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SCHOTT MINIFAB
Hattenbergstr. 10,
55122
Mainz
Germany
Germany
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Websession Video: Lighting the way for advanced robotic surgery
Contact
Juergen Hammerschmidt
Director Global Sales & Marketing Medical
Your expert for:
Lighting and imaging solutions for medical applications
Phone
+49 (0)6131/66-4114
Christian Graf
Director Sales Medical Europe
Your expert for:
Glass fiber based lighting for medical applications
Phone
+49 (0)6131/66-7856
Simone Berkefeld
Senior Sales Manager Medical
Your expert for:
Fiber optic illumination for endoscopes
Phone
+49 (0)6131/66-7822
Holger Werner
Business Development Manager Medical
Your expert for:
Illumination for single-use endoscopes
Phone
+49 (0)6131/66-7711
Email
holger.werner@schott.com
Philipp Muders
Sales Manager Medical
Your expert for:
Rigid light guide rods for medical applications
Phone
+49 (0)6131/66-7737
Karen Holst
Senior Product Manager Medical
Nadine Ferber
Business Development Manager
Gernot Weber
Global Product Manager IR Materials and Active Laser Glass
Your expert for:
Active Laser Glass Solutions in Medical Applications
Phone
+49 (0)6131/66-3069
Email
gernot.weber@schott.com
Dr. Frank Gindele
Head of R&D LED
Your expert for:
Autoclavable LEDs for medical applications; Medical connectors
Phone
+49 (0)871/826-298
Email
frank.gindele@schott.com
Qiwei Song
Product & Sales Engineer
Your expert for:
Autoclavable LEDs for medical applications; Medical connectors
Phone
+49 (0)871/826-415
Email
qiwei.song@schott.com
Antti Peltonen
Marketing & Business Development Manager Primoceler
Your expert for:
Ultra-miniature medical implants with glass micro bonding by SCHOTT Primoceler
Phone
+35 8405565513
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18 Nov 2020
Topic
14:40
Lighting the way for advanced robotic surgery
Today robotic surgical systems are used in many hospitals. Even though the surgery itself might be performed by a robot, the surgeon controlling the instruments must have a clear view of the surgical field. This is enabled by an endoscope containing a camera for imaging and a light guide for illumination. Discover why light guides made with SCHOTT PURAVIS® glass fibers offer outstanding solutions.
Join here: https://events.medica.de/en/event/ws-lighting-the-way-for-advanced-robotic-surgery
Join here: https://events.medica.de/en/event/ws-lighting-the-way-for-advanced-robotic-surgery
Our range of products
Product categories
- 02 Manufacturing of finished products
- 02.06 Surgical intruments
Surgical intruments
- 02 Manufacturing of finished products
- 02.07 Implants (passive)
Implants (passive)
- 02 Manufacturing of finished products
- 02.10 Endoscopes
Endoscopes
- 02 Manufacturing of finished products
- 02.12 Dental products
Dental products
- 05 Components, modules, OEM equipment
- 05.08 Optical components
Optical components
- 05 Components, modules, OEM equipment
- 05.13 Other components, modules, OEM equipment
Other components, modules, OEM equipment
- 06 Electrical components, electronical components
- 06.02 Electromechanical components
- 06.02.02 Plugs, connectors
Plugs, connectors
- 06 Electrical components, electronical components
- 06.02 Electromechanical components
- 06.02.03 Enclosures
Enclosures
- 06 Electrical components, electronical components
- 06.09 Lamps
Lamps
- 08 Raw materials, materials, adhesives
- 08.06 Glass
Our products
Lighting solutions for endoscopic procedures
We help to see more for best diagnoses and therapies
Improving visibility is key in all endoscopic procedures, either by improving optical visualization or by reducing endoscope size. SCHOTT's Flexible Light Guides and autoclavable LEDs enable the development of highly efficient and miniaturized lighting designs for treatment-area illumination, while our Flexible Imaging Bundles allow for extremely accurate and high resolution diagnostics.
Flexible Light Guides
Flexible light guides perform vital roles in many industries, and SCHOTT has the expertise to understand the key requirements of them all. Our in-house development teams and production facilities produce the latest glass optical fibers, bundles, cables and assemblies for versatile and customized solutions.
