ナラサキ産業 List of Products and Services

Narasaki Industries provides contract processing services that accommodate not only ceramics but also engineering plastics, metals, carbon/CFRP, and glass processing, as well as surface treatments such as coating and precision cleaning. This document explains the reasons why we can offer our specialty "short lead time ceramic processing service" in an easy-to-understand manner, covering: - The ceramics manufacturing process - Why we can respond to short lead times Additionally, we introduce advanced technologies such as "water laser processing technology," which differs from conventional CO2 and fiber thermal lasers, and "ceramics 3D printer technology," which enables the molding of hollow, lattice, and complex structures, along with processing examples. We also present various types and characteristics of "surface treatment technologies" and their processes. <For those with the following concerns> ◎ Looking for a processing partner for ceramics or special materials ◎ Need support for small quantities and short lead times ◎ Want to consult comprehensively from material selection to processing proposals *Please take this opportunity to obtain the handbook. You can view it immediately by downloading the catalog.

• Ceramics

Polyimide (PI) natural grade material compressed and molded using the PBI method for machining applications. It possesses excellent heat resistance, mechanical strength, electrical insulation, and chemical resistance, making it ideal for use in harsh environments. It is utilized in a wide range of fields, including aerospace, automotive, and electronic components.

• plastic

We introduce "Hotober," a high-performance machinable ceramic that contributes to the improvement of cutting tool performance. Its excellent properties demonstrate their power in situations requiring work at high temperatures, which conventional insulation materials cannot handle, and in scenarios where wear resistance is essential. 【Usage Scenarios】 - Insulation material for semiconductor manufacturing equipment: Ensures insulation in high-temperature environments, achieving stable operation of the equipment. - Insulation components: Serves as insulation material in high-temperature environments where conventional insulation materials are inadequate. - Vacuum equipment components: Exhibits stable performance in vacuum environments. - Heat treatment jigs: Enhances stability and durability in heat treatment operations at high temperatures. 【Benefits of Implementation】 "Hotober" combines excellent insulation and wear resistance, making it ideal for work in high-temperature environments and for use in areas prone to wear. It enables high-precision machining and production within short lead times, which were not achievable with conventional materials.

• Ceramics

High-precision component processing required in various fields such as precision machinery and electronic devices. Conventional ceramics take a long time to process, leading to delays in delivery and increased costs. Therefore, what Narasaki Industries Co., Ltd. offers is the machinable ceramic "Hotobell," which excels in machinability. It significantly reduces processing time compared to conventional ceramics while maintaining high thermal insulation and electrical insulation properties. 【Application Scenarios】 - Insulating materials for semiconductor manufacturing equipment: Achieving stable operation in high-temperature and high-voltage environments - Insulating components: Preventing degradation and malfunction of equipment due to heat, ensuring stable operation - Vacuum device components: Improving stability and durability in vacuum environments - Heat treatment jigs: Achieving precise temperature control and stable heat treatment 【Benefits of Implementation】 "Hotobell" can shorten processing time compared to conventional ceramics, leading to reduced delivery times and cost savings. Additionally, its high thermal insulation and electrical insulation properties contribute to improved stability and reliability of equipment.

• Ceramics

In semiconductor manufacturing equipment, thermal insulation of components in high-temperature and high-heat environments is a challenge. Conventional insulation materials often lack heat resistance and processing precision, which can affect the performance and reliability of the equipment. Therefore, Narasaki Industries Co., Ltd. proposes "Hotobell," a machinable ceramic that combines high-precision processing with excellent thermal insulation performance. 【Application Scenarios】 - Insulation materials for semiconductor manufacturing equipment - Insulating components in high-temperature environments - Vacuum equipment parts - Heat treatment jigs - Situations requiring high-precision insulation materials 【Benefits of Implementation】 Hotobell contributes to the improvement of performance and reliability of semiconductor manufacturing equipment by achieving high-precision processing and excellent thermal insulation performance that were not possible with conventional insulation materials. - Ensures stable operation of components in high-temperature environments - Reduces degradation of equipment due to heat - Enables precise temperature control - Shortens delivery times by reducing processing time

