ナラサキ産業 List of Products and Services

☆Material property data can be confirmed via document download or on our corporate website. Narasaki Sangyo Co., Ltd. offers "contract processing services for resin parts." We provide consistent support from prototype machining of a single piece to mass production of molded products. *For molded products, we can also handle flow simulations during injection! - Flexible lot support from prototype to mass production - Strong expertise in super engineering plastics and polyimides *We also handle Korean-made polyimides. - Assembly parts with other materials are also supported - Laser processing on resin sheets And more. We support our customers in solving a wide range of challenges.

• Etching Equipment

We can provide various proposals on the theme of "ceramics." In line with the themes provided by our customers, through collaboration with our partner suppliers, we can offer a wide range of suggestions, such as: - Wanting to learn about new technologies as part of element development - Wanting to obtain parts quickly as part of equipment design - Wanting to switch to low-cost products as a new procurement source and more.

• Other electronic parts

Laser processing of ceramic substrates has faced the challenge of oxidation due to thermal effects. In response to such challenges, we propose a processing technology that is less prone to oxidation through "water laser processing," which minimizes thermal effects. This is a must-see for those struggling with the processing of ceramic substrates required for high-frequency components or heat resistance!

• Laser Components

Our company is capable of providing short-term processing of fine holes using materials such as resin and ceramics for customers in the semiconductor inspection process and equipment. ☆ We can accommodate various quantities from small to mass production with different equipment. We will determine the processing equipment based on conditions such as shape and quantity, and provide the best proposal to meet your desired Q (Quality), C (Cost), and D (Delivery time). If there are customers currently looking for new suppliers, we look forward to your request for a trial estimate!

• Semiconductor inspection/test equipment

Do you have any of these troubles? We propose membrane types and methods suitable for your challenges and applications (wet, dry (CVD, PVD, thermal spraying, etc.)) ● There is a theme of "extending the lifespan of equipment components" and "extending the lifespan of production consumables." 　　　　　　　　　　　　　↓↓↓↓↓↓↓↓↓↓ ● There are costs and risks associated with switching the components themselves, so we want to consider coatings. 　　　　　　　　　　　　　↓↓↓↓↓↓↓↓↓↓ ● There are many coating manufacturers, and it's difficult to know where to consult. It’s challenging to consider the level of precision each manufacturer can achieve.

• Capacitor
• Other semiconductor manufacturing equipment

With the advancement of production technology, the integration of information systems and control systems (OT... Operational Technology) is being demanded. We offer a variety of devices that can be utilized in the OT domain, so please leave the construction of your IoT infrastructure to us! Our company is capable of designing an overview of the entire factory network. We have listed the following product information: - Unmanaged Switching Hub: A compact and robust industrial switching hub. - Managed Switching Hub: Achieves network visualization and redundancy. - Wireless Products: Increases layout flexibility through wireless technology. - Serial Connection Products: Contributes to data collection from legacy equipment. - Security Products: A protective barrier to prepare for increasingly sophisticated cyberattack threats. - Remote Monitoring Products: Enables rapid support through remote maintenance. - Industrial Computer Products: Data collection, analysis, and image processing. Customizable PCs capable of various proposals.

• Other FA equipment

Introducing a dedicated rugged tablet equipped with Mitsubishi Electric Corporation's "GOT Mobile." * "GOT Mobile" is a feature that allows monitoring and operation of on-site connected devices from remote computers or tablets through the on-site GOT (touch panel). Tablet Specifications: - Available in three screen sizes: 10.1, 11.6, and 13.3 inches. - 1920×1200 high-resolution display - Capacitive touch panel - Equipped with wireless LAN - IP65 rated waterproof and dustproof performance - Shock and vibration resistance compliant with MIL-STD-810G (U.S. military standards) - Battery replacement possible while the tablet is in operation Please feel free to contact us if you have any questions.