Flexible Imaging Bundles
When remote images and hard-to-access locations need to be seen, SCHOTT Flexible Imaging Bundles provide a unique solution. Our glass fiber optics combine flexibility and high resolution with light weight. We offer a wide range of diameters and lengths to provide solutions for the most challenging conditions.
Illumination for single-use endoscopes
Many disease detection and surgical guidance applications rely on complex reusable instruments. Providing a high-quality and realistic view into the body requires good lighting, which can be challenging to accomplish with the large manufacturing volumes required for single-use endoscopes. Pioneering new technology is helping advance disposable endoscopes by making it possible, for the first time, to integrate high-quality fiber optic illumination into instruments as a plug-and-play component.
Improving visibility is key in all endoscopic procedures, either by improving optical visualization or by reducing endoscope size. SCHOTT's Flexible Light Guides and autoclavable LEDs enable the development of highly efficient and miniaturized lighting designs for treatment-area illumination, while our Flexible Imaging Bundles allow for extremely accurate and high resolution diagnostics.
Flexible Light Guides
Flexible light guides perform vital roles in many industries, and SCHOTT has the expertise to understand the key requirements of them all. Our in-house development teams and production facilities produce the latest glass optical fibers, bundles, cables and assemblies for versatile and customized solutions.
Flexible Imaging Bundles
When remote images and hard-to-access locations need to be seen, SCHOTT Flexible Imaging Bundles provide a unique solution. Our glass fiber optics combine flexibility and high resolution with light weight. We offer a wide range of diameters and lengths to provide solutions for the most challenging conditions.
Illumination for single-use endoscopes
Many disease detection and surgical guidance applications rely on complex reusable instruments. Providing a high-quality and realistic view into the body requires good lighting, which can be challenging to accomplish with the large manufacturing volumes required for single-use endoscopes. Pioneering new technology is helping advance disposable endoscopes by making it possible, for the first time, to integrate high-quality fiber optic illumination into instruments as a plug-and-play component.
Illumination for single-use endoscopes
Many disease detection and surgical guidance applications rely on complex reusable instruments. Providing a high-quality and realistic view into the body requires good lighting, which can be challenging to accomplish with the large manufacturing volumes required for single-use endoscopes. Pioneering new technology is helping advance disposable endoscopes by making it possible, for the first time, to integrate high-quality fiber optic illumination into instruments as a plug-and-play component.
Product category: Dental products
Lighting solutions for dental handpieces and curing devices
Tooth decay remains one of the most common infectious diseases worldwide, and specialty glass materials and components from SCHOTT are found in a broad variety of modern dentistry applications, as well as present in many restoration and prosthetic materials.
SCHOTT is a global market leader in dental instrument illumination, delivering the best possible view for accurate, efficient treatment. Our Light Guide Rods play a key role in dental turbines, handtools and intraoral cameras and can help detect dental conditions by fluorescent light or aid magnification in phototherapeutic systems powered by diode lasers.
SCHOTT is a global market leader in dental instrument illumination, delivering the best possible view for accurate, efficient treatment. Our Light Guide Rods play a key role in dental turbines, handtools and intraoral cameras and can help detect dental conditions by fluorescent light or aid magnification in phototherapeutic systems powered by diode lasers.
Product category: Optical components
Flexible Light Guides
Flexible light guides perform vital roles in many industries, and SCHOTT has the expertise to understand the key requirements of them all. Our in-house development teams and production facilities produce the latest glass optical fibers, bundles, cables and assemblies for versatile and customized solutions.
Product category: Optical components
Light Guide Rods
SCHOTT’s innovative light guide rods ensure perfect illumination for instruments in dentistry, endoscopy, level sensing and many other fields in industry. Our advanced shaping processes enable a large variety of different shapes, bending angles and cross-sections. We also act as an expert partner when you need to develop challenging designs.
Product category: Optical components
Flexible Imaging Bundles
When remote images and hard-to-access locations need to be seen, SCHOTT Flexible Imaging Bundles provide a unique solution. Our glass fiber optics combine flexibility and high resolution with light weight. We offer a wide range of diameters and lengths to provide solutions for the most challenging conditions.
Product category: Optical components
Light Guides for robotic surgery applications
Today, you’ll find high-tech, robotic surgical systems commonly used in many hospitals. Even though the surgery itself might be performed by a robot, the surgeon controlling the instruments must have a clear view of the surgical field. This is typically accomplished with an endoscope that contains a camera for imaging and a light guide for illumination.
