パイロットコーポレーション Product Lineup

In general, for drilling and laser processing, it is considered difficult to create deep holes with an aspect ratio (depth/inner diameter) of 10 or more for holes with a diameter of less than 1mm. Our company is capable of producing items with an aspect ratio of over 200 using advanced extrusion molding. Additionally, we can manufacture with a free wall thickness, and for "thin-walled pipe shapes," which are prone to deformation and uneven wall thickness, we can produce with a wall thickness of 0.1mm and a length of 100mm (when the outer diameter is Φ1.3mm). The materials used are alumina, zirconia, and aluminum nitride. 【Features】 ■ Capable of producing holes from Φ0.02mm to a length of 100mm using our unique technology ■ Can manufacture deep holes with any wall thickness, from thin to thick ■ Contributes to stable flow rates and pressure loss reduction in fluid control components with stable inner diameter dimensions *For more details, please refer to the materials. Feel free to contact us with any inquiries.

Generally, it is considered difficult to mold thin-walled pipe shapes through extrusion due to deformation and uneven thickness. Our company is capable of producing pipes with a wall thickness of 0.1 mm and a length of 100 mm (when the outer diameter is Φ1.3 mm) using our unique special molding and firing technology.

It is an application technology that can be manufactured by combining different shapes of outer and inner diameters.

- It is possible to perform sub-micron precision machining on ceramics. - High-precision outer diameter machining at the sub-micron level is possible. - High-precision hole machining with a hole diameter of Φ40μm or more is possible. - High-precision surface finishing machining is possible.

We can perform precise sub-micron machining on ceramics. High-precision outer diameter machining at the sub-micron level is possible. High-precision hole machining with a diameter of Φ40μm or more is possible. High-precision surface finishing is possible. These can be used for optical communication ferrules, optical device components, electrode guides for discharge machining, and more. For further details, please download the catalog or contact us.

The pilot's "porous ceramics" can create numerous through-holes for extrusion molding. It is possible to mold thin ceramics with a minimum outer diameter of φ0.3 mm, fine-pore ceramics with a minimum pore diameter of φ0.02 mm, and through porous ceramics with over 100,000 holes. These are used in fields such as analysis, automotive, and semiconductors. 【Features】 ■ Even for pores with a diameter of less than 1 mm, it is possible to produce items with an aspect ratio of over 200. ■ High aspect ratio holes are penetrated in the extrusion direction. ■ Since the holes are straight and pass through a dense body, stable flow rates can be achieved. *For more details, please refer to the product catalog available for PDF download. Feel free to contact us with any inquiries.

We have achieved small rectangular bars (small plates) through the extrusion molding of ceramics. We can accommodate widths and heights of approximately 0.2 to 4. The length can be selected freely in the direction of length (approximately L=0.2 to 100mm with a tolerance of ±0.02). The surface roughness is above ▽▽▽. How about applying this to sensor holding bodies, spacers, positioning plates, abutment parts, and substrate applications? For more details, please contact us.

Our company utilizes the technology cultivated in the manufacturing of mechanical pencil leads to produce fine, long-shaped ceramic products called "Zirconia Rods." Until now, we have offered these as original products, but in response to numerous requests, we have added standard products to our lineup. You can choose from four types with diameters ranging from 0.5 to 2.0 mm (in 0.5 mm increments). These are ideal for processes where "the use of metals is not suitable," such as those requiring wear resistance and insulation. They can also be used as materials for manufacturing components of precision equipment that are becoming smaller. 【Features】 ■ Capable of producing high-density molded bodies through our unique kneading, extrusion molding, and firing technology ■ Provides a smooth surface with an Ra of approximately 0.2 due to extrusion molding ■ Short lead times are possible because of domestic manufacturing ■ Sold stored in a dedicated slide tray that is easy to retrieve and has excellent preservation properties *For more details, please download the materials or feel free to contact us.

Our company specializes in the manufacturing of ceramics with fine through-holes, utilizing the extrusion molding technology developed through the production of mechanical pencil leads. We focus on fine shapes and high precision, capable of producing outer and inner diameter tolerances with a dimensional accuracy of ±5%. If you require the characteristics of ceramics, such as wear resistance, chemical resistance, heat resistance, insulation, and chemical stability, in production equipment, tools, or product design, and are considering fine or micro-hole shapes or long materials, please feel free to consult with us. Additionally, we will be exhibiting at the "11th High-Performance Ceramics Exhibition [Osaka] (CERAMIC JAPAN)" held at Intex Osaka from May 13, 2026 (Wednesday) <Hall 4, Booth: K6-25>. We invite you to visit our booth and see our products in person.

