Light Guide Rods
While SCHOTT Light Guide Rods play a crucial role in modern dentistry, endoscopy, and sensor technology, advanced fibers such as the SCHOTT PURAVIS® family are also used in fluorescence-based applications in medical diagnostics.
Reliable all-round technology for dentistry
Precise and clear illumination is the basis for effective dental treatment. Excellent light transmission makes SCHOTT Light Guide Rods the first choice for applications such as the fast curing of photo-polymerizable filling materials. In addition, they can help to detect cancer and caries with the use of fluorescent light. Our light guide rods also serve as magnifying applicators in phototherapeutic systems powered by diode lasers.
Accurate liquid level sensing
Liquid level sensors rely upon glass rods with a particularly strong ability to guide and transmit light in order to accurately monitor fluids in a variety of industries. The stable properties of SCHOTT fiber optics and glass tubing optimize the reliability of this technology.
Precise homogenization of light
The ability of light guide rods to act as homogenizers of light beams can prove very useful in a wide range of fields. Glass-clad hexagonal mixing rods deliver LED and laser light illumination, a process that’s successfully used in medical imaging systems, medical sensors and detectors, laser targeting and industrial inspection systems.
Advances in endoscopy
SCHOTT's Light Guide Rods have an indispensable role in rigid endoscopes. Glass fiber cones feed light into the endoscope like a funnel, which gives an exit illumination angle of up to 120°. This maximizes the illumination area without the need to move the endoscope. The high white light transmission created by our light guide rods facilitate exceptionally accurate diagnostics.
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Fluorescence-based applications
One area that SCHOTT Light Guide Rods have an increasing presence in is fluorescence-based technology. SCHOTT’s innovative PURAVIS® glass optical fibers offer improved transmission in the near-UV range, enabling fluorescent imaging to achieve an improved analysis of body tissue to detect caries, cancers and other abnormalities.
