve customer on-site challenges by designing and developing automation and labor-saving devices, as well as FA systems. We consistently handle everything in-house, from planning proposals to development, design, prototyping, mass production, and post-introduction maintenance support, integrating expertise in mechanical design, electrical design, control design, and software development to provide optimal solutions tailored to each customer. Our ability to flexibly accommodate customization projects that are difficult to address with off-the-shelf products is one of our strengths.
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■Applications - Microfabrication of electronic components and semiconductor parts - Processing evaluation of glass substrates - Prototype development of ceramic components - Microfabrication of components for medical and research applications - Laser processing verification of new materials - Evaluation of processing conditions before mass production ■Examples of Achievements - High-precision text processing on glass - Internal modification of glass - Fine groove processing on glass - Fine engraving processing on stainless steel - Fine pattern processing on paper - Processing trials on difficult-to-machine materials
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NST is an engineering company that supports manufacturers through the design, development, and commercialization of labor-saving equipment, automation systems, measurement devices, and custom control systems. We help our customers address a wide range of manufacturing challenges, including productivity improvement, automation, quality enhancement, and labor shortages. By working closely with each customer, we develop tailored solutions that meet specific operational requirements and deliver practical value in the field. One of our key strengths is our ability to provide flexible customization for projects that are difficult to accommodate with standard products or large-scale manufacturers. With approximately 70% of our workforce consisting of engineers, we possess extensive expertise in mechanical design, electrical design, control engineering, and software development. NST offers comprehensive support throughout the entire project lifecycle, from planning and proposal development to design, prototyping, production, installation, and after-sales maintenance. This integrated approach enables us to ensure consistent quality, rapid response, and long-term reliability for our customers. As a trusted engineering partner, NST is committed to creating innovative solutions that contribute to smarter, safer, and more efficient manufacturing environments.
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