• Ceramics

In the development of medical devices, various performance characteristics such as heat resistance, corrosion resistance, and electrical insulation are required. In particular, insulation materials in high-temperature environments have posed challenges due to insufficient performance and difficulties in processing with conventional materials. Therefore, "Hotobear," provided by Narasaki Sangyo Co., Ltd., is a machinable ceramic with excellent machinability that addresses these challenges. 【Application Scenarios】 - Insulation material for medical devices: Heat management in high-temperature environments, ensuring patient safety - Insulation material for medical devices: Mitigating electrical noise, preventing malfunctions - Components for medical devices: Parts requiring corrosion resistance, durability, and high-precision machining 【Effects of Implementation】 "Hotobear" contributes to the improvement of medical device performance and the assurance of safety by achieving high-precision machining and excellent insulation performance that were not possible with conventional insulation materials. - Enables stable operation in high-temperature environments - Prevents malfunctions caused by electrical noise - Provides durable and corrosion-resistant components

• Ceramics

Do you have concerns about improving the wear resistance of automotive parts? Narasaki Sangyo Co., Ltd. offers the machinable ceramics "Hotobairu," which combines excellent machinability with high performance. It can accommodate complex shapes and fine processing that were difficult with conventional ceramics, and it also enables short delivery times. 【Application Scenarios】 - Automotive parts: Engine components, brake components, exhaust system components, etc. - Improved wear resistance: Prevents wear and damage due to friction, extending the lifespan of parts. - Enhanced thermal insulation: Prevents deterioration of parts in high-temperature environments, maintaining performance. - Improved electrical insulation: Prevents electrical system troubles and enhances safety. 【Benefits of Implementation】 By introducing "Hotobairu," various advantages can be expected, such as improved durability of automotive parts, prevention of heat-related deterioration, and prevention of electrical system troubles. It can also accommodate complex shapes and fine processing that were not achievable with conventional ceramics, thereby expanding design flexibility.

• Ceramics

In the aerospace field, there is a constant demand for lightweight and high-performance materials. The high-performance machinable ceramic "Hotober" achieves lightweighting that was difficult to realize with conventional materials. 【Application Scenarios】 - Aircraft parts: Improved fuel efficiency through lightweighting, enhanced safety through increased strength - Satellite components: Long-term operation due to heat and environmental resistance, reduced launch costs through lightweighting - Rocket components: Stability under high-temperature and high-pressure environments, improved propulsion through lightweighting 【Benefits of Implementation】 "Hotober" contributes to solving various challenges in the aerospace field by achieving both lightweighting and high performance that were not possible with conventional materials. - Cost reduction through improved fuel efficiency - Increased reliability through enhanced safety - Shortened development time through improved operational efficiency

• Ceramics

Are you considering achieving high durability and corrosion resistance required for food processing machine parts while also reducing costs? At Narasaki Sangyo Co., Ltd., we introduce the overseas-made high-purity alumina ceramics CA series, which maintains quality equivalent to domestic manufacturers while achieving overwhelming cost performance. 【Usage Scenarios】 - Cutting tools and molds for food ingredients - Parts for mixers that blend food ingredients - Parts for devices that heat or cool food Food processing machine parts require various demands such as corrosion resistance, heat resistance, durability, and hygiene. Traditional materials have often been costly or lacking in performance. 【Benefits of Implementation】 By introducing the CA series, the following benefits can be expected: - Cost Reduction: Achieve significant cost savings compared to domestic manufacturers' alumina ceramics. - High Durability: Equipped with high durability suitable for use in food processing environments. - Corrosion Resistance: Strong against corrosion from acids and alkalis found in food, allowing for long-term use. - Hygiene: Complies with food sanitation laws, enabling safe food processing.

