Fiber performance is a decisive factor in the precision and safety of minimally invasive surgery, diagnostic imaging and laser therapy. A portfolio of medical fiber solutions is designed to address diagnostic sensing, laser power delivery and precision imaging requirements while accommodating the packaging and integration constraints faced by medical device manufacturers.
The medical sensing fiber range is developed for advanced medical equipment and supports multimode and single-mode configurations. It is used in diagnostic, visualization and tissue ablation procedures, including non-invasive and minimally invasive surgical scenarios.
These characteristics are relevant where tight bends and limited space constrain the optical path, such as in catheter-based diagnostic and therapeutic instruments.
Laser surgery places stringent demands on energy delivery. Two high-performance pure silica core fiber series are designed to support stable power transmission and biocompatibility during procedures.
| Series | Key attributes | Applications |
|---|---|---|
| NIR laser delivery fiber | Low OH content; high temperature tolerance up to 300°C; high radiation resistance | Minimally invasive laser surgery; power delivery |
| UV-Vis laser delivery fiber | High OH content; DUV application support | UV and visible laser surgery; spectral analysis |
Both series use a step-index multimode design, with core diameters ranging from 50 μm to 2,000 μm. Biocompatible coatings are specified to support safety and durability across medical environments.
In medical device development, material reliability is a primary consideration. The fibers are specified not only for basic transmission performance but also for biocompatible design and production standards intended to support stable operation in sensitive environments such as operating rooms.
Applications range from low-loss imaging links to laser delivery under high temperature and high power conditions. In each case, the fiber specification is matched to the optical, thermal and mechanical requirements of the instrument.
Fiber performance is a decisive factor in the precision and safety of minimally invasive surgery, diagnostic imaging and laser therapy. A portfolio of medical fiber solutions is designed to address diagnostic sensing, laser power delivery and precision imaging requirements while accommodating the packaging and integration constraints faced by medical device manufacturers.
The medical sensing fiber range is developed for advanced medical equipment and supports multimode and single-mode configurations. It is used in diagnostic, visualization and tissue ablation procedures, including non-invasive and minimally invasive surgical scenarios.
These characteristics are relevant where tight bends and limited space constrain the optical path, such as in catheter-based diagnostic and therapeutic instruments.
Laser surgery places stringent demands on energy delivery. Two high-performance pure silica core fiber series are designed to support stable power transmission and biocompatibility during procedures.
| Series | Key attributes | Applications |
|---|---|---|
| NIR laser delivery fiber | Low OH content; high temperature tolerance up to 300°C; high radiation resistance | Minimally invasive laser surgery; power delivery |
| UV-Vis laser delivery fiber | High OH content; DUV application support | UV and visible laser surgery; spectral analysis |
Both series use a step-index multimode design, with core diameters ranging from 50 μm to 2,000 μm. Biocompatible coatings are specified to support safety and durability across medical environments.
In medical device development, material reliability is a primary consideration. The fibers are specified not only for basic transmission performance but also for biocompatible design and production standards intended to support stable operation in sensitive environments such as operating rooms.
Applications range from low-loss imaging links to laser delivery under high temperature and high power conditions. In each case, the fiber specification is matched to the optical, thermal and mechanical requirements of the instrument.
