FIBER OPTICS

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, MINICOATER or RECOATER platforms. The DISPENSING PEN™ is also useful for other applications where glue or other kinds of acrylate needs dispensing. Different types of resin are loaded in the DISPENSING PEN™ by changeable resin cartridges. The DISPENSING PEN™ is controlled with a push button on the pen or could also be controlled with a button on the control box/pen-stand on the side. Features High precision dispensing Compact design and battery driven Controllable dispensing speed Changeable and dispensable resin cartridges

he CLEAVEMETER 3D+™ is a non-contact interferometer designed for high accuracy inspecting of end-faces for cleaved or polished optical fibers with cladding diameters of 125 μm to 1200 μm. The CLEAVEMETER 3D+™ gives immediate and precise information on the important end face properties such as flatness, perpendicularity, hackles and dust. Extremely accurate measurements of both cleave angle and surface flatness over arbitrary diameters can be performed on the reconstructed end-face surface. These measurements are carried out automatically, with full operator independence. This makes the system well suited not only for detailed cleave quality analysis in laboratory environments, but also for close production monitoring. In addition to cleave angles, the system can also be used to measure a number of other properties such as plane angles, fiber diameters and the distance between points.

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 through a completely contamination free heating process. Different types of fibers and optical components can be processed through glass shaping operations such as end cap splicing, fiber to fiber splicing, tapering, fiber power combiners, lensing, and many other applications.

Fiber optic adapter couplers feature low insertion and return loss designed for multiple connectivity options. Single-mode and multimode mating adapter couplers are available in various connector types with choice of simplex or duplex, all of which are RoHS compliant. Offers an adapter solution for any standard application. The mating adapter’s high-precision alignment sleeve enables reliable ferrule mating to specified ferrule diameters, ensuring low insertion and return loss.

A high precision fiber cleaver designed for cleaving of standard to large diameter fibers (LDF) in production and laboratory environments. A unique and patent pending cleaving process generates typical cleave angles below 0.3 degrees with smooth, high quality end faces, free from surface defects such as hackles, mist and chips. Easily exchanged fiber handling accessories ensures optimum cleaving performance for particular fiber dimensions.

Selective optical power meter for FTTx-xPON MODE 1: Selective Meter by wavelength: 1310-1490-1550 nm Simultaneous measurement for three wavelengths (1310/1490/1550 nm). MODE 2: Optical measurements on active networks xPON and RFoG Measurement of the upstream bandwidth (ONT): Burst detector calibrated at 1310 nm (PON) and 1610 nm (RFoG). Measurement of the downstream bandwidth (OLT): Selective measurement: 1490/1550 nm.

The 3SAE Combiner Manufacturing System (CMS) is a vacuum based optical glass processing system designed to maintain production level repeatability for combiners and other fused optical components. The CMS includes tapering, cleaving, bundling, and fusion splicing utilizing 3SAE's patented Thermally Stabilized Plasma™ technology and achieves the industry's best optical performance, process cycle times, and component cleanliness.

An advanced laser fusion splicing and glass processing system designed for the production of high power and sensitive photonics components of various kinds. It features a powerful and clean laser heat source which enables completely contamination free glass shaping with low maintenance requirements and no need for consumables such as process gas, filaments or electrodes. Precision beam shaping optics.

FCXtreme® is a high-performance versatile and compact FC type connector, fully qualified for military and space flight applications. It is fully compatible with the FC J.I.S. standard. It has been qualified for operation under shocks, vibrations and dynamic variations of the temperature from -55 °C to +125 °C. Besides, it has zero-outgassing as it is made of stainless-steel and Zirconia materials.

PROLITE-41 from PROMAX is one of the smallest and lightest optical fiber splicing equipment available in the market, featuring the fastest splicing speed: 7 seconds. PROLITE-41 uses advanced Optical Core Alignment fiber adustment technology. Adopt four motors drive, have fiber adjustment function, it is not only used for FTTx environments, but also can be used for the telecommunication system.