• Industrial PCs

The materials listed are in "5 categories": ◆ Ceramics (fine ceramics, machinable ceramics) ◆ Resins (polyimide, PBI, various engineering plastics) ◆ Metals (alloys, rare metals, carbide, various general metals) ◆ Carbon (isotropic graphite, CFRP) ◆ Glass (quartz, Tempax) Surface treatments are also included! ◆ Surface treatments (ion plating, CVD, thermal spraying, blasting, precision cleaning) We have received many comments saying, "It's convenient to have the data saved for meetings!" Please feel free to download it. *Consultations for processed products are also available 24 hours a day!

• Fine Ceramics

"Super Engineering Plastics" are high heat-resistant resins primarily used in the semiconductor industry. They boast heat resistance of over 300°C and can be used in harsh environments, even with general-purpose engineering plastics. Our company can handle and propose materials from various manufacturers. ◆ Features - Please refer to the linked image for physical property data. - Our company can accommodate both "material sales" and "contract processing." * We can also handle composite processed parts that include engineering plastics! - We can propose both domestic and overseas products. If you have any other questions, please feel free to contact us. * Standard sizes, price tables, and delivery times, etc.

• CVD Equipment
• valve
• plastic

【Overview】 Ceramic light shaping using UV-curable resin enables the realization of complex three-dimensional structures that are impossible to produce with conventional methods. Curing tests using customer-specific materials are also possible. Complete support from material development! 【Features】 - No molds required - Complex shapes that are generally difficult to achieve - Hollow structures - Corner radii that cannot be realized through machining - Fine shapes achieved through layer pitch control at the micron level - Curing tests with customer-specific materials. Please feel free to contact us if you have any questions.

• Fine Ceramics

The materials listed are "5 categories": ◆ Ceramics (fine ceramics, machinable ceramics) ◆ Resins (polyimide, PBI, various engineering plastics) ◆ Metals (alloys, rare metals, carbide, various general metals) ◆ Carbon (isotropic graphite, CFRP) ◆ Glass (quartz, Tempax) Surface treatments are also included! ◆ Surface treatments (ion plating, CVD, thermal spraying, blasting, precision cleaning) We have received many comments saying, "It's convenient to have the data saved for meetings!" Please feel free to download it. *Consultations for processed products are also available 24 hours a day!

• Fine Ceramics

The materials listed are categorized into "5 categories": ◆ Ceramics (fine ceramics, machinable ceramics) ◆ Resins (polyimide, PBI, various engineering plastics) ◆ Metals (alloys, rare metals, cemented carbide, various general metals) ◆ Carbon (isotropic graphite, CFRP) ◆ Glass (quartz, Tempax) Surface treatments are also included! ◆ Surface treatments (ion plating, CVD, thermal spraying, blasting, precision cleaning) We have received many comments saying, "It's convenient to save the data for meetings!" Please feel free to download it. *Consultations for processed products are available 24 hours a day!

• Fine Ceramics

Do you have any concerns about products fusing to the setter during firing? Please consider this ceramic coating for improving yield and quality. We would like to introduce a ceramic coating using a dipping method that differs from conventional thermal spraying for the setters you are using. This is also featured on the following webpage: https://denki.narasaki.co.jp/ceramic-dipcoating-1-0 【Four Features】 ◆ High freedom of shape, capable of ceramic coating for 3D shapes at meter scale ◆ Ceramic coating possible for most high-performance materials ◆ Ceramic coating possible with an average thickness of 50μ ◆ Coating surface has good roughness and excellent smoothness (Ra 0.8 or less) 【Materials that can be coated】 *Main setter materials ■ Mullite ■ Alumina-based ■ Zirconia-based ■ SiC-based *Applicable to both porous and dense ceramics. *Ceramic coating is also possible for other materials. Please feel free to contact us.

• Fine Ceramics

The materials listed are in "5 categories": ◆ Ceramics (fine ceramics, machinable ceramics) ◆ Resins (polyimide, PBI, various engineering plastics) ◆ Metals (alloys, rare metals, carbide, various general metals) ◆ Carbon (isotropic graphite, CFRP) ◆ Glass (quartz, Tempax) Surface treatments are also included! ◆ Surface treatments (ion plating, CVD, thermal spraying, blasting, precision cleaning) We have received many comments saying, "It's convenient to have the data saved for meetings!" Please feel free to download it. *Consultations for processed products are also available 24/7!

