JTFLH: SilicaHard Polymer Clad Optical Fiber with low �OH core for Visible-NIR transmission, high NA and Tefzel* buffer. This fiber is biocompatible within USP class VI for medical practices.
JTFIH: SilicaSilica Dual Cladding Optical Fiber with ultra-low �OH fiber for Visible-NIR transmission (380nm � 2,200nm) and Tefzel buffers. This fiber is biocompatible within USP class VI for medical practices. Additional capabilities include the ability to label.
FDFDP: SilicaSilica Optical Fiber with high �OH and is deep UV enhanced. Sterilizable and biocompatible within USP class VI, FDP fibers offer ultra-high UV transmission, ultra-low UV solarization and polyimide buffers.
FVP: SilicaSilica Optical Fiber with high �OH and ultra-violet Visible-NIR transmission (180nm-1.150nm), along and polyimide buffer. In addition to being biocompatible within USP class VI, FVP fibers offer superior radiation resistance and a high-laser-damage threshold. Capabilities include the ability to label.
FIP: SilicaSilica Optical Fiber with ultra-low -OH core fiber with Visible-NIR transmission (380nm- 2,200nm) and polyimide buffer. In addition to biocompatible within USP class VI for FIP fibers offer radiation resistance and a high-laser-damage threshold. Capabilities include the ability to label.
HW (HSW): Hollow Silica Waveguide provides a high-laser damage threshold with a transmission optimized for CO2 or Er:YAG laser wavelengths. HW (HSW) with Aiming Beam Technology: Integrates laser power delivery and visable aiming beam in a single light-weight fiber.
TSP: Fused Silica Capillary Tubing is biocompatibility, strong and flexible making it an excellent component when fluidic-flow rates are necessary. Polyimide coated capillary is commonly used for invasive surgery and fluidic drug delivery.

JTFLH: SilicaHard Polymer Clad Optical Fiber with low �OH core for Visible-NIR transmission, high NA and Tefzel* buffer. This fiber is biocompatible within USP class VI for medical practices.
JTFIH: SilicaSilica Dual Cladding Optical Fiber with ultra-low �OH fiber for Visible-NIR transmission (380nm � 2,200nm) and Tefzel buffers. This fiber is biocompatible within USP class VI for medical practices. Additional capabilities include the ability to label.
FDFDP: SilicaSilica Optical Fiber with high �OH and is deep UV enhanced. Sterilizable and biocompatible within USP class VI, FDP fibers offer ultra-high UV transmission, ultra-low UV solarization and polyimide buffers.
FVP: SilicaSilica Optical Fiber with high �OH and ultra-violet Visible-NIR transmission (180nm-1.150nm), along and polyimide buffer. In addition to being biocompatible within USP class VI, FVP fibers offer superior radiation resistance and a high-laser-damage threshold. Capabilities include the ability to label.
FIP: SilicaSilica Optical Fiber with ultra-low -OH core fiber with Visible-NIR transmission (380nm- 2,200nm) and polyimide buffer. In addition to biocompatible within USP class VI for FIP fibers offer radiation resistance and a high-laser-damage threshold. Capabilities include the ability to label.
HW (HSW): Hollow Silica Waveguide provides a high-laser damage threshold with a transmission optimized for CO2 or Er:YAG laser wavelengths. HW (HSW) with Aiming Beam Technology: Integrates laser power delivery and visable aiming beam in a single light-weight fiber.
TSP: Fused Silica Capillary Tubing is biocompatibility, strong and flexible making it an excellent component when fluidic-flow rates are necessary. Polyimide coated capillary is commonly used for invasive surgery and fluidic drug delivery.