• Fine Ceramics

The demand for high-purity alumina ceramics in environmental fields such as water treatment is increasing, but high-quality products are expensive, and cost reduction is a challenge. Narasaki Sangyo Co., Ltd. has achieved overwhelming cost performance with its overseas high-purity alumina ceramics CA series, offering quality equivalent to that of domestic manufacturers. 【Application Scenarios】 - Water treatment equipment - Environmental measurement instruments - Exhaust gas treatment equipment - Water purifiers - Various filters - Environmental fields requiring high-purity ceramic components 【Benefits of Implementation】 - High-quality alumina ceramics can be introduced at low prices - Achieves cost reduction and contributes to strengthening product competitiveness - Contributes to reducing environmental impact

• Fine Ceramics

In construction materials, ceramic products that excel in fire resistance and durability are indispensable. However, high-quality ceramics are expensive, and cost reduction has become a challenge. Therefore, we would like to introduce the overseas high-purity alumina ceramics CA series, which achieves overwhelming cost performance while maintaining quality equivalent to domestic manufacturers. [Usage Scenarios] - As fireproof materials for use in high-temperature environments - As exterior walls and interior materials for buildings, balancing durability and aesthetics - As components for equipment and devices that require heat resistance, ensuring stable performance [Effects of Implementation] - Achieving cost reduction and contributing to improved profitability - Enhancing product reliability and durability by introducing high-quality ceramic products - Realizing price advantages unique to overseas products while maintaining quality equivalent to domestic manufacturers.

• Fine Ceramics

In tool manufacturing, materials with high precision and excellent durability are required. However, conventional high-purity alumina ceramics are expensive, and cost reduction has been a challenge. Therefore, Narasaki Sangyo Co., Ltd. offers the overseas-produced high-purity alumina ceramics CA series, which achieves overwhelming cost performance while maintaining quality equivalent to that of domestic manufacturers. 【Application Scenarios】 - Tool manufacturing - Semiconductor and LCD manufacturing equipment - Medical devices - Precision instruments - Heat-resistant components 【Benefits of Implementation】 By introducing the CA series, it becomes possible to manufacture high-quality tools at low cost. - Increased profit margins through cost reduction - Improved product quality through high-precision tools - Enhanced productivity through shortened delivery times

• Fine Ceramics

High strength, heat resistance, and lightweight properties required for heat-resistant components in the aerospace field. Were there not challenges in terms of cost with conventional domestically produced alumina ceramics? Narasaki Sangyo Co., Ltd. offers the overseas-produced high-purity alumina ceramics CA series with quality equivalent to that of domestic manufacturers at an overwhelming cost performance. 【Application Scenarios】 - Aircraft engine components - Rocket nozzles - Satellite components - Sensor components in high-temperature environments - Various components requiring heat resistance 【Benefits of Introduction】 By introducing the CA series, significant cost reductions can be achieved compared to conventional domestically produced alumina ceramics. It helps maintain high quality while keeping development and manufacturing costs down, contributing to enhanced product competitiveness.

• Fine Ceramics

In automotive exhaust gas purification systems, there is a demand for high-performance and cost-effective materials. While traditional domestically produced alumina ceramics are of high quality, they often face challenges in terms of pricing. Therefore, Narasaki Industries Co., Ltd. proposes the CA series of high-purity alumina ceramics manufactured overseas. The CA series requires purity equivalent to that of domestic manufacturers' grades, achieving a dense quality at a low price. 【Application Scenarios】 - Automotive exhaust gas purification systems - Catalyst carriers that efficiently remove harmful substances from exhaust gases - Durability required under high-temperature and high-pressure environments - Cost reduction is necessary 【Benefits of Implementation】 The CA series can significantly improve cost performance while maintaining quality equivalent to that of domestic manufacturers. This can reduce the development and manufacturing costs of automotive exhaust gas purification systems and contribute to lowering environmental impact.