• Fine Ceramics

In electronic components, it can be said that there is almost always a "sintering" process involved. Therefore, we would like to introduce a ceramic coating method using a dipping technique that differs from conventional thermal spraying for the setters you are using. 【Four Features】 ◆ High freedom of shape, capable of coating 3D shapes on a meter scale ◆ Coating possible on most high-performance materials ◆ Average thickness of 50μm achievable ◆ Good surface roughness of the coating with excellent smoothness (Ra 0.8 or lower) 【Materials that can be coated】 *Main setter materials ■ Mullite ■ Alumina-based ■ Zirconia-based ■ SiC-based *Both porous and dense materials can be accommodated. For coatings related to setters, many customers are selecting "zirconia films," so if you are having trouble choosing a film type, please try zirconia films first! Additionally, we currently have a lineup of dense grades of zirconia films, and by downloading, you can view SEM image data categorized by grade. In addition to zirconia, many other combinations of film types are possible, so please feel free to contact us.

• Fine Ceramics

In electronic components, it can be said that there is almost always a "sintering" process involved. Therefore, we would like to introduce a ceramic coating method using a dipping technique that differs from conventional thermal spraying for the setters you are using. 【Four Features】 ◆ High freedom of shape, allowing ceramic coating on 3D shapes at meter scale ◆ Ceramic coating possible on most high-performance materials ◆ Ceramic coating achievable with an average thickness of 50μ ◆ The surface roughness of the coating is good, providing excellent smoothness (Ra 0.8 or lower) 【Materials Suitable for Coating】 *Main Setter Materials ■ Mullite ■ Alumina-based ■ Zirconia-based ■ SiC-based *We can accommodate both porous and dense ceramics. *Ceramic coating is also possible on other materials. ☆ We have a wide range of ceramic coatings available ☆ Currently, we are also offering various grades of dense ceramic coating films (some are still in development), and by downloading, you can view SEM image data categorized by grade. Please feel free to contact us.

• Fine Ceramics

In electronic components, it can be said that there is almost always a "sintering" process involved. Therefore, we would like to introduce a ceramic coating method using a dipping technique that differs from conventional thermal spraying for the setters you are using. 【Four Features】 ◆ High freedom of shape, allowing ceramic coating on 3D shapes at meter scale ◆ Ceramic coating possible on most high-performance materials ◆ Ceramic coating possible with an average thickness of 50μm ◆ The surface roughness of the coating is good and has excellent smoothness (Ra 0.8 or less) 【Materials that can be coated】 *Main setter materials ■ Mullite ■ Alumina-based ■ Zirconia-based ■ SiC-based *We can accommodate both porous and dense ceramics. *Ceramic coating is also possible on other materials. Currently, we have a lineup of various dense grades of ceramic coating films (some are still in development), and by downloading, you can view SEM image data categorized by grade. We can handle a wide variety of film types, so please feel free to contact us.

• Fine Ceramics

In electronic components, it can be said that there is almost always a "sintering" process involved. Therefore, we would like to introduce a ceramic coating method using a dipping technique that differs from conventional thermal spraying for the setters you are using. 【Four Features】 ◆ High freedom of shape allows for ceramic coating on 3D shapes at meter scale ◆ Ceramic coating is possible on most high-performance materials ◆ Ceramic coating with an average thickness of 50μ is achievable ◆ The surface roughness of the coating is good and exhibits excellent smoothness (Ra 0.8 or lower) 【Applicable Base Materials for Coating】 *Main Setter Materials ■ Mullite ■ Alumina-based ■ Zirconia-based ■ SiC-based *We can accommodate both porous and dense ceramics. *Ceramic coating is also possible on other materials. Currently, we have a lineup of various dense grades of ceramic coating films (some are under development), and by downloading, you can view SEM image data categorized by grade. We can handle a wide variety of film types, so please feel free to contact us.

