All products and services
1~30 item / All 36 items
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Fine ceramics created by the manufacturing technology of precision writing instruments.
Introducing ceramics manufactured through our unique extrusion molding, aimed at "smaller sizes," with outer diameters ranging from φ0.3mm to φ8mm and a minimum hole diameter of φ0.02mm.
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Solving the flow rate stability issue with microporous ceramic pipes.
Minimum aperture φ0.02mm; high-precision fine hole ceramics can be produced with a length of 100mm.
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High-precision ceramics realized through extrusion molding of micro-pores and deep holes.
It is possible to manufacture fine-pore ceramics with a minimum aperture of φ0.02mm and dimensional accuracy of ±5%, making it ideal for miniaturized sensor holders and flow control components.
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[Must-see for Designers and Developers] Pilot's Micro-Pore Ceramics
Microporous ceramics: Capable of producing pores with a minimum diameter of φ0.02mm. New possibilities opened up by pilot microporous ceramics.
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What about pilot ceramics?
Ceramics such as zirconia and aluminum nitride can be manufactured, focusing on high-purity alumina.
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Aluminum nitride with an outer diameter of about 6mm, made using our unique extrusion molding technology.
It is possible to manufacture small-diameter rods and fine-pore pipe shapes.
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Pilot Corporation's "Aluminum Nitride"
Achieving fine rods and pipes with aluminum nitride! Producing small-diameter rods and fine-pore pipe-shaped PILOT through extrusion molding.
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Introduction of ceramic pipes
The thermal conductivity is 185 W/(m·K)! We apply the microfabrication technology developed in the production of mechanical pencil leads!
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Fine ceramics made using extrusion molding by a pilot.
Pilot, a comprehensive writing instrument manufacturer, can produce fine holes and multi-porous through-holes with an outer diameter of φ0.2 to φ8, an inner diameter of φ0.005 and a length of approximately 120mm.
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Fine ceramics "Zirconia rod"
Can be utilized in processes that require wear resistance, insulation, and corrosion resistance. Achieves a small diameter of 0.5 to 2.0 mm.
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【Special Material】Ceramic Core for Chip Inductors / Alumina Core
Support for custom-shaped materials (H-shaped) according to your requirements.
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Ceramics with fine pores suitable for electrodes used in electrical discharge machining.
Corresponding to the requested hole diameter for the electrode used in the discharge machining.
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Small square bars made of high-purity ceramics.
Realization of small-sized square bars through fine ceramics extrusion technology.
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Small flat gears made of high-purity ceramic material.
Achieving small flat gears through fine ceramics extrusion technology.
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High-purity ceramics used for insulators and sensor holders.
Ideal for sensor insulators! Supports reduced outgassing with high-purity ceramics.
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Leak resistor "Air Leak" using fine-pore ceramics.
Using extrusion technology capable of an aspect ratio of 200 or more, we manufacture high-quality leak resistors!
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Microporous ceramics "temperature sensor"
Silver resistance element/alumina sensor bobbin/temperature sensor using the element
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Porous ceramics "filter"
Porous ceramics "filter"
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Special-shaped ceramics "nozzle"
Deformed ceramics "nozzle"
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Complex shape "bracket"
Orthodontic attachment
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Pilot's "Fine Ceramics Secondary Processed Products"
High-precision processing with ±1μm accuracy supports a variety of parts and materials such as discharge guides and positioning pins.
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Secondary processing "light code"
Optical communication code
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Secondary processing "sleeve"
Combination of optical communication sleeves and ferrules
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Secondary processing "ferrule"
High-precision secondary processing finishing with high straightness.
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Fine ceramics [color ceramics]
Polishing techniques that express vibrant colors
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Fine ceramics [complex shapes]
Molding know-how and mold technology for realizing complex shapes.
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Fine ceramics [secondary processing]
Submicron high-precision processing technology and measurement technology.
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Fine ceramics "porous ceramics"
For controlling the flow rate of gases and liquids. Achieving stable flow and reduced pressure loss.
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Fine Ceramics ≪Case 6 Color Ceramics
We will introduce examples of color ceramics processing!
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Fine ceramics ≪Case 5: Secondary processing≫
We will introduce examples of submicron processing!
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