Product variants of customized enclosures and feedthroughs for implantable medical devices
Exceptional long-term protection is at the heart of SCHOTT's hermetic battery covers and feedthroughs. These customizable components are designed with advanced miniaturization, biocompatibility and RF transparency in mind, helping to ensure reliable performance for the electronics in critical medical devices.
Feedthroughs for implantable devices
Feedthroughs for implantable devices
SCHOTT’s custom-designed glass-to-metal sealed feedthroughs provide a durable, hermetic barrier for implantable devices, supporting long-term reliability and biocompatibility. With advanced miniaturization, they are tailored to meet stringent medical standards for safe and efficient performance.
CHARACTERISTICS
- Electrolyte-resistant glass sealing: Can provide long-lasting protection against harsh chemical environments in implantable batteries.
- Customized design: Options to precisely tailor the number of pins and ground pin configurations. Weldable or solderable surfaces are also available.
- Proven material combinations: Established materials with a track record of success in critical medical applications.
- Decades of expertise: Built on decades of innovation in glass-to-metal sealing technologies.
YOUR ADVANTAGES
- Exceptional reliability: Can contribute to consistent performance and patient safety over the device’s lifetime.
- Tailored solutions: Fully adaptable to meet unique technical and design requirements.
- Enhanced device trustworthiness: Backed by a history of proven success.
- Future-ready durability: Precision engineering combined with robust materials for long-term dependability.
Battery Lids for implantable devices
Battery Lids for implantable devices
SCHOTT MiniCaps™ InVivo ultra-thin battery lids offer exceptional moisture protection, RF transparency, and biocompatibility. These innovative lids support advanced miniaturization while providing reliable, long-term functionality in implantable devices such as neurostimulators, cardiac implants, and more.
CHARACTERISTICS
- Ultra-compact design:
Thickness: Less than 0.5 mm.
Diameter: Less than 2 mm. - Secure glass sealing: Electrolyte-resistant glass ensures reliable encapsulation of lithium-ion battery chemistry.
- Biocompatible materials: Lid and pins made from materials safe for use in the body, e.g. Titanium and Platinum/Platinum-Iridium.
- Customizable engineering: Fully tailored designs to meet unique device requirements, such as neurostimulators, cochlear implants, and cardiac devices.
YOUR ADVANTAGES
- Enables miniaturization: Ultra-thin, compact design supports the development of smaller, less invasive devices.
- Long-term safety: A reliable seal protects the battery chemistry and can contribute to the safety and longevity of the device.
- Biocompatibility: Materials certified safe for patient use minimize health risks.
- Custom solutions for broad applications: Tailored designs provide seamless integration with specific medical applications, such as neurostimulators, cochlear implants, and cardiac devices.
Julia Hütsch
Sales Manager Medical Electronics