• Fine Ceramics

In electronic components, it can be said that there is almost always a "sintering" process involved. Therefore, we would like to introduce a ceramic coating method using a dipping technique that differs from conventional thermal spraying for the setters you are using. 【Four Features】 ◆ High degree of freedom in shape, allowing ceramic coating on 3D shapes at meter scale ◆ Ceramic coating possible on most high-performance materials ◆ Ceramic coating possible with an average thickness of 50μm ◆ Coating surface has good roughness and excellent smoothness (Ra 0.8 or lower) 【Materials that can be coated】 *Main setter materials ■ Mullite ■ Alumina-based ■ Zirconia-based ■ SiC-based *We can accommodate both porous and dense ceramics. *Ceramic coating is also possible on other materials. Currently, we have a lineup of various dense grades of ceramic coating films (some are still in development), and by downloading, you can view SEM image data categorized by grade. We can handle a wide variety of film types, so please feel free to contact us.

• Fine Ceramics

In electronic components, it can be said that there is almost always a "sintering" process involved. Therefore, we would like to introduce a ceramic coating method using a dipping technique that differs from conventional thermal spraying for the setters you are using. 【Four Features】 ◆ High freedom of shape allows for ceramic coating on 3D shapes at meter scale ◆ Ceramic coating is possible on most high-performance materials ◆ Ceramic coating can be applied with an average thickness of 50μm ◆ The surface roughness of the coating is good, providing excellent smoothness (Ra 0.8 or lower) 【Materials that can be coated】 *Main setter materials ■ Mullite ■ Alumina-based ■ Zirconia-based ■ SiC-based *We can accommodate both porous and dense ceramics. *Ceramic coating is also possible on other materials. Currently, we have a lineup of various dense grades of ceramic coating films (some are still in development), and by downloading, you can view SEM image data categorized by grade. We can handle a wide variety of film types, so please feel free to contact us.

• Fine Ceramics

In electronic components, it can be said that there is almost always a "sintering" process. Therefore, we would like to introduce a ceramic coating method using a dipping technique that differs from conventional thermal spraying for the setters you are using. 【Four Features】 ◆ High freedom of shape, capable of coating 3D shapes at meter scale ◆ Coating possible on most high-performance materials ◆ Average thickness of 50μm achievable ◆ Coating surface has good roughness and excellent smoothness (Ra 0.8 or less) 【Materials that can be coated】 *Main setter materials ■ Mullite ■ Alumina-based ■ Zirconia-based ■ SiC-based *Both porous and dense materials can be accommodated. For coatings related to setters, many customers are selecting "zirconia films," so if you are having trouble choosing a film type, please try zirconia films first! Additionally, we currently have a lineup of dense grades of zirconia films, and by downloading, you can view SEM image data categorized by grade. In addition to zirconia, many other combinations of film types are possible, so please feel free to contact us.

• Fine Ceramics

◆Ceramic DIP Coating ◆Ceramic Dip Coating This is a new coating technology that involves "dipping in a ceramic slurry to form a film." It is characterized by a higher degree of freedom in shape compared to conventional methods. There are many applications in firing tools such as setters and refractory materials, and we are currently addressing multiple themes for replacing thermal spray coatings!

• Fine Ceramics

Narasaki Industries has developed a ceramic coating that achieves extremely precise film thickness control. Its name is "Ceramic Dip Coating." As the name suggests, the workpiece is dipped into a ceramic slurry to form a film. This allows for greater freedom in ceramic coating for a wide variety of materials and shapes. 【Features】 ◆ High freedom of shape, capable of coating 3D shapes on a meter scale ◆ Coating possible on almost all ceramic substrates ◆ Average thickness of 50μm achievable ◆ Excellent thermal shock resistance with a film having a pore diameter of 0.1μm and a porosity of 30-40% ◆ Good surface roughness of the coating with excellent smoothness (Ra below 0.8) 【Materials that can be coated】 ■ Mullite ■ Alumina-based ■ SIC-based ■ Porous and dense materials used for setters, etc. *Please download and view the coating case collection. We optimize using composite ceramic films according to applications. Feel free to contact us.