Light guides made from bundles of SCHOTT PURAVIS® glass fibers deliver pure white light and excellent color rendering. This creates high-quality illumination that provides clinicians with a true-to-life view of tissue. The unique properties of these fibers are helping current and next-generation robotic surgery systems provide the very best surgical outcomes.
Light guides made from bundles of SCHOTT PURAVIS® glass fibers deliver pure white light and excellent color rendering. This creates high-quality illumination that provides clinicians with a true-to-life view of tissue. The unique properties of these fibers are helping current and next-generation robotic surgery systems provide the very best surgical outcomes.
Product category: Optical components
SCHOTT® Luminous Diffusers
SCHOTT brings innovation to the market with a performance profile unseen to date: glass-based laser-diffusing materials that radiate light extremely homogeneously and boast very high optical efficiency of more than 80%. The diffusers made in Germany also support high-power throughput of up to 20W while keeping heat emissions low. This throughput outperforms other diffuser materials on the market.
The patent-pending laser-diffusing materials are available in various geometries, including cylindrical, front-emitting, spherical and special shapes.
SCHOTT offers a full range of services along the development pipeline: from early-stage development, component design and prototyping, application engineering, customization and micro-assembly to high volume serial production.
The patent-pending laser-diffusing materials are available in various geometries, including cylindrical, front-emitting, spherical and special shapes.
SCHOTT offers a full range of services along the development pipeline: from early-stage development, component design and prototyping, application engineering, customization and micro-assembly to high volume serial production.
Product category: Optical components
SCHOTT® SingleEZ – plugn play lighting solution for disposable endoscopes
The SCHOTT® SingleEZ product family is a modular system which offers a complete lighting solution for disposable endoscopes. All components are plug‘n play which enables easy and fast installation for high volume production – No fiber handling know-how needed. Together with you and our over 50 years of expertise in endoscope illumination we bring about the next generation of single-use endoscopy lighting based on glass fibers.
Product category: Optical components
PURAVIS® glass optical fibers
PURAVIS® glass optical fibers offer the advantages of outstanding light transmission and a long lifetime, giving designers the freedom to create lighting solutions for a vast range of applications. Winner of a German Innovation Award, PURAVIS® delivers intense, precise light for medicine and industry.
Excellent light properties
PURAVIS® fibers offer outstanding transmission of white light, with a low color shift ensuring that illuminated objects retain their natural color, even in long-length applications. Thanks to their large acceptance angle, the fibers also capture more light from the very start, while their very low dispersion results in high color uniformity.
Long lifetime
Outstanding chemical and mechanical stability results in PURAVIS® fibers having a long lifespan. This is vital for the effectiveness of medical reprocessing techniques such as autoclaving and cleaning, as well as industrial applications using high temperatures or hazardous chemical substances. The fibers can even be immersed in water fountains and swimming pools.
SCHOTT PURAVIS® is available in a number of variants for different lighting requirements. From long, flexible light guides to shorter, rigid glass rods shaped according to your needs, PURAVIS® delivers premium transmission with excellent color rendering. Taken with low color shift and low attenuation in the visible range, these remarkable fibers are able to handle extremely challenging conditions with high consistency and precision.
Excellent light properties
PURAVIS® fibers offer outstanding transmission of white light, with a low color shift ensuring that illuminated objects retain their natural color, even in long-length applications. Thanks to their large acceptance angle, the fibers also capture more light from the very start, while their very low dispersion results in high color uniformity.
Long lifetime
Outstanding chemical and mechanical stability results in PURAVIS® fibers having a long lifespan. This is vital for the effectiveness of medical reprocessing techniques such as autoclaving and cleaning, as well as industrial applications using high temperatures or hazardous chemical substances. The fibers can even be immersed in water fountains and swimming pools.
SCHOTT PURAVIS® is available in a number of variants for different lighting requirements. From long, flexible light guides to shorter, rigid glass rods shaped according to your needs, PURAVIS® delivers premium transmission with excellent color rendering. Taken with low color shift and low attenuation in the visible range, these remarkable fibers are able to handle extremely challenging conditions with high consistency and precision.
Product category: Surgical intruments
Light Guides for robotic surgery applications
Today, you’ll find high-tech, robotic surgical systems commonly used in many hospitals. Even though the surgery itself might be performed by a robot, the surgeon controlling the instruments must have a clear view of the surgical field. This is typically accomplished with an endoscope that contains a camera for imaging and a light guide for illumination.