• Fine Ceramics

In the chemical industry, corrosion-resistant components are required to have high durability and reliability. However, high-quality ceramics are expensive, and cost reduction is a challenge. The overseas high-purity alumina ceramics CA series has achieved overwhelming cost performance while maintaining the same level of purity as domestic manufacturers. 【Usage Scenarios】 - Corrosion-resistant components in chemical plants - Parts for pharmaceutical manufacturing equipment - Use in corrosive environments - Cost reduction 【Benefits of Implementation】 By introducing the CA series, high-quality ceramic components can be realized at a low price. - Improved durability and reliability - Cost reduction - Increased productivity

• Fine Ceramics

In the energy-related fields such as fuel cells, high-purity and highly reliable ceramic materials are in demand. However, high-purity alumina ceramics produced by domestic manufacturers are expensive, and cost reduction is a challenge. Therefore, Narasaki Sangyo Co., Ltd. offers the overseas-produced high-purity alumina ceramics CA series, which achieves overwhelming cost performance while maintaining the quality equivalent to that of domestic manufacturers. [Application Scenarios] - Fuel cells - Batteries - Sensors - Electrodes - Heat exchangers - High-temperature components - Corrosion-resistant components - Wear-resistant components [Benefits of Introduction] The CA series can achieve significant cost reductions while maintaining quality equivalent to that of high-purity alumina ceramics produced by domestic manufacturers. This can reduce the development and manufacturing costs of energy-related products such as fuel cells, contributing to the enhancement of product competitiveness. Additionally, by using high-purity and highly reliable materials, improvements in product performance and lifespan can also be expected.

• Fine Ceramics

High precision, high purity, and cost performance are required for the lenses of optical devices. The overseas-produced high-purity alumina ceramics CA series is the ideal material that meets these needs. 【Application Scenarios】 It is particularly suitable for optical device lenses, especially precision instruments that require high accuracy and mass-produced items where cost reduction is a challenge. 【Effects of Introduction】 - Achieves significant cost reduction compared to domestically produced alumina ceramics of equivalent quality. - Promotes efficiency in product development and manufacturing while maintaining high purity, high precision, and high quality. - Capable of producing 3D structures, enhancing design flexibility and expanding possibilities for new product development.

• Fine Ceramics

In medical device development, high-purity and high-quality ceramic materials are essential. However, domestically produced high-purity alumina ceramics are expensive, and cost reduction is a challenge. Therefore, Narasaki Sangyo Co., Ltd. offers the CA series of overseas-produced high-purity alumina ceramics, which boasts the same level of purity as domestically produced equivalents while achieving overwhelming cost performance. 【Application Scenarios】 - Medical devices such as artificial bones - Semiconductor and LCD manufacturing equipment that require high purity - Parts that need heat resistance and chemical resistance - Parts with complex shapes 【Benefits of Implementation】 The CA series contributes to cost reduction in medical device development by maintaining the purity of domestically produced equivalent grades while achieving cost reduction. Additionally, advanced precision processing technology enables the production of parts with complex shapes, which also helps improve product functionality.

• Fine Ceramics

Are you looking for high-purity alumina ceramics as an insulator for electronic components? Conventional domestic alumina ceramics are expensive, and cost reduction has been a challenge. The overseas high-purity alumina ceramics CA series meets the purity standards equivalent to domestic manufacturers while achieving a dense quality at a low price. 【Usage Scenarios】 - Insulators for electronic components - Semiconductor and LCD manufacturing equipment - Production of high-precision parts - Situations requiring cost reduction 【Benefits of Implementation】 - Ability to introduce alumina ceramics of quality equivalent to domestic manufacturers at a low price - Ideal for the production of high-precision parts - Capable of meeting high purity requirements for various applications - Achieves cost reduction and contributes to strengthening competitiveness

• Fine Ceramics

We introduce the overseas high-purity alumina ceramics CA series, which are optimal for applications requiring high purity, such as semiconductor manufacturing equipment. It allows for cost reduction while maintaining purity equivalent to that of domestic manufacturers. 【Usage Scenarios】 - Substrates for semiconductor manufacturing equipment - Parts for LCD manufacturing equipment - Components for precision instruments requiring high purity - Companies considering cost reduction 【Benefits of Implementation】 By adopting the CA series, you can achieve cost reduction while maintaining high purity. Additionally, by ensuring quality equivalent to that of domestic manufacturers, you can enhance the reliability of your products.

