Product Search by Industries
Medical Equipment & Devices
Ceramics are used as parts for medical equipment that require reliability in various characteristics. For example, ceramics are used as parts for diagnostic imaging equipment that require high-voltage insulation, and as parts for surgical instruments that require insulation, strength, and heat resistance.
Product examples
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StatorsCeramic stators with superior chemical- and wear-resistant properties.- Wear Resistance
- Chemical Resistance
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Cylinders & PistonsCeramic cylinders and pistons with superior chemical- and wear-resistant properties.- Wear Resistance
- Chemical Resistance
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Metallized SubstratesSubstrates for drug-delivery systems made from biocompatible ceramics.- Thick Film Printability
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Ceramic / Sapphire Rods and TubesBiocompatible ceramic parts for drug-delivery systems.- Chemical Resistance
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Cutters and Wear-Resistant Parts for Industrial MachineryKyocera's cutters are ideal for a variety of materials and high-precision machining technologies.- Wear Resistance
- Precision Machining
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Electrical Insulators for FeedthroughsHighly biocompatible and reliable ceramic insulators.- Insulation Property
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Electrical Insulator PartsBiocompatible and able to be machined into intricate shapes and small forms.- Insulation Property
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Metallized ComponentsHighly reliable metallized components for X-ray tubes and RF windows.- Hermeticity
- Bonding Technology
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Metering ValvesCeramic metering valves with superior chemical- and wear-resistant properties.- Wear Resistance
- Chemical Resistance
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Chamber WindowsKyocera's ultra-pure sapphire is both plasma and heat resistant.- Heat Resistance
- Plasma Resistance
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Feedthroughs (Multi-pin)Multi-pin terminal feedthroughs are based on advanced ceramic-to-metal bonding technology.- Airtightness
- Bonding Technology
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Feedthroughs (Coaxial)Used in a wide range of applications, from radiation light sources and nuclear science to industrial equipment.- Airtightness
- Bonding Technology
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Isolator FlangesCeramic isolator flanges used in advanced experimental laboratories.- Airtightness
- Bonding Technology
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FeedthroughsHighly reliable feedthroughs are proven components in a range of industrial sectors.- Airtightness
- Bonding Technology
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Sapphire Windows with Vacuum FlangeThe combination of our materials and bonding technologies produces sapphire windows with outstanding performance in ultra-high vacuum environments.- Airtightness
- Bonding Technology
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Ceramic ChambersHigh-performance ceramic chambers help control strong magnetic fields.- Airtightness
- Bonding Technology
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Beam Position MonitorsHigh reliability proven by use in Japan's most well-known synchrotron radiation facility.- Airtightness
- Bonding Technology
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SiN (SN287) RF WindowsKyocera's technology enables non-oxide ceramic to be bonded with metals.- Airtightness
- Bonding Technology
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Hermetic Subminiature D type Ceramic FeedthroughsSubminiature D type Ceramic Feedthroughs have good hermetic properties for Ultra High Vacuum Application.- Insulation Property
- Airtightness
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Special Brazed FeedthroughsBrazed with aluminum or non-magnetic metals is available.- High Thermal Conductivity
- Insulation Property
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Vacuum Interrupter Ceramic TubeCeramic Insulator Tubes are used in vacuum interrupters for medium voltage switch gear (approx. 6kV to 80kV).- Insulation Property
- Airtightness
Customizable
We have a wide range of technologies such as material technology, process technology, design technology, measurement/evaluation technology, and integrated processes from materials to products in-house, so we can respond to various customizations. Please feel free to contact us first.