• Fine Ceramics

Narasaki Industries has developed a ceramic coating that achieves extremely precise film thickness control. Its name is "Ceramic Dip Coating." As the name suggests, the workpiece is dipped into a ceramic slurry to form a film. This allows for a ceramic coating with increased freedom for a wide variety of materials and shapes. 【Features】 ◆ High freedom of shape, capable of coating 3D shapes at meter scale ◆ Coating possible on almost all ceramic substrates ◆ Average thickness of 50μm achievable ◆ Excellent thermal shock resistance with a film having a pore diameter of 0.1μm and a porosity of 30-40% ◆ Good surface roughness of the coating with excellent smoothness (Ra below 0.8) 【Applicable Materials for Coating】 ■ Mullite ■ Alumina-based materials ■ Porous and dense materials used for setters, etc. *Please download and view the coating case collection. We optimize using composite ceramic films according to application. Feel free to contact us.

• Fine Ceramics
• Processing Contract
• Surface treatment contract service

Narasaki Industries has developed a ceramic coating that achieves incredibly precise film thickness control. Its name is "Ceramic Dip Coating." As the name suggests, the workpiece is dipped into a ceramic slurry to form a film. This allows for a more flexible ceramic coating applicable to a wide variety of materials and shapes. 【Features】 ◆ High freedom of shape, capable of coating 3D shapes on a meter scale ◆ Coating possible on almost all ceramic substrates ◆ Average thickness of 50μm achievable ◆ Excellent thermal shock resistance with a film having a pore diameter of 0.1μm and a porosity of 30-40% ◆ Good surface roughness of the coating with excellent smoothness (Ra below 0.8) 【Materials that can be coated】 ■ Mullite ■ Alumina-based ■ Porous and dense materials used for setters, etc. *Please download and view the coating case collection. We utilize composite ceramic films tailored to your applications to achieve optimization. Feel free to contact us.

• Fine Ceramics

Narasaki Industries has developed a ceramic DIP coating that achieves an incredibly precise film thickness control. This allows for a more versatile ceramic coating applicable to a wide range of materials. 【Four Features】 ◆ High freedom of shape, capable of coating 3D shapes at meter scale ◆ Coating applicable to most high-performance materials ◆ Average thick film of 50μ achievable ◆ Coating surface has good roughness and excellent smoothness (Ra 0.8 or lower) 【Materials that can be coated】 ■ Mullite ■ Alumina-based ■ Porous and dense materials used for setters, etc. *Currently, we are conducting improvement tests to further enhance the density of the film. *Please download our coating case collection for more information. We optimize using composite ceramic films tailored to your applications. Feel free to contact us.

• Fine Ceramics
• Processing Contract
• Surface treatment contract service

Narasaki Industries has developed a ceramic DIP coating that achieves extremely precise film thickness control. This allows for greater freedom in ceramic coatings for a variety of materials. 【Four Features】 ◆ High freedom of shape, capable of coating 3D shapes at meter scale ◆ Coating applicable to most high-performance materials ◆ Average thick film of 50μ possible ◆ Coating surface has good roughness and excellent smoothness (Ra 0.8 or less) 【Applicable Materials for Coating】 ■ Mullite ■ Alumina-based ■ Porous and dense materials used for setters, among others *Currently, we are conducting improvement tests to further enhance the density of the film. *Please download and view our coating case collection. We utilize composite ceramic films to achieve optimization according to application. Feel free to contact us.

• Fine Ceramics
• Processing Contract
• Surface treatment contract service

Narasaki Industries has developed a ceramic DIP coating that achieves an incredibly precise control of film thickness. This allows for greater freedom in ceramic coatings for a wide range of materials. 【Four Features】 ◆ High freedom of shape, capable of coating 3D shapes at meter scale ◆ Coating possible for most high-performance materials ◆ Average thick film of 50μ achievable ◆ Coating surface has good roughness and excellent smoothness (Ra 0.8 or less) 【Materials Suitable for Coating】 ■ Mullite ■ Alumina-based ■ Porous and dense materials used for setters *Currently, we are conducting improvement tests to further enhance the density of the film. *Please download and view our coating case studies. We utilize composite ceramic films to achieve optimization according to your applications. Feel free to contact us.

