Kyocera to Showcase Advanced Ceramic and Sapphire Technologies at Pittcon 2025
Kyocera Corporation, a global leader in fine ceramic solutions, will showcase its latest advancements in ceramic and single-crystal sapphire engineering at Pittcon 2025 in Boston, Massachusetts. The event, taking place from March 3rd to 5th, is one of the world’s premier conferences and expositions for laboratory, analytical, and life sciences technologies. Kyocera will be exhibiting at Booth #428, where attendees will have the opportunity to explore cutting-edge ceramic technologies that enhance analytical instrumentation and scientific research.
With over 65 years of expertise in fine ceramics, Kyocera continues to push the boundaries of material science to develop solutions that improve performance, durability, and precision across various scientific and industrial applications. By leveraging fine ceramics’ exceptional properties—including superior wear resistance, high electrical insulation, and remarkable chemical stability—Kyocera aims to support advancements in laboratory technology, including mass spectrometry, chromatography, and blood analysis.
Fine Ceramics for Advanced Analytical Research
Kyocera’s fine ceramics are engineered to meet the demanding requirements of modern scientific research. The company’s high-performance ceramic materials offer unique mechanical, thermal, and optical characteristics, making them ideal for applications where precision, stability, and durability are essential. In addition, Kyocera’s single-crystal sapphire components provide high optical transmission over a wide range of wavelengths, making them a critical material in various analytical instruments.
Kyocera’s latest ceramic and sapphire solutions will be on display at Pittcon 2025, highlighting advancements in material processing, additive manufacturing, and microfabrication. Among the featured technologies are:
Alumina Multilayer Direct Bonding
Kyocera’s alumina multilayer direct bonding technology enables the creation of complex ceramic structures without the use of adhesives or glues. This technique results in exceptionally strong and durable bonds, which are ideal for analytical devices requiring high thermal stability and chemical resistance. The absence of bonding agents eliminates potential contamination risks, making it a superior choice for laboratory applications.
Ceramic Components with Internal Electrodes
One of Kyocera’s most innovative developments, currently in the research and development phase, involves ceramic injection molding technology that allows for the integration of internal electrodes within ceramic structures. These components feature intricate under-cut shapes, expanding the possibilities for advanced electronic and analytical device design. Attendees at Pittcon will have the opportunity to see prototype samples of these next-generation ceramic components.
Sapphire Aperture for Blood Analysis Devices
Kyocera’s sapphire apertures, manufactured using high-precision laser processing, play a crucial role in blood analysis technologies. These apertures are key components in blood cell and platelet analysis systems that utilize the sheath-flow DC detection method. This method enables individual blood cells to pass through a detector in a precise, single-file manner, allowing for highly accurate cell size measurements. The exceptional hardness and optical clarity of sapphire ensure that these apertures maintain their integrity and performance over extended periods.
Ceramic Additive Manufacturing (CAM)
Kyocera is at the forefront of ceramic additive manufacturing (3D printing), offering unparalleled flexibility in ceramic component design. Utilizing high-purity alumina and zirconia, Kyocera’s additive manufacturing technology allows for the production of highly complex geometries and customized ceramic shapes without the need for traditional molding or tooling. This capability significantly reduces production time and enables rapid prototyping for laboratory and analytical applications.
Compared to traditional ceramic forming methods such as injection molding or dry pressing, additive manufacturing allows for:
- The creation of intricate internal channels and cavities
- The production of composite shapes with tight tolerances
- Enhanced customization for unique lab instrumentation needs
At Pittcon 2025, Kyocera will showcase a variety of 3D-printed ceramic components, demonstrating the potential of this technology to revolutionize scientific research tools.
Kyocera’s Materials in Action: Sample Displays at Booth #428
Kyocera’s commitment to advancing analytical research is evident in the broad range of ceramic and sapphire components on display at its Pittcon booth. Attendees will be able to examine:
- Laser-processed sapphire for high-precision optical applications
- Sapphire wafers for semiconductor and analytical instrumentation
- Alumina substrates with copper or silver patterning for electronic devices
- Alumina, zirconia, and silicon nitride parts used in various high-performance applications
- 3D-printed ceramic components highlighting the latest additive manufacturing capabilities
- Precision-engineered pistons and sleeves for pumps used in laboratory equipment
- Metallized feedthroughs for hermetic sealing and electrical insulation
These components exemplify Kyocera’s precision manufacturing and engineering expertise, demonstrating how fine ceramics can be shaped to micron-level tolerances for advanced scientific applications.
Applications in Laboratory and Medical Equipment
Kyocera’s fine ceramic and sapphire solutions play an essential role in numerous laboratory and medical applications. The company’s materials are used in a variety of critical analytical instruments, including:
- Plasma windows for spectroscopy and advanced imaging systems
- Gene sequencing equipment for DNA and molecular analysis
- Blood separators and hematology analyzers for medical diagnostics
- X-ray machines with high-performance ceramic components
- Drug testing devices requiring chemically inert materials
- Medical implants and surgical tools, including pacemakers, cardiac monitors, neuromodulation devices, and orthopedic joint replacements
These applications highlight the versatility and reliability of Kyocera’s fine ceramic solutions in environments that demand high durability, biocompatibility, and precision.
Advancing the Future of Scientific Instrumentation
As scientific instrumentation continues to evolve, Kyocera remains committed to developing materials that enable higher levels of accuracy, efficiency, and reliability. Whether through innovative forming techniques, precision laser processing, or cutting-edge additive manufacturing, Kyocera’s fine ceramics are helping to shape the future of laboratory research and analytical technologies.
Attendees at Pittcon 2025 are encouraged to visit Kyocera’s Booth #428 to see firsthand the latest advancements in fine ceramics and sapphire engineering. Kyocera representatives will be available to discuss potential applications, technical specifications, and custom engineering solutions tailored to meet the needs of laboratory professionals and equipment manufacturers.
To learn more about Kyocera’s laboratory analysis equipment solutions or to schedule a dedicated booth appointment at Pittcon, please email [email protected]. For additional information, visit Kyocera’s official website.
Kyocera’s participation in Pittcon 2025 underscores its ongoing commitment to innovation in materials science, providing groundbreaking solutions that support advancements in scientific research and analytical instrumentation. By leveraging fine ceramics and single-crystal sapphire, Kyocera continues to push the boundaries of what’s possible in modern laboratory technology.