• Fine Ceramics

The lightweighting of sports equipment greatly contributes to reducing the burden on athletes and improving performance. However, it has been challenging to balance strength and durability with traditional materials, leading to performance degradation due to lightweighting. This is where the attention turns to "Hotobear," a machinable ceramic that achieves high strength and lightweighting. 【Usage Scenarios】 - Sports Equipment: Bicycle frames, helmets, skis, etc. - Issues: Insufficient strength and reduced durability due to lightweighting - Locations: Stadiums, training grounds, sports equipment stores 【Effects of Implementation】 "Hotobear" is lighter than traditional materials while also possessing high strength and durability. This enables the lightweighting of sports equipment, contributing to reducing the burden on athletes and improving performance. Additionally, due to its low thermal conductivity, it prevents performance degradation from heat, ensuring stable performance.

• Ceramics

Are you considering improving the heat resistance and insulation of civil engineering structures? We would like to introduce "Hotobair," a machinable ceramic that achieves high-precision insulation in high-temperature environments, which was difficult to realize with conventional insulation materials. 【Application Scenarios】 - Insulation materials for structures in high-temperature environments - Civil engineering structures requiring heat resistance and insulation - Cases where insulation materials with complex shapes cannot be addressed by conventional insulation materials - Cases where insulation materials with electrical insulation properties are required 【Benefits of Introduction】 "Hotobair" achieves high-precision insulation in high-temperature environments, which was difficult to realize with conventional insulation materials. With excellent insulation and electrical insulation properties, it contributes to the durability and safety of civil engineering structures. Additionally, its high machinability allows for adaptation to complex shapes, expanding design flexibility.

• Ceramics

The energy efficiency of buildings is an important issue from both the perspective of protecting the global environment and reducing costs. Traditional insulation materials have limitations in heat resistance and workability, making it difficult to address high-temperature environments and complex shapes. Therefore, "Hotobear," provided by Narasaki Sangyo Co., Ltd., is a machinable ceramic that combines excellent insulation properties with workability. 【Application Scenarios】 - Ideal as insulation material in high-temperature environments where traditional insulation cannot be used - Enables high-precision processing when complex-shaped insulation is required - Optimal for areas that need to balance heat resistance and electrical insulation 【Benefits of Implementation】 - Cost reduction through energy-saving effects - Stable operation in high-temperature environments - Increased design flexibility due to the ability to accommodate complex shapes - Long-term cost reduction due to improved durability

• Ceramics

In food processing environments, the durability of equipment and parts under high-temperature and corrosive conditions is a challenge. Conventional materials have limitations in heat resistance and corrosion resistance, often requiring frequent replacements and maintenance. Therefore, the machinable ceramics 'Hotobear' provided by Narasaki Sangyo Co., Ltd. possess excellent heat and corrosion resistance, as well as superior machinability, contributing to solving the challenges in food processing environments. 【Usage Scenarios】 - Heating treatment equipment in food manufacturing lines - Parts for conveying equipment - Parts for food processing machinery - Equipment in high-temperature and corrosive environments - Parts requiring heat and corrosion resistance 【Benefits of Implementation】 'Hotobear' improves the durability of equipment and parts in high-temperature and corrosive environments due to its excellent heat and corrosion resistance. This reduces the frequency of replacements and maintenance, contributing to increased production efficiency and cost reduction. Additionally, its good machinability allows for the production of complex-shaped parts, enhancing design flexibility.

• Ceramics

In the energy sector, insulation of equipment and facilities in high-temperature environments is a critical issue. Conventional insulation materials have limitations in heat resistance and workability, making it difficult to achieve optimal insulation. Therefore, Narasaki Industries Co., Ltd. offers "Hotobear," a machinable ceramic that combines high insulation properties and workability. 【Application Scenarios】 - Insulation material for semiconductor manufacturing equipment: Ensures insulation in high-temperature environments, enabling stable operation of the equipment. - Insulation components: Reduces heat loss in high-temperature machinery and facilities, demonstrating energy-saving effects. - Vacuum device components: Ensures insulation in vacuum environments, contributing to improved equipment performance. - Heat treatment jigs: Utilized as jigs for stable heat treatment at high temperatures. 【Benefits of Implementation】 - Achieves stable operation of equipment and facilities in high-temperature environments. - Reduces heat loss and demonstrates energy-saving effects. - Contributes to improved performance of vacuum devices. - Realizes improved precision in heat treatment.