• Fine Ceramics
• Processing Contract
• Surface treatment contract service

Narasaki Industries has developed a ceramic DIP coating that achieves an incredibly precise film thickness control. This allows for greater flexibility in ceramic coatings for a wide range of materials. 【Four Features】 ◆ High freedom of shape, capable of coating 3D shapes at meter scale ◆ Coating applicable to most high-performance materials ◆ Average thick film of 50μ possible ◆ Good surface roughness of the coated surface, excellent smoothness (Ra 0.8 or less) 【Applicable Materials for Coating】 ■ Fine ceramics (alumina, zirconia, aluminum nitride, etc.) ■ Heat-resistant glass such as quartz glass ■ Graphite, high melting point metals *Currently conducting improvement tests to further enhance the density of the film. *Please download and view our coating case collection. We achieve optimization by utilizing composite ceramic films according to application. Feel free to contact us.

• Fine Ceramics
• Processing Contract
• Surface treatment contract service

Narasaki Industries has developed a ceramic DIP coating that achieves an extremely precise control of film thickness. This allows for greater flexibility in ceramic coatings for a wide range of materials. 【Four Features】 ◆ High freedom of shape, capable of coating 3D shapes at meter scale ◆ Coating possible for most high-performance materials ◆ Average thick film of 50μ achievable ◆ Coating surface has good roughness and excellent smoothness (Ra 0.8 or less) 【Applicable Materials for Coating】 ■ Fine ceramics (alumina, zirconia, aluminum nitride, etc.) ■ Heat-resistant glass such as quartz glass ■ Graphite, high melting point metals *Currently, we are conducting improvement tests to further enhance the density of the film. *Please download and view our coating case collection. We utilize composite ceramic films to achieve optimization according to your application. Feel free to contact us.

• Fine Ceramics
• Processing Contract
• Surface treatment contract service

Narasaki Industries has developed a ceramic DIP coating that achieves an incredibly precise control of film thickness. This allows for a greater degree of freedom in ceramic coatings for many materials. 【Four Features】 ◆ High freedom of shape, capable of coating 3D shapes at meter scale ◆ Applicable to most high-functionality materials ◆ Capable of an average thick film of 50μ ◆ Excellent surface roughness and smoothness (Ra 0.8 or lower) 【Materials that can be coated】 ■ Fine ceramics (alumina, zirconia, aluminum nitride, etc.) ■ Heat-resistant glass such as quartz glass ■ Graphite, high melting point metals *Please download and view our coating case collection. We optimize using composite ceramic films according to your application. Feel free to contact us.

• Fine Ceramics
• Processing Contract
• Surface treatment contract service

The overseas manufactured Fine Carbon T series requires purity equivalent to that of domestic manufacturers, achieving a dense quality and low price in isotropic graphite. With a dense quality grade produced by CIP molding, you can choose from: - T391 - T925 - T953 depending on your application. 〇 T391 is a high-purity dense carbon produced by CIP molding, featuring versatile characteristics suitable for various fields, equivalent to isotropic graphite from domestic manufacturers. 〇 T925/T953 are high-rigidity grades with excellent bending and compressive strength, making them ideal for areas where there are concerns about breakage due to load. Additionally, we also offer carbon from POCO Corporation in our lineup. This series demonstrates significant cost reduction effects, especially for high-precision processed products in medium to large lots. Please feel free to contact us regarding the T series, which achieves high quality at low prices.

• Other polymer materials
• Fine Ceramics

◆Longer lifespan of setters for firing electronic components ◆Base materials Oxide-based materials such as mullite and alumina Other materials are also possible (Proposals including setters are also available) ◆Film types Oxide-based (alumina, yttria, zirconia, etc.) Non-oxide (such as BN) ◆Features Improves release properties and suppresses setter wear due to adhesion with the workpiece. Enables film formation on complex shapes due to the DIP method for ceramic slurry.

• Capacitor
• Sensors

Our company offers contract processing services for ceramics, metals, resins, carbon, glass, and more. Are you having trouble with the delivery times for ceramic processing? Do you want to obtain prototypes quickly? We can solve your problems, such as delays in supply from processing manufacturers. 【Supported Materials】 〇 Fine ceramics (alumina, zirconia, aluminum nitride, etc.) 〇 Machinable ceramics (Hotver, Macor, etc.) We will be exhibiting samples of our processed products at SEMICOM2023, so we look forward to your visit to our booth! 【Exhibition Information】 Location: Tokyo Big Sight, East Exhibition Hall Booth Number: 1217 (East Hall 1) *We can accommodate orders starting from "one prototype." We can handle a wide range of sizes and shapes, so please feel free to consult with us first! For detailed specifications, please download the PDF and take a look.