Light guides made from bundles of SCHOTT PURAVIS® glass fibers deliver pure white light and excellent color rendering. This creates high-quality illumination that provides clinicians with a true-to-life view of tissue. The unique properties of these fibers are helping current and next-generation robotic surgery systems provide the very best surgical outcomes.
Light guides made from bundles of SCHOTT PURAVIS® glass fibers deliver pure white light and excellent color rendering. This creates high-quality illumination that provides clinicians with a true-to-life view of tissue. The unique properties of these fibers are helping current and next-generation robotic surgery systems provide the very best surgical outcomes.
PURAVIS® glass optical fibers
PURAVIS® glass optical fibers offer the advantages of outstanding light transmission and a long lifetime, giving designers the freedom to create lighting solutions for a vast range of applications. Winner of a German Innovation Award, PURAVIS® delivers intense, precise light for medicine and industry.
Excellent light properties
PURAVIS® fibers offer outstanding transmission of white light, with a low color shift ensuring that illuminated objects retain their natural color, even in long-length applications. Thanks to their large acceptance angle, the fibers also capture more light from the very start, while their very low dispersion results in high color uniformity.
Long lifetime
Outstanding chemical and mechanical stability results in PURAVIS® fibers having a long lifespan. This is vital for the effectiveness of medical reprocessing techniques such as autoclaving and cleaning, as well as industrial applications using high temperatures or hazardous chemical substances. The fibers can even be immersed in water fountains and swimming pools.
SCHOTT PURAVIS® is available in a number of variants for different lighting requirements. From long, flexible light guides to shorter, rigid glass rods shaped according to your needs, PURAVIS® delivers premium transmission with excellent color rendering. Taken with low color shift and low attenuation in the visible range, these remarkable fibers are able to handle extremely challenging conditions with high consistency and precision.
Excellent light properties
PURAVIS® fibers offer outstanding transmission of white light, with a low color shift ensuring that illuminated objects retain their natural color, even in long-length applications. Thanks to their large acceptance angle, the fibers also capture more light from the very start, while their very low dispersion results in high color uniformity.
Long lifetime
Outstanding chemical and mechanical stability results in PURAVIS® fibers having a long lifespan. This is vital for the effectiveness of medical reprocessing techniques such as autoclaving and cleaning, as well as industrial applications using high temperatures or hazardous chemical substances. The fibers can even be immersed in water fountains and swimming pools.
SCHOTT PURAVIS® is available in a number of variants for different lighting requirements. From long, flexible light guides to shorter, rigid glass rods shaped according to your needs, PURAVIS® delivers premium transmission with excellent color rendering. Taken with low color shift and low attenuation in the visible range, these remarkable fibers are able to handle extremely challenging conditions with high consistency and precision.
Product category: Other components, modules, OEM equipment
Static Ceramic Converter – Enabler for High Luminance Light Sources
SCHOTT experts have developed phosphor ceramic converters for laser pumped phosphor light sources. This material allows high irradiance and superior luminance. Assembled on a heat spreader these components enable compact light sources without moving parts. This is a 100% inorganic solution offering high reliability.
Advantages Your brighter solution from SCHOTT is based on:
• Highest luminance
• Superior reliability
• 100% inorganic solution
• High irradiance limit
• Compactness, no moving parts
Advantages Your brighter solution from SCHOTT is based on:
• Highest luminance
• Superior reliability
• 100% inorganic solution
• High irradiance limit
• Compactness, no moving parts
Product category: Other components, modules, OEM equipment, Glass
Laser Materials – LG-940 Eye-Safe Laser Glass
LG-940 ‘Eye-Safe’ Laser Glass, phosphate laser glass for medical and bio-photonic applications; operation at 1.5 μm
The LG-940 is an Erbium – Ytterbium – Chromium – Cerium doped phosphate based laser glass used in flashlamp pumped and diode pumped solid-state laser systems. Phosphate glasses generally offer higher solubility of rare earth dopants, thus the amount of active ions can be significantly increased.
Advantages
• Good athermal properties
• High transmission at the lasing wavelength
• Consistent quality and high homogeneity
The LG-940 is an Erbium – Ytterbium – Chromium – Cerium doped phosphate based laser glass used in flashlamp pumped and diode pumped solid-state laser systems. Phosphate glasses generally offer higher solubility of rare earth dopants, thus the amount of active ions can be significantly increased.