For pores with a diameter of less than 1mm, it is generally considered difficult to create deep holes of 10mm or more using drilling or laser processing. Our company can manufacture deep holes of over 100mm in length with an inner diameter of φ0.02mm using high-precision extrusion molding. The dimensional tolerance for the inner diameter is ±5%, and due to the nature of extrusion molding, the variation within the same lot is small. We can also create through holes with combinations of different shapes and hole diameters, allowing for structures with varying wall thicknesses from thin to thick. The materials used are high-purity alumina, zirconia, and aluminum nitride. 【Features】 ■ Capable of producing holes from φ0.02mm to a length of 100mm using our unique technology ■ Can manufacture deep holes with freely adjustable wall thicknesses from thin to thick *For more details, please refer to the materials. Feel free to contact us with any inquiries.

Pilot Ceramics offers high dimensional accuracy for fine holes and deep holes under 1mm, which are difficult to manufacture using drilling or laser processing. Thanks to our unique extrusion molding technology, we can produce holes with a minimum diameter of φ0.02mm and a length of 100mm. Both outer and inner diameters have a dimensional accuracy of ±5%, and variations within the same lot are minimized. Additionally, we can manufacture multiple holes and irregularly shaped holes. We will produce according to the specifications based on the drawings provided by our customers. The materials used are high-purity alumina, zirconia, and aluminum nitride. 【Features】 - Capable of producing fine ceramics with a minimum outer diameter of φ0.3mm and a minimum hole diameter of φ0.02mm - Capable of producing long products with an aspect ratio of over 200 (maximum length of 120mm) - Can manufacture deep holes with any wall thickness, from thin to thick - High precision with a dimensional tolerance of ±5% *For more details, please refer to the documentation. Feel free to contact us with any inquiries.

In the aerospace industry, high reliability and safety are required in harsh environments. In particular, for components exposed to high temperatures, heat resistance and durability are essential. Conventional metal parts may face challenges such as deformation and degradation due to heat. Pilot Fine Ceramics utilizes extrusion molding technology developed from mechanical pencil leads to manufacture these components. We can provide fine-shaped rods and pipes that excel in heat resistance, wear resistance, and chemical resistance. 【Application Scenarios】 - Sensors for measuring and managing liquid fuels - Structural and functional materials - Friction and wear-resistant parts 【Benefits of Implementation】 - Extended lifespan of components in high-temperature environments - Capability to withstand corrosive liquids and gases - Assurance of high reliability and safety

Our company manufactures ceramics with small diameters and fine pores using extrusion molding technology developed through the production of sharp cores. We specialize in fine shapes and high precision, and we can produce outer and inner diameters with a dimensional tolerance of ±5%. Our products are used in various fields such as semiconductors, automotive, and medical industries. If you are facing challenges related to wear resistance, chemical resistance, heat resistance, or insulation in production equipment, tools, or product design, or if you are considering fine or micro-hole shapes and long materials, please feel free to consult with us.

In the pilot stage, we can manufacture ceramic structures with minimum hole diameters of φ0.02mm and above using extrusion molding, with a standard length of 100mm. The dimensional accuracy is within ±5% for both inner and outer diameters, and we can also provide micron-level precision through additional processing. Not only can we create pipe shapes, but we can also design multiple holes, irregular shapes, and different hole diameters. We handle high-purity alumina, zirconia, and aluminum nitride, and we will make proposals that suit your application. 【Features】 - Fine ceramics with a minimum outer diameter of φ0.3mm and a minimum hole diameter of φ0.02mm - Capable of producing long items with an aspect ratio of over 200 (maximum length of 120mm) - Can manufacture deep holes with freely adjustable wall thickness from thin to thick - High precision with standard dimensional tolerance of ±5% - Excellent wear resistance, chemical resistance, heat resistance, and insulation properties If you are considering fine and micro-hole shapes, long materials, or high-precision components in production equipment, tooling, or product design, please feel free to consult with us.

