Laser medicine
As a medical device manufacturer and original equipment manufacturer, OBERON Fiber Technologies develops and produces Laser Surgery Fibers for many specialized medical areas including general surgery, urology, gynaecology, gastroenterology, ENT, pulmonology, orthopaedics, dermatology, dentistry, aesthetic surgery and vascular surgery.
The fibers are also suitable for lithotripsy provided that they are used with a compatible laser that is approved for this type of application.
The following applications are supported: cutting, removal, tissue dissection, removal of external tumours or lesions, internal organ resection, tumour resection, lesion resection, tissue vaporisation, coagulation or haemostasis.
Varying beam characteristics
Our product portfolio of Laser Surgery Fibers offers a great variety of distal tip designs, which a specifically designed for the particular requirements of individual applications.
Available tip designs are: Flat Tip, Radial Tip, Ball Tip, Curved Ball Tip, Spheric Tip, Atraumatic Tip as well as Conical Tip for Proctology treatments.
Disposable or Reusable Fibers and connector design
As part of our product range we offer specialized proximal designs of our Laser Surgery Fibers using various F-SMA 905 connectors, modifiable designs for Holmium lasers, customer specific connectors as well as tubes and adapters which assure a perfect fit with your specific application and devices.
All our fibers can be equipped with RFID technology including lock for specific devices but also complex information like number of uses or other default settings.
OBERON Laser Surgery Fibers are available as disposable or reusable products. All our fibers are delivered ready to use, in ETO sterilized condition.
Reusable Laser Surgery Fibers are approved for re-sterilization with steam.
Medical diagnostics and Raman spectroscopy
Raman Spectroscopy is a powerful technique used in medical applications to analyze biological tissues, cells, and fluids without the need for invasive procedures. It works by shining a laser on a sample and detecting how the light scatters. Some of the scattered light changes in energy due to interactions with the molecules in the sample — this is called the Raman effect. The resulting spectrum provides a unique „fingerprint“ of the molecular composition of the sample.
OBERON provides specialized optical fibers probes for various applications like cancer detection, non-invasive blood or tissue analysis and pharmaceutical applications.
