The system comprises three main components that can be equipped and extended with up to six processing units. This means that up to six fibers can be coated simultaneously and independently. MAIN COMPONENTS TPO-L Autotraversing Pay-off Unit CCD-L Coloring and UV curing Station Ink supply system, high-speed coating head, and high performance M550 UV irradiator unit mounted on a common frame. TUD-L Take-up High-speed capstan and take-up system with separate control cabinet. PCI-L Control Unit FEATURES Fiber tension sensors ensure optimized fiber tension control. Automatic reel size detection makes it extremely easy for the operator to adjust the traversing system. New M550 UV irradiator with control system that constantly measures the irradiator power and automatically adjusts the power output to match the fiber speed. This ensures optimum irradiator efficiency and prevents thermal overloading of the fiber at slow speeds or at standstill.
United Kingdom
Knight Optical can offer Telecom Grade Windows for use within Fibre Optic Applications. We supply a range of Telecom Grade Windows for a range of applications. All individually QA checked and metrology tested for quality to ensure parts meet customer specification. Supplied in a range of sizes and shapes with custom coatings tailored to meet your individual applications. Knight Optical supply precision optical components to customers within Fibre Optic Applications. Our Telecom Grade Windows are coated to minimise reflection in the telecoms waveband. These windows are optimized for fibre optic applications in the S and C bands between 1460nm to 1565nm while maintaining excellent transmission out of the operating wavelength. For more information read PDF…
Request for a quoteFrance
The SWIFT K33 is one of the high-end core-to-core optical welders, perfectly adapted to the Job of the installation. With a large 5-inch touch screen and a high-performance oven, it allows fiber connections in less than 20 seconds (weld + oven). It is compatible with the majority of 250 µm and 900 µm fibers, and pigtails and is also compatible with SOC connectors
Request for a quoteSwitzerland
Based on proven experience with the realisation of past successful projects MPS has designed and characterised a scalable Theta/Phi fiber positioner for Multi-Object Spectrographs. The positioner has been designed with the purpose of adapting readily to the requirements of any Multi-Object Spectrograph, which requires precise positioning of optical fibers. Whether MOONS, FPS, MEGARA, or DESI, each project has so far developed its own fiber positioner from scratch, with all of the risks and long lead times linked to such a complete new development. The positioner presented here intends to significantly reduce the development time, costs, and eliminate unforeseen risks. The design is easily scalable in size, length, and shape. The positioner size starts at a diameter of 9.5mm and is scalable to fit any customer specific requirements. It is capable of reaching any target within 5 µm with just two correction moves.
Request for a quoteItaly
Owens Corning® Milled Fibers are designed to enhance mechanical properties, increase stiffness, improve dimensional stability, and minimize distortion under elevated temperatures. EXCELLENT DISPERSION & IMPREGNATION Predispersed nature promotes excellent dispersion in the matrix. Shortfiber thermoplastic compounds will show improved melt flow characteristics with shorter input fiber lengths. IMPRESSIVE AESTHETICS Fiber length and excellent distribution qualities provide a homogeneous, highly pigmentable surface with limited fiber prints and good color. ENHANCED PART STRENGTH Glass reinforced parts exhibit improved mechanical properties, modulus and dimensional stability. Powder Relatively freeflowing with a high bulk density for use in formulations requiring very uniform dispersion and short fibers with median fiber lengths typically in the range of 40 110 microns.
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