• Ceramics

We will handle everything from the design of systems compliant with DI (Data Integrity), including the creation of documents such as IQ and OQ, to CSV compliance. 【Equipped with standard functions required in pharmaceutical production and manufacturing sites】 - We have developed standard components that enable audit trails and user management in GENESIS64, which are incorporated into the system and provided. (Compliant with 21CFR Part 11) - We are responding to projects using GENESIS64 in accordance with the business flow that complies with GMP regulations for CSV. - After receiving an order, we manage the requirements with a traceability matrix to ensure there are no discrepancies with the customer. - The SCADA system using GENESIS64 has numerous achievements not only in the pharmaceutical industry but also in various other fields. *Traceability Matrix: A tool to manage how the requirements of the URS are reflected and how the results are verified.

• Pharmaceutical and cosmetic factory software and systems

Narasaki Sangyo Co., Ltd. offers a wide range of services related to silicon carbide (SiC). *We can handle everything from contract processing of parts to the sale of standard products such as wafers.* ● Overseas SiC wafers ● High-purity SiC parts for semiconductor manufacturing equipment (Si-SiC, R-SiC, etc.) ● SiC coating ● Water laser processing technology that is highly compatible with SiC ● SiC refractory parts used in the firing process (beams, setters, etc.) If you are interested in any of the products or technologies mentioned above, please feel free to contact us.

• Wafer
• Oxidation/Diffusion Device

Our company, Narasaki Sangyo Co., Ltd., offers reaction-sintered SiC (silicon carbide) used in semiconductor manufacturing equipment, as well as other SiC grades. We are also capable of providing coating services, allowing us to make various proposals tailored to our customers' needs.

• Oxidation/Diffusion Device

We will handle everything from the design of systems compliant with DI (Data Integrity), including the creation of documents such as IQ and OQ, to CSV compliance. 【Equipped with standard functions required in pharmaceutical production and manufacturing sites】 - We have developed standard components that enable audit trails and user management in GENESIS64, which are integrated into the system and provided. (Compliant with 21 CFR Part 11) - We are responding to projects using GENESIS64 in accordance with business flows that comply with GMP regulations for CSV. - After receiving an order, we manage the requirements with the customer using a traceability matrix to ensure there are no discrepancies. - The SCADA system using GENESIS64 has numerous achievements not only in the pharmaceutical industry but also in various other fields. *Traceability Matrix: A tool for managing how the requirements of the URS are reflected and how the results are verified.

• Integrated operation management

◢Overview◤ The "Laser Microjet" is a processing technology that guides a laser to the material using a water jet with a minimum diameter of 30μm, while performing processing with cooling. This technology minimizes thermal effects from the laser to the extreme, ensuring that phenomena such as burn marks due to material melting do not occur, resulting in high-quality finished surfaces. With this innovative processing technology, high-precision and high-aspect-ratio cutting, hole drilling, and groove processing of materials such as metals and ceramics can be achieved. You can also check the details from the external link below. https://denki.narasaki.co.jp/laser-microjet ◢Target Materials◤ - Ceramics (alumina, aluminum nitride, silicon carbide, etc.) - Silicon - Metals (copper, aluminum, SUS, alloys, etc.) - Diamond, etc. ◢Processing Contents◤ - Holes - Grooves - Cutouts - Shape processing, etc. *Laser Microjet is a trademark of the processing technology developed by SYNOVA. We offer contract processing services from prototyping to mass production, so please feel free to contact us.