• Other electronic parts

Combining laser equipment and fully customized transport devices, we propose systems that fit our customers' needs. We have a proven track record in various applications, including: - Streamlining internal processes for semiconductor device users - Optional specifications for precision machining equipment manufacturers Common inquiries include: - Wanting to retrofit only the transport device to an existing laser microscope - Being burdened by personnel required for inspection tasks - Having unnecessary features that increase costs and extend delivery times We are open to discussing a wide range of concerns and will work together to find solutions. 【Case Study Introduction】 Automation of laser microscopes Mounted laser: Fiber laser (1064nm, 532nm) (Other lasers can also be mounted) Resolution (XY stage): 1 micron Stage speed (XY stage): several mm/sec We can accommodate all aspects, including handover from carriers, inspection methods, and alignment preparation, and we can customize the machinery to meet your specific requirements. Please feel free to contact us for further details or requests.

• Automatic sorting machine

I want to try using ceramics, but - What kinds are there? - What properties do they have? I often hear voices saying they don't know what to choose. This document provides basic knowledge to answer such questions. Part 1: What kinds are available? Part 2: What are the key points in material selection? Part 3: What are the geometric tolerances? What shapes can be made? Part 4: What are the manufacturing methods? What are the cost implications of those methods? Please download it, and if you have any questions, feel free to contact us.

• Fine Ceramics

Point 1: TELEC certified Point 2: Built-in 5G module Point 3: Equipped with antenna Standard equipped with TELEC-compatible antenna and module for domestic use. The 5G-compatible all-in-one model "Edge Tank TM" series has been released. * A 5G line contract with a telecommunications provider is required. * Please prepare your own SIM card. (We can also assist with this) For specifications and other details, please download the materials below and check. Feel free to contact us for more information.

• Industrial PCs

SCM8000 is a super heat-resistant resin made from high heat-resistant polyimide that has been compression molded. It exhibits excellent performance in high-temperature environments, corrosive conditions, and areas with concerns about wear due to repeated sliding. Among engineering plastics, it is a material with good processability. It allows for burr-free machining with cutting tools during drilling and is suitable for fine hole drilling. Our company has extensive experience in precision machining, so please feel free to consult with us. 【Features】 ■ Load deflection temperature: 480℃ ■ Low water absorption (23℃, 24h): 0.06wt% ■ Flexural strength: 190MPa ■ Replacement of high vacuum and high heat-resistant parts (ceramics ⇒ SCM8000, etc.) For more details, please refer to the materials. We would be happy to assist you.

• CVD Equipment
• valve
• plastic

Various setters for firing such as MLCC and ferrite components, plasma-resistant materials for semiconductor manufacturing equipment, crucibles for various metal melting, transport rollers, and various quartz components. We have developed a dip coating for ceramics that was generally considered difficult, enabling thick film coatings from various fine ceramics to quartz, isotropic graphite, and refractory materials that are hydrophobic. 【Features】 - High freedom of shape due to unique dipping technology - Excellent adhesion to the substrate - High uniformity of film thickness - High surface roughness of the film surface *Details are provided in the materials below. Please feel free to contact us.

• Fine Ceramics
• Processing Contract
• Surface treatment contract service

Due to its high melting point, it is widely used in fields such as semiconductor manufacturing, where process temperatures are high. Processing is carried out in China, the country of origin, enabling low costs and stable supply.

