エヌエスティー Product Lineup

Do you have any concerns like wanting to process fine holes in glass, suppress cracks in ceramics, or verify the application of laser processing to new materials? At NST, we conduct processing trials using a fine processing system equipped with femtosecond and picosecond level ultrashort pulse lasers. We support the realization of high-precision fine processing while minimizing thermal effects on materials. We accommodate difficult-to-process materials such as glass, ceramics, metals, resins, FPC, silicon wafers, and sapphire substrates. From confirming process feasibility to optimizing conditions and pre-evaluation before mass production, we can conduct verifications tailored to your applications. If you would like to "first process and verify," please take a look at our catalog and feel free to contact us.

In the semiconductor industry, high-precision processing of fine wiring is directly linked to product performance. In particular, conventional processing methods may raise concerns about cracks and material damage due to thermal effects. To address these challenges and advance the development of reliable products, technologies that achieve precise processing while minimizing the impact on materials are required. NST's ultrashort pulse laser microprocessing system enables high-precision microprocessing while suppressing thermal effects on materials using femtosecond and picosecond level lasers, supporting our customers' technological innovations. 【Application Scenarios】 - Fine wiring processing on silicon wafers - Processing of high-density mounting substrates - Processing verification of next-generation semiconductor materials 【Benefits of Implementation】 - Improved processing accuracy - Reduced damage to materials - Shortened development lead time

We support machining trials for parts that require fine processing, such as those used in medical and research applications. Using femtosecond and picosecond lasers, we examine machining methods and conditions for difficult-to-machine materials like ceramics, including fine hole drilling, groove processing, cutting, and surface finishing. You can consult us for machining verification, such as "I want to confirm if this material can be finely processed" or "I want to try shapes that are difficult with conventional methods." First, you can check the machinability and finish through machining trials, and we will respond as needed with considerations for machining conditions and proposals for dedicated processing equipment. 【Main Applications】 - Fine processing of medical and research application parts - Fine processing of difficult-to-machine materials like ceramics - Fine hole drilling, grooving, cutting, and surface processing - Machining evaluation of new materials and shapes - Machining verification in prototyping and research and development 【Benefits of Implementation】 - High-precision processing with minimized thermal impact on materials - Suppression of crack formation - Verification of machining feasibility and conditions before mass production

We support processing trials for parts that require high-precision microfabrication, such as automotive sensor components. Using femtosecond and picosecond lasers, we examine processing methods and conditions for materials such as glass, ceramics, and metals, including micro-hole processing, cutting, and internal modification. You can consult us for processing verification before mass production, such as "I want to confirm if this material can be processed with a laser" or "I want to try micro shapes that are difficult with conventional methods." First, you can check the processability and finish through processing trials, and we will respond with considerations for processing conditions and proposals for dedicated processing equipment as needed. 【Application Scenarios】 - Micro-hole processing of sensor components - Micro-cutting of sensor components - Processing of difficult-to-machine materials such as glass and ceramics - Examination of laser processing conditions according to materials and shapes - Verification of processability for new materials and shapes - Prototyping and processing evaluation before mass production 【What You Can Consult About】 - I want to confirm if it can be processed with a laser - I want to form micro-holes or micro 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

In the aerospace field, fine processing of difficult-to-machine materials such as ceramics, composite materials, and heat-resistant alloys is required. Fine hole and groove processing, cutting, and surface processing using ultra-short pulse lasers can be tailored to the material and shape. We welcome inquiries from the research and development stage, such as "I want to check if new materials can be processed with lasers" or "I want to prototype fine shapes." 【Application Scenarios】 - Fine hole processing of ceramics and CMC - Fine hole and groove processing of heat-resistant alloys - Fine processing and prototyping of high-temperature components - Verification of processing applicability for new materials and shapes - Processing evaluation before research and development and mass production 【What We Can Assist With】 - Fine processing of difficult-to-machine materials - Consideration of processing methods for fine holes and grooves - Prototyping of shapes that are difficult with conventional methods - Examination of laser processing conditions - Evaluation of machinability and finish for mass production - Confirmation of feasibility for introduction through processing trials

We support processing trials for components that require high-precision microfabrication, such as optical components and optical devices. Using femtosecond and picosecond lasers, we examine processing methods and conditions for materials such as glass, sapphire, and ceramics, including micro-hole drilling, cutting, and internal modification. 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 micro shapes that are difficult with conventional methods." First, you can check the processability and finish through processing trials, and we will respond as needed with considerations for processing conditions and proposals for dedicated processing equipment. 【Application Scenarios】 - Micro-hole processing of optical components - Fine cutting of optical components - Processing of difficult-to-machine materials like glass and sapphire - Processing of fine shapes and internal structures - Verification of processability for new materials and shapes - Prototyping and processing evaluation before research and development or mass production 【What You Can Consult Us About】 - I want to confirm if it can be processed with a laser - I want to perform microfabrication on glass or sapphire - I want to form micro-holes or fine shapes - I want to prototype shapes that are difficult with conventional methods - I want to consider processing methods for new materials - I want to consider processing conditions for mass production

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