Advantages
• Good athermal properties
• High transmission at the lasing wavelength
• Consistent quality and high homogeneity
Product category: Surgical intruments, Endoscopes, Dental products, Lamps
SCHOTT Solidur® autoclavable LEDs for Medical and Dental Devices
Our ultra-robust High Brightness Solidur® LEDs deliver unparalleled reliability in conditions previously unsupported by conventional LEDs. This includes safety-critical medical, dental, UVB/UVC, and other harsh-environment applications in which conventional LEDs and other light sources are unable to survive.
Brilliantly robust in the most extreme conditions®
Solidur® LEDs encapsulate sensitive LED chips in packages made entirely from non-aging materials, which makes them highly resistant to temperature, humidity, chemicals, pressure, vibrations and UV radiation. This includes autoclaving for medical devices, with Solidur® LEDs remaining fully functional with outstanding optical performance after 3,500 sterilizaton cycles.
Enabling new light design innovations
Solidur® LEDs deliver superior robustness and longevity, opening new possibilities for lighting design. In medical and dental instruments, sterilizable LEDs can be integrated directly at the tip, bringing the light source closer to the treatment area and enabling battery-powered devices. Even instruments with no previous light source can benefit from LED integration.
Variants
Customizable variants in the Solidur® LED family include Mini LEDs with a diameter of roughly 2 mm, Solidur® Ring LEDs that enable shadow-free illumination, easy-to-integrate TO (Transistor Outline) LEDs, and Solidur® SMD LEDs developed to provide long-term durability and efficiency in UVB/C applications.
Brilliantly robust in the most extreme conditions®
Solidur® LEDs encapsulate sensitive LED chips in packages made entirely from non-aging materials, which makes them highly resistant to temperature, humidity, chemicals, pressure, vibrations and UV radiation. This includes autoclaving for medical devices, with Solidur® LEDs remaining fully functional with outstanding optical performance after 3,500 sterilizaton cycles.
Enabling new light design innovations
Solidur® LEDs deliver superior robustness and longevity, opening new possibilities for lighting design. In medical and dental instruments, sterilizable LEDs can be integrated directly at the tip, bringing the light source closer to the treatment area and enabling battery-powered devices. Even instruments with no previous light source can benefit from LED integration.
Variants
Customizable variants in the Solidur® LED family include Mini LEDs with a diameter of roughly 2 mm, Solidur® Ring LEDs that enable shadow-free illumination, easy-to-integrate TO (Transistor Outline) LEDs, and Solidur® SMD LEDs developed to provide long-term durability and efficiency in UVB/C applications.
Product category: Surgical intruments, Endoscopes, Dental products, Lamps
SCHOTT Solidur® SMD LEDs for UVB/C applications
Developed for long-term durability and efficiency, especially in UVB/C applications, the superior robustness and UV-transmissive optics of Solidur® SMD LEDs allow them to be used in the most challenging sterilization, purification, and medical treatment applications.
Benefits
Applications
Benefits
- In-house UVB/C competencies ranging from customized UV transmissive glass materials (discs, wafers, lenses) and encapsulation materials to increase radiation flux, to the ready–to-use Solidur® SMD LED.
- Excellent optical performance with high radiation power at defined wavelengths and stable optical properties.
- Materials and designs for high thermal conductivity.
Applications
- Water sterilization, air purification, and surface sterilization (medical, home appliance, consumer handheld devices).
- Medical settings (i.e. skin treatments).
- Analysis systems.
Product category: Surgical intruments, Endoscopes, Dental products, Plugs, connectors, Enclosures
Customized Packaging for Medical
Surgical devices and active medical implants come with extremely stringent and demanding requirements for their electronic components. Custom-designed feedthroughs, connectors, and packaging technology from SCHOTT can enable next-level reliability and completely new electronic device designs.
A new level of reliability
In medical treatment, failure is not an option. SCHOTT’s hermetic feedthroughs and packages enable transmission of power and data signals while providing gas-tight protection for highly sensitive medical device electronics. This translates into long-term reliability, including sterilization for thousands of cycles.
Solving design challenges. Enabling innovations
From increased longevity and reliability to designing ultra-miniature, next-generation medical device electronics, the requirements and challenges in medical applications are numerous. SCHOTT‘s dedicated team of R&D experts works with our broad portfolio of in-house technologies to offer fully custom-made components that meet challenging reliability and miniaturization requirements.
