FIBER OPTICS

The double-cladding Ytterbium doped fiber of YOEC can output high power laser in 1μm band. Therefore, it is mainly suitable for Ytterbium doped fiber lasers and amplifiers, and widely used in military, industrial, medical and scientific research fields due to its high output beam quality and good stability. By adjusting the fiber parameters, YOEC can provide Ytterbium doped fibers of different sizes and shapes to meet various application requirements.

Universal Optical DNA Rapid Detection System for Pathogens including Covid-19, Sars, Ebola, Cholera, Salmonella, etc. (Lamppy™ Series) At OZ Optics, we have developed a compact and reliable instrument capable of detecting pathogens at a fraction of the cost of qPCR machines.

Tabletop CO2 laser splicing and glass shaping system The SMARTSPLICER™ 1.5 includes a new glass processing window in the door to enable direct viewing of the process and the components as well as special fittings to mount on an optical table High precision optics with axicon refractive elements convert a laser beam into a ring of adjustable diameter, matching the fibers or components under processing. This optical configuration provides uniform and highly precise distribution of optical power...

The DISPENSING PEN™ is perfect for automatic and high precision resin dispensing of different kinds of materials. The clean design makes it easy to hold and control for operation. The dispensing speed is easily controlled. The size of the needle and the easily controlled dispensing speed makes it suitable for high precision fiber recoating and dispensing activities. The DISPENSING PEN™ is ideal for recoating application in conjunction with a manual RECOATER such as the NYFORS MICROCOATER,...

The small and light weight MINICOATER 2™ provides versatile recoating capability in situations where portability and flexibility is needed. Silicone moulds are available in different sizes to cover a wide range of coating diameters and shapes and can easily be exchanged by the operator in a few seconds with no realignment of the system being required. Short curing times are achieved through the highly efficient UV LED light source which enables fast processing of both standard high index...

This automatic optical fiber tensile testing system is designed for operator skill independent use in production and laboratory settings. Two basic model configurations allow the user to choose between a set up for standard linear proof testing and with additional mandrels for rotary high strength testing. The linear version is designed for production proof testing with forces up to 22 N. Motorized clamps with carefully designed rubber inserts ensure that the fiber coating is not damaged in the...

Designed for high strength applications, this advanced and flexible recoating system restores the protective acrylate coating on spliced and stripped optical fibers. It is fully automatic, allowing for operator skill independent operation in factory environments with high productivity and cost advantages. Recoating material is automatically injected into silicone moulds identical to those used in NYFORS manual recoaters. They are available in different sizes and shapes to cover a wide range of...

A fiber optic faceplate is the optical equivalent of a zero-thickness window providing a high dielectric strength vacuum interface that can also be used for field-flattening, distortion correction, and contrast enhancement. Faceplates are available in round, square, concave, or convex surfaces. They are used for cathode ray tubes, image intensifiers, CCD/CMOS windows, image plane transfer devices, and X-ray blocking applications, among others.