• Processing Contract
• Fine Ceramics

Here are the use cases for our rugged tablet, the 'EDGE-PAD PRO'. Starting with preventing missed component installations in component check systems, it can also be used for non-contact monitoring as a remote temperature monitoring system. Additionally, it serves as a work terminal for inventory management in retail stores, and there are examples of its use in LTE-enabled robotics construction crane control with long operating hours. [Use Case List] ■ Component Check System ■ Remote Temperature Monitoring System ■ Work Terminal in Retail Stores ■ Robotics Construction Crane Control *For more details, please download the PDF or feel free to contact us.

• Other network tools

We would like to introduce our product, "GD Coat." It enables surface modification for almost all materials. By applying a base treatment, its performance can be further enhanced. Additionally, due to its monolayer structure created by a chemical reaction layer, it exhibits excellent strength and durability. 【Features】 ■ Thin film fluorine-based coating ■ Heat resistance up to 500℃ ■ Can be applied to precision parts such as molds ■ Coating can be customized with recipes tailored to the base material *For more details, please download the PDF or feel free to contact us.

• Coating Agent

We would like to introduce our "Ceramics Adhesive Bonding Products." These are components that bond ceramics or high-hardness materials only in areas where wear resistance is needed, achieving cost reductions and improved productivity. If you have any issues in your production process, please feel free to consult us. 【Features】 ■ Restoration of parts supplied by customers is possible ■ Parts scheduled for disposal can also be reused ■ More cost-effective than all-ceramic components ■ Many applications in electronic component wear parts and downstream transport devices *For more details, please download the PDF or feel free to contact us.

• glue

Narasaki Sangyo Co., Ltd. will propose overseas-manufactured ceramic substrates through our overseas subsidiaries! ● Domestic procurement is unstable ● We would like to consider new procurement sources ● We want to reduce costs with lower-grade overseas products If you are facing any of these issues, please feel free to contact us! Customers who download our materials will receive alumina substrate samples free of charge!

• Fine Ceramics

We will alleviate your concerns about sourcing parts by producing with our overseas suppliers! We offer ceramic parts for high-precision/high-quality semiconductor manufacturing equipment, including materials. ☆ We can accommodate 8-inch and 12-inch sizes. ☆ We have a wealth of delivery experience to domestic equipment manufacturers.

• Etching Equipment

Introducing a light-based ceramic 3D printer. By mixing UV-curable resin with ceramic slurry and stirring it uniformly, we have adopted a light-based method that makes it possible to create three-dimensional structures that were not achievable with conventional methods. ● Target materials: Oxide-based materials such as alumina and zirconia ● *Aluminum nitride is also now possible. Additionally, we can accommodate unique materials from our customers! Narasaki Industries supports a wide range of customer development and project themes, from contract manufacturing services to equipment sales. *Please download the PDF for documentation with examples of our work. We are accepting test processing requests at any time. Feel free to consult us for detailed specifications.

• Fine Ceramics

●ENGINEERING DRILL(R) - A high-spec drill specialized in "ultra-fine machining" - Minimum diameter is φ20µm, with a diameter tolerance range of 3µm - We offer a wide range of custom drills made to your specifications ●Affordable! Composite Drill - The shank is made of SUS, and the cutting edge is made of carbide! * Achieves high quality at a low price. - Available in straight type (XST01 series) and undercut type (XUD01 series) - XST01 series diameter tolerance: +0, -4µm - XUD01 series diameter tolerance: +0, -5µm ●Center Drill (Patent Obtained) - A center drill patented with a tip angle of 53.13 degrees - The cutting depth equals the diameter, allowing for diameter calculation without the need for complex calculations ●End Mill - Set with strict diameter tolerances, specialized for high-precision machining - Standard diameter tolerance of +0, -10µm, available in φ4.0 shank size

• drill

When combined with the IO-Link Master UR series, it can also support EtherNet/IP, EtherCAT, and CC-Link IE! <Features> - Easy to read with an organic EL display - Easy to read with expanded light reception display - Easy to read with large LED indicators - Connect up to 16 units and perform bulk settings - Detection distance 1.5 times that of conventional models, stable detection with high-power design to minimize the effects of dust and dirt - Achieves ultra-fast response time of 16μs, capable of detecting over 30,000 workpieces per second - IO-Link compatible, converts analog to digital, resistant to noise, and capable of long-distance communication - [Model Addition] Added a close-range, high-precision type, optimal for detecting small objects and transparent bodies by detecting minute changes in light intensity - [Model Addition] Added a connection type for communication unit connections