• Other semiconductors
• Rare metals

Various setters for firing such as MLCC and ferrite components, plasma-resistant materials for semiconductor manufacturing equipment, crucibles for various metal melting, transport rollers, and various quartz components. We have developed a dip coating technique for ceramics that was generally considered difficult, enabling thick film coatings on various fine ceramics, quartz, isotropic graphite, and refractory materials that are hydrophobic. Features: 1. Unique dipping technology provides: - High freedom of shape, strong adhesion to substrates, uniform film thickness, and high surface roughness. - While the design freedom for the coated object increases, consultation is required based on the shape. 2. Wide range of coating materials and target substrates: - Coatable ceramic materials: Most oxides and non-oxides (BN, SiC, Si3N4, etc.) - Target substrates: General fine ceramics, isotropic graphite, glass such as quartz, refractories, and metals (heat resistance temperature confirmation required). 3. High advantages of dipping over other coating methods: - Low cost (mass production effect) - Capable of handling three-dimensional structures, hollow shapes, and large sizes (size confirmation required). Film Thickness: Standard target film thickness: 50μ±5–10μ We optimize the use of composite ceramic films according to applications. Please feel free to contact us.

• Fine Ceramics
• Processing Contract
• Surface treatment contract service

This is a ceramics 3D printer capable of handling high-precision and ultra-complex shapes. We are here to assist you in leading product development! This is a proposal for those considering shapes that cannot be accommodated by traditional methods such as machining and mold forming for ceramic parts. As a "light curing type ceramics 3D printer," it achieves a very smooth finish with a one-step process that requires no post-processing. Since it employs a light curing method, it can also mold original materials provided by customers. **Features:** - No molds required - Complex shapes that are impossible with traditional methods - Hollow structures - No corner radii that cannot be achieved through machining - Fine shapes with layer pitch control at the micron level - Curing tests with unique customer materials. **Prototyping is always welcome!** Please feel free to contact us with any questions. If requested, we can also provide explanations via web meetings at any time.

• Sensors
• Capacitor
• Other semiconductors

We are currently accepting test modeling applications. Ceramic light shaping using UV-curable resin achieves shapes that are impossible to create with traditional methods, including complex three-dimensional structures. Additionally, we can conduct curing tests using your unique materials. We provide complete support from material development. 【Features】 - No molds required - Complex shapes that are generally difficult to achieve - Hollow structures - No corner radii that cannot be realized with machining - Fine shapes through layer pitch control at the micron level - Curing tests with customer-specific materials. Please feel free to contact us if you have any questions.

• Fine Ceramics
• Processing Contract
• Other machine tools

For example, ceramics processing: standard delivery time of 14 days. Our company handles various high-performance material contract processing, and once we receive your production drawings, we can consider materials, quantities, and precision without restrictions. Please feel free to contact us. 【Representative Material Examples】 - Fine Ceramics Alumina, Zirconia, Aluminum Nitride, Silicon Nitride, Silicon Carbide - Machinable Ceramics Macor, Hotver, BN, Shapal HIM Soft - Various Metals General Metals: SUS, Aluminum, etc. Rare Metals: Molybdenum, Tantalum, Pure Tungsten, Pure Titanium, etc. Alloys: Inconel, Titanium, Hastelloy, Invar, etc. Cemented Carbide: Various Grades - Polyimides, etc. Vespel, Cepla, PBI, Sumika Super, etc. various grades - Carbon CFRP, Isotropic Graphite - Glass Quartz Glass, Tempax, Sapphire - Surface Treatment Precision Cleaning, Blast Treatment, Ceramic Spraying, Ion Plating, various film formation, resin coating, etc. In addition, we support various applications such as high-precision processing, micro-processing, laser processing/welding, and more.

• Processing Contract

Even for sintered SiC (silicon carbide), which is very difficult to machine, it becomes easy to process holes and grooves using laser microjet technology. In machining processes such as drilling, grooving, and hollowing, which are impossible or would require an enormous amount of time, this laser microjet—water laser processing method allows for machining in less than half the usual time. By utilizing the total reflection phenomenon at the interface of the layered water jet, the laser beam is irradiated onto the material. Since the water jet continuously impacts the target workpiece, it minimizes the thermal effects of the laser to the extreme, preventing phenomena such as melting and warping, resulting in a high-quality finished surface. This innovative processing technology achieves high-precision and high-aspect-ratio cutting, drilling, and grooving of materials such as metals and ceramics. *Laser microjet is a trademark of the processing technology developed by SYNOVA.

• Laser Components
• Processing Contract