Product variants
SCHOTT offers custom components for medical electronics with a diverse set of end uses. These include:
A new level of reliability
In medical treatment, failure is not an option. SCHOTT’s hermetic feedthroughs and packages enable transmission of power and data signals while providing gas-tight protection for highly sensitive medical device electronics. This translates into long-term reliability, including sterilization for thousands of cycles.
Solving design challenges. Enabling innovations
From increased longevity and reliability to designing ultra-miniature, next-generation medical device electronics, the requirements and challenges in medical applications are numerous. SCHOTT‘s dedicated team of R&D experts works with our broad portfolio of in-house technologies to offer fully custom-made components that meet challenging reliability and miniaturization requirements.
Product variants
SCHOTT offers custom components for medical electronics with a diverse set of end uses. These include:
- feedthroughs for batteries and electronics
- autoclavable connectors to protect surgical device electronics
- microelectronic packages to protect surgical device electronics
- ultra-miniature chip-size packaging offered by SCHOTT Primoceler for implantable devices (please see separate product entry)
- Glass Sealed Connectors Help Increase Longevity And Reliability of Medical Devices
- Hermetic Sealing Technology Protects Medical Electronics From Harsh Steam Sterilization
- How Glass Micro Bonding Enables Ultra Reliable Hermetic Wafer Level ChipS cale Packaging SCHOTT Primoceler
- Datasheet SCHOTT Autoclavable Connector
- Datasheet SCHOTT Autoclavable Microelectronic Packaging
Ultra-Miniature Packaging for Implantable Devices with Glass Micro Bonding by SCHOTT Primoceler
For the past 40 years, medical implants have been encapsulated in titanium. SCHOTT Primoceler‘s Glass Micro Bonding enables the use of glass in implants and offers a truly hermetic seal. Glass is highly biocompatible and RF transparent. This allows wireless data and power transfers for implanted devices.
Key benefits
• High precision and no heat ›› Extreme miniaturization
• All glass structure ›› Optical and RF transparency
• Biocompatibility
• High hermeticity ›› Allows chronic implants
Primoceler enables ever smaller implants
The active implantable devices of today and the future are getting more intelligent. Implants, for example, capture and transmit data which can later be used by medical professionals. Active implants can also have optical components, such as optical sensors or cameras.
Glass is transparent to radio frequencies
The RF transparency of glass enables recharging, data transfer and reprogramming of implants. Futhermore, glass is transparent to visible light. Transparency enables a wide range of optical applications.
At the same time, our low heat bonding solution allows our customers to have smaller designs for their implants.
Glass is neutral and biocompatible
With the development of stronger glass types, the medical industry can now use glass to create new types of implants that are safer to use. SCHOTT Primoceler‘s Glass Micro Bonding offers an additive free, truly hermetic solution for medical device development and manufacturing. In addition, the bonding process does not use high heat, keeping the sensitive components safe.
Glass bonding is a perfect solution for manufacturing active implantable devices.
Key benefits
• High precision and no heat ›› Extreme miniaturization
• All glass structure ›› Optical and RF transparency
• Biocompatibility
• High hermeticity ›› Allows chronic implants
Primoceler enables ever smaller implants
The active implantable devices of today and the future are getting more intelligent. Implants, for example, capture and transmit data which can later be used by medical professionals. Active implants can also have optical components, such as optical sensors or cameras.
Glass is transparent to radio frequencies
The RF transparency of glass enables recharging, data transfer and reprogramming of implants. Futhermore, glass is transparent to visible light. Transparency enables a wide range of optical applications.
At the same time, our low heat bonding solution allows our customers to have smaller designs for their implants.
Glass is neutral and biocompatible
With the development of stronger glass types, the medical industry can now use glass to create new types of implants that are safer to use. SCHOTT Primoceler‘s Glass Micro Bonding offers an additive free, truly hermetic solution for medical device development and manufacturing. In addition, the bonding process does not use high heat, keeping the sensitive components safe.
Glass bonding is a perfect solution for manufacturing active implantable devices.
About us
Company data
Sales volume
> 500 Mio US $
Export content
> 75%
Number of employees
> 5000
Foundation
1884
Area of business
- Components, parts, modules, Original Equipment Manufacturers
- Electrical and electronic components
- Raw materials and adhesives