Medical
Vytran’s versatile glass processing technology enables fiber-based medical component development and manufacturing for applications such as optical coherence tomography (OCT) and consumable fiber-based probes.
From fiber delivery devices in dermatology systems to optical probes for endoscopy, our customers are producing some of today’s most innovative medical device products. To ensure that their systems meet the rigors of the demanding medical market, they need the most reliable, precision fiber processing available.
We offer a full range of equipment to accommodate every stage of product development and manufacturing. For example, our GPX-3000 is a unique, multipurpose glass processing platform for creating splices, combiners, tapers, couplers and end-caps on optical fibers from 125 microns to 1.5 mm in diameter. GPX systems can also splice together very dissimilar fibers (both in size and shape) and can create fiber end terminations for fiber-based medical components. The systems are ideal for R&D and production applications that demand accuracy, versatility and repeatability.
For the highest volume applications, such as producing consumable medical probes, we offer the fully automated FAS fusion splicing workstation. FAS can be configured with up to six modules that perform any process from fiber stripping through proof testing and can be modified to accommodate changing production requirements.
We offer a full range of equipment to accommodate every stage of product development and manufacturing. For example, our GPX-3000 is a unique, multipurpose glass processing platform for creating splices, combiners, tapers, couplers and end-caps on optical fibers from 125 microns to 1.5 mm in diameter. GPX systems can also splice together very dissimilar fibers (both in size and shape) and can create fiber end terminations for fiber-based medical components. The systems are ideal for R&D and production applications that demand accuracy, versatility and repeatability.
For the highest volume applications, such as producing consumable medical probes, we offer the fully automated FAS fusion splicing workstation. FAS can be configured with up to six modules that perform any process from fiber stripping through proof testing and can be modified to accommodate changing production requirements.