• Sensors

Introducing the "EDGE-PAD PRO(TM)", a rugged tablet equipped with the 11th generation Core(TM) i5 that can be used in three different modes. It significantly enhances productivity across various industrial scenes, from manufacturing and logistics to construction sites, retail, distribution, and field service industries. 【Features】 ■ Tablet Mode Enables quick information gathering and operation with ease and mobility! ■ Laptop Mode Achieves an operation feel and productivity comparable to office desk work! ■ Vehicle Mode Ideal for on-the-go tasks such as logistics and warehouse management! This device is equipped with multifunctionality that expands business possibilities in various work scenarios. *For detailed specifications, please download the PDF. Feel free to contact us for more information.

• Industrial PCs

【A Wide Range of Grades Available】 We offer various grades to meet your needs. ● High Purity Grade For applications such as semiconductor manufacturing equipment and inspection equipment, where high purity, high heat resistance, and insulation properties are required. ● High Strength Grade For applications such as structural materials and friction materials, where strength is required at high temperatures. ● High Thermal Conductivity Grade For applications such as thermoelectric conversion materials and electronic devices, where high thermal conductivity is required. ● Others We also offer grades formulated with various additives to meet special needs.

• Ceramics
• Ceramics

We can offer YAG ceramics that possess optical properties equal to or superior to those of YAG (Y3Al5O12) single crystals, which are widely used as solid laser media, in addition to the excellent characteristics of ceramics (high hardness, high strength, high heat resistance, high corrosion resistance). Please download the catalog to check the physical property data. 【Features】 ● Excellent optical performance ● Excellent corrosion resistance ● High hardness ● Capable of producing free-form shapes and large crystals 【Applications】 ● Laser media / Scintillators ● Optical substrates, light-emitting tubes, window materials ● Phosphors ● Crucibles, corrosion-resistant materials Feel free to consult us for other inquiries as well.

• Other semiconductor manufacturing equipment

We offer contract processing with femtosecond lasers that enables ultra-fine machining at an affordable price! In addition to the catalog listed, we can accommodate various other laser contract processing needs. We can support everything from the development of a single project to mass production. We assist in solving challenges and themes for customers that could not be addressed with conventional methods or were deemed too costly.

• Other machine tools
• Laser Components

Introducing a light curing method ceramics 3D printer. By mixing UV-curable resin with ceramics slurry and stirring it uniformly, we have adopted a light curing method that makes it possible to create three-dimensional structures that were not achievable with conventional methods. ● Target materials: Oxide-based materials such as alumina and zirconia ● * Aluminum nitride is also now possible. We can also accommodate unique materials from our customers! Narasaki Industries supports a wide range of customer development and challenge themes, from contract manufacturing services to equipment sales. * Please download the PDF to view materials with examples of our work. We are accepting test processing requests at any time. Feel free to consult us for detailed specifications.

• Fine Ceramics

Our company offers contract processing services for surface treatment/modification themes across various genres, enabling us to support customers in solving their challenges/themes! Surface treatment/coating has become a necessary technology in many manufacturing sites, and we receive numerous inquiries from customers outside of our specialties in the semiconductor and electronic components industries. - Coating - Thermal spraying - Plating - Blasting - Fine laser processing - Etching - Precision cleaning, etc. Some of the areas we can accommodate are introduced in the attached catalog, so please check it out by downloading the materials!

• High frequency/microwave parts

Narasaki Industries offers the following services in contract processing of ceramics: - Short delivery times through complete machining - Realization of ultra-high precision processing - Proposal of low-cost overseas products (with extensive experience for customers in Japan) - Suggestions for three-dimensional structures using ceramic 3D printers - Processing proposals using special laser technology with minimal thermal impact Among others, we support our customers in solving their challenges across a wide range of themes.

• Other electronic parts