Our Products
Discover our comprehensive range of high-performance OSCOM technology products, designed for maximum precision and reliability in fiber optic manufacturing.
XQ7210 is a large-diameter fiber splicer with CO2 laser as the heat source which is designed independently by OSCOM Technology. The splicer can splice 80μm -2500μm fiber or glass rod quickly, accurately and stably. It mainly used for the splicing of QBH fiber end cap, optical combiner fiber bundles, special fiber, the tapering of glass tube, and the processing of fiber ball lens, low melting point fiber, etc. It is multifunctional, easy to use and has flexible applications.
XQ7210P is a large-diameter polarization-maintaining fiber splicer with CO2 laser as the heat source which is designed independently by OSCOM Technology. The splicer can splice 80μm -2500μm fiber or glass rod quickly, accurately and stably. It mainly used for the splicing of QBH fiber end cap, optical combiner fiber bundles, special fiber, the tapering of glass tube, and the processing of fiber ball lens, low melting point fiber, etc. It is multifunctional, easy to use and has flexible applications.
XQ7230 is a large-diameter special fiber splicing system based on electric heat source, designed independently by OSCOM Technology. The system is mainly used in splicing and cleaving fiber bundles in the manufacture of fiber combiners supporting 2x1, 3x1, 7x1, (6+1)x1, (18+1)x1, 19x1 tapering zone combiner and output fiber. XQ7230 integrates ultrasonic on-line cleave, enabling rapid and steady cleave and splice of fiber bundles, enhancing the efficiency of fiber combiner manufacture.
XQ7230B is a small special fiber splicing system based on electric heat source, designed independently by OSCOM. The system is mainly used in the splicing process of various optical fiber products — making combiners, splicing fiber bundles, splicing coarse fibers, and splicing fibers and end caps. It can realize splices of 2x1, 3x1, 7x1, (6+1)x1, (18+1)x1, 19x1 combiner cone waists and output fiber. The accepted fiber size is Φ400m to Φ800m, customizable from Φ125m to Φ1200m.
XQ7260 is a large-core fiber splicer designed independently by OSCOM Technology. Its heat source is an electrode arc. It can splice quartz fiber and large-core fiber. Different specifications of optical fiber holders can be replaced to meet the splicing of fiber with different core diameters.
XQ7260B is a mini large-diameter fiber splicer designed independently by OSCOM Technology. Its size is more compact than the regular model. Its heat source is an electrode arc. It can splice quartz fiber and large-diameter fiber. Different specifications of optical fiber holders can be replaced to meet the splicing of fiber with different diameters.
XQ7260C is a polarization-maintaining large-diameter fiber splicer designed independently by OSCOM. Its heat source is an electric arc. It can splice quartz fiber, polarization-maintaining fiber, and large-core fiber. XQ7260C adopts PAS side recognition and visual fiber end face image system, which can more easily observe the cleaving quality of fiber, and provide more accurate and faster alignment and splicing of PMF.
XQ7190D is a vertical graphite fiber taper with U-shaped heated graphite filament as heat source, designed independently by OSCOM Technology. It mainly used for manufacturing ultra-high-power optical combiner and can taper low melting point fiber, quartz fiber, special fiber, glass tube, quartz rod, etc. XQ7190D is equipped with automatic fiber tapering system — the automatic tapering and cone area scan will be accomplished after inputting fiber and tapering diameters.
XQ7190 is a graphite fiber taper with U-shaped heated graphite filament as heat source, designed independently by OSCOM Technology. It mainly used for manufacturing ultra-high-power optical combiner and can taper low melting point fiber, quartz fiber, special fiber, glass tube, quartz rod, etc. Equipped with automatic fiber tapering system, the automatic tapering and cone area scan will be accomplished after inputting fiber and tapering diameters.
Compact tapering system designed for laboratories and R&D applications.
Specialized tapering platform designed for multimode fiber processing.
Long-travel tapering system capable of producing extended taper structures.
Manufacturing platform designed for pump combiners and optical combiner production.
Specialized tapering system for PM couplers and polarization-sensitive optical devices.
Production equipment for fused optical couplers and splitter devices.
Ultra-high precision tapering system for producing micro and nano-scale optical fibers.
Thermoelectric controlled beam expansion system used in advanced laser and optical processing applications.
Precision cleaving machine designed for large-diameter optical fibers and specialty fibers.
Compact cleaving system suitable for laboratory and field use.
XQ7280 is a CO2 laser etcher with CO2 laser as the heat source designed independently by OSCOM Technology. The etcher can etch the fiber to strip the residual pump light and reflected light in the cladding, protecting optical devices in the optical path effectively. Compared with chemical corrosion strippers, this laser etching product provides higher fiber strength, safer production process, and is more environmentally friendly.
Automated fiber coating removal system for consistent stripping quality.
Thermal stripping system designed to protect delicate fiber structures.
Precision flame stripping platform for specialty fibers.
XQ5210 is a standard optical power meter designed independently by OSCOM Technology. It utilizes InGaAs or Si light receiving material as photodetector and integrates automatic range switching, power measurement, insertion loss measurement, PDL measurement, and RS232C interface. XQ5210 optical power meter can provide single channel benchtop light source.
XQ5510 is a precision optical switch designed by OSCOM Technology for use in optical fiber testing systems, optical device manufacturing, and automated test platforms.
XQ5710 is an extinction ratio tester designed independently by OSCOM Technology for measuring the extinction ratio and polarization state of polarization-maintaining fibers and related optical components.
Integrated manufacturing and testing solution for optical devices.
Industrial microscope for optical component inspection and measurement.
High-resolution CCD microscope with precision measurement software.
XQ5110 is a single mode test light source designed for optical fiber communication testing, optical fiber sensing, optical fiber device production and test, optical module production and test, and automatic optical test system construction. Built with high stability laser diode technology and advanced temperature control.
XQ5120 is a multi-mode test light source designed for optical fiber communication testing, optical fiber sensing, optical fiber device production and test, optical module production and test, and automatic optical test system construction.
Specialized light source for pump laser characterization.
Custom wavelength source for specialized testing applications.
XQ5160 is a multi-channel high-stability test light source designed independently by OSCOM Technology. It utilizes DFB/LD laser as its emission source and integrates ATC and APC, RS232C communication control, etc. It can provide 6–18 (customizable) optional channel benchtop light source and its typical application wavelengths are CWDM 1270nm–1610nm or 1271–1611nm and DWDM ITU-T standard wavelength.
Manufacturing equipment for high precision fiber ball lenses.
XQ3120 is a hydrogen-oxygen generator designed to supply clean hydrogen-oxygen flame for fiber tapering and processing systems. It provides a stable, controllable flame source for precision fiber processing.
Packaging and curing system for optical couplers and photonic devices.
High-quality 1 1 1 2 1 1 Fiber Pump Signal Combiner manufactured by OSCOM