Solutions

TST can produce coatings that can withstand a variety of chemical environments from strong acids to strong caustics. These coatings can be applied to a variety of medical device surfaces to protect against chemical attack.

Dielectric spacers for medical devices like bi-polar instruments can be produced by TST. Spacers are produced from dielectric coatings that are produced to exact shapes, heights and locations to provide the instrument electrical isolation and create critical gaps between electrodes.

Electromagnetic interference (EMI) shielding solutions help protect medical devices from signal disruptions, ensuring accurate performance in sensitive healthcare environments. Advanced surface engineering enhances device reliability, reducing interference in surgical equipment, imaging systems, and diagnostic tools.

Radio frequency interference (RFI) shielding solutions help safeguard medical devices from unwanted signal disruptions, ensuring precise functionality in critical healthcare applications.  Advanced surface engineering enhances reliability in imaging systems, monitoring equipment and surgical tools, supporting accurate diagnostics and patient care.

Thermal barrier coatings can enhance the performance and safety of medical devices by managing the heat of the device surfaces. These advanced coatings can also enable the device to operate at higher temperatures by helping protect heat sensitive components.

TST’s wear resistance coatings enhance the durability and longevity of medical devices, ensuring they withstand repeated use in demanding healthcare environments. Their advanced surface engineering minimizes friction and material degradation, optimizing performance in surgical instruments and implants.

TST’s non-stick coating ensures smoother operations, improving efficiency and cleanliness in critical healthcare applications. Non-stick coatings can improve the safety of the devices and patients by not allowing tissue to stick and adhere, while reducing the probability of tearing tissue.

Grip coatings improve the handling and control of medical instruments by enhancing tactile feedback and reducing slippage. These coatings also strengthen grip when interacting with other devices or tissue. Through advanced surface engineering, they contribute to greater precision and reliability in surgical tools.