In the medical device industry, particularly in the catheter field, biocompatibility, durability, and precise fluid control are required. Catheters are used in narrow spaces within blood vessels and the body, making fine structures and high precision essential. Inappropriate materials or manufacturing methods can lead to increased risks for patients and a decrease in the quality of medical procedures. PILOT applies the extrusion molding technology cultivated in sharp core production to ceramics, enabling the creation of fine pores with a minimum diameter of φ0.02mm at a high aspect ratio. The dimensional tolerance is approximately ±5%, and the variation within the same lot is even smaller, allowing for precise flow control. 【Expected Scenarios】 - Fine pores at the catheter tip - Accurate flow control of drugs and contrast agents - Areas requiring biocompatibility 【Benefits of Implementation】 - Accurate fluid control through fine pores - Improved safety through high-precision dimensional management - Excellent chemical resistance of ceramic materials

In the semiconductor manufacturing field, the control of uniform liquid and gas supply significantly impacts product quality and yield. Blockages in fine lines or unstable flow rates can lead to delays in the manufacturing process and affect product quality. Therefore, high-precision and reliable components are essential. Our high-precision ceramics produced through extrusion molding address these challenges, achieving stable flow supply with minimal pressure loss. 【Application Scenarios】 - Flow control of chemical liquids and gases - High-purity gas supply lines - Precise transport of chemical liquids 【Benefits of Implementation】 - Improved yield through stabilization of liquid and gas supply - Optimization of the manufacturing process through fine flow control - Extended lifespan due to materials with excellent chemical resistance and corrosion resistance

In the fiber industry, high precision in guides is required to transport and align threads stably. This is especially true for ultra-fine fibers and high-speed production lines, where the dimensional accuracy and surface quality of guide grooves and threading sections are directly linked to product quality. Uneven shapes and dimensional variations can lead to thread breakage, fraying, and variations in quality. Our company applies core technologies developed in writing instrument manufacturing, such as mixing, extrusion molding, and firing, to produce high-precision ceramic guides tailored to customer needs. Thanks to the excellent wear resistance unique to ceramics, we can maintain stable performance over long periods, while the smooth surface reduces damage to the threads through low friction, contributing to high-quality fiber production. 【Application Scenarios】 - Applications requiring precise thread transport and positioning - Production lines demanding uniform thread quality - Manufacturing processes for ultra-fine and specialty fibers - Equipment involving high-speed thread movement 【Benefits of Implementation】 - Increased lifespan and reduced replacement frequency due to excellent wear resistance - Improved product yield - Promotion of the development of new fiber products

In the electronics industry, as performance increases, heat dissipation measures from components are becoming increasingly important. Particularly in electronic devices that are becoming smaller and more densely packed, efficient heat dissipation design is directly linked to the reliability and lifespan of the products. Our fine-pore ceramics, through our unique extrusion molding technology, achieve fine pores and deep holes with high dimensional accuracy that are difficult to achieve with conventional processing methods, contributing to the construction of effective heat dissipation pathways. [Application Scenarios] - Heat dissipation materials for electronic components - Cooling system parts - Structural components for devices under high thermal loads [Benefits of Implementation] - Suppression of temperature rise in components - Improved product reliability - Adaptation to miniaturization and high density

"Microporous ceramics," which have a fine pore structure, are attracting attention in a wide range of fields such as filters, catalyst carriers, separation membranes, and heat dissipation materials. Our microporous ceramics can be manufactured into fine and deep hole shapes that are difficult to produce through machining, thanks to our high-precision extrusion molding technology. They can be utilized in functional designs that excel in fluid control and surface area characteristics. We are also flexible in material design and shape adaptation according to applications and environmental conditions, focusing on high-purity alumina and zirconia. From research and development applications to mass production projects, we contribute to the realization of our customers' products with problem-solving material proposals. We invite you to incorporate the added value created by fine structures into your next-generation products.

At Pilot, we can manufacture holes with a minimum diameter of φ0.02mm and a length of 100mm using our unique extrusion molding technology. Both the outer and inner diameters have a dimensional accuracy of ±5%, and the variation within the same lot is even smaller. We can also create through holes with combinations of different shapes and hole diameters. The materials used are high-purity alumina, zirconia, and aluminum nitride. 【Features】 ■ Capable of producing fine ceramics with a minimum outer diameter of φ0.3mm and a minimum hole diameter of φ0.02mm ■ Capable of manufacturing long products with an aspect ratio of over 200 (maximum length of 120mm) ■ High precision with a dimensional tolerance of ±5% If you are facing issues related to wear resistance, chemical resistance, heat resistance, insulation, or are considering fine and micro-hole shapes or long components, please feel free to consult with us.