Medical Electronic Devices
Many types of medical electronic devices, both internal to the body and external, rely on adhesives for their assembly. The requirements for devices in medical applications differ from and are more severe than, those for other applications, especially where the devices will be implanted or come into contact with the body. The standards and regulations for the medical industry are far different from other industries, often requiring approval from the FDA.
With deep experience in Medical Industry, PROSTECH is confident to provide customers with multiple solutions which meet the Medical Grade and end-user-centric market trends.
OUR SOLUTIONS
We provide a complete line of general medical assembly materials that facilitate the electrical connection, structural integrity, device protection, and thermal control required for the small form factor, mission-critical medical products. The medical materials portfolio includes:
- Encapsulation consists of encapsulants, conformal coating, Glob top, potting, and low-pressure molding materials for the protection of electrical components against moisture and fluids.
- Underfill materials for protection of electronic components against impact and shock loads for applications such as hearing aids and cardio or neuro devices.
- Thermally conductive materials and thermal management materials and shielding inks such as used in imaging equipment.
- Electrically conductive adhesives and EMI Shielding for higher reliability, higher robustness, and higher flexible electrical connections, such as in diagnostic equipment and CT scanner.
- Solder materials for electrical connecting SMDs to the PCB, such as used on all electronic boards.
Useful Information
How to bond Hard-to-bond Substrates (Nylon, COC/COP and PEBA) in Medical Devices Assembly?
In medical device assembly, substrates such as Nylon, COC/COP (cyclic olefin copolymer/polymer), and PEBA (polyether block amide) are favored for
Medical Adhesives and Application in Medical Industry
Our Medical Adhesives are relied upon to increase output and improve efficiency when producing medical and assistive devices. A global
