Laser medicine
As a medical device manufacturer and original equipment manufacturer (OEM), OBERON Fiber Technologies develops and produces for many specialized medical areas, including vein surgery, urology, aesthetic surgery, dermatology, orthopedy, dental medicine, ophthalmology, gastroenterology, gynecology, pneumology or ENT.
The medical laser fibers are developed for the wavelength range of 260nm to 2100nm. The laser energy transmission is optimized for pulse and CW lasers, for example argon, KTP/532, Ho;YAG, Nd;Yag, thulium and diode lasers. Our products are characterized by low attenuation losses with excellent transmission levels.
Varying beam characteristics
Our product program for Laser Surgery Fiber is differentiated according to distal tip configurations with varying beam characteristics. The distal design is always specific to the particular application.
The product program of OBERON Fiber Technologies in overview:
- Laser Surgery Fiber
- Dental Surgery Fiber
- Radial Emission Fiber
- Side Fire Fiber
- Atraumatic Surgery Fiber
- Endoscopy Lighting Fiber
Disposable or reusable laser fibers
We develop the proximal design using various F-SMA 905, customer-specific connectors, tubes and adaptors, laser markings, integrated RFID chips as well as individually modifiable designs for holmium lasers.
We offer disposable and reusable laser fibers. All fibers are delivered ETO-sterilized; reusable laser fibers are autoclavable. All our surgical, ophthalmologic, urological, dental and endovascular laser fibers are manufactured with bio-compatible materials according to EN ISO 10993-1.
Product characteristics of laser fibers used:
- All-silica fibers and hard-clad silica fibers with numerical apertures from 0.10 to 0.49
- Optical cladding materials made of silicone and hard clad
- IR (low OH) oder UV (high OH)-Fasern mit Dotierungen
- Capillaries from 900µm to 2050µm
- Polyamide coatings with high mechanical stability
- Applicable with F4-F8 introducers including marking
- Core diameter 200µm to 1000µm
- Extrusion materials made of Tefzel, Nylon and Vestodur
- Various protective tubes (e.g. silicone or PVC)
- Reproducible quality with five-year minimum durability
We would be happy to provide customers and other interested parties with detailed technical data sheets.
Medical diagnostics
Raman spectroscopy is used in biological-medical applications. By combining fluorescence microscopy with Raman spectroscopy, it is possible to localize and differentiate leukocytes in the vicinity of a variety of non-fluorescent blood cells.
Raman spectroscopy thus delivers additional cell-specific information at molecular level. By utilizing the resonance amplification of Raman scattering through UV resonance Raman spectroscopy, examinations of cellular target structures are possible. In addition to these examinations, Raman spectroscopy offers the possibility to detect minute biomolecular changes.
Raman spektroscopy
The image-based Raman spectroscopy with fiber optic multiplex spectrographs is also applicable in oncology in the detection of cancer cell growth and cell composition.
Our deep experience as designer and manufacturer of fiber bundle probes for spectroscopy is an advantage for the geometrical design of the probe head. Non-contact or minimally invasive detections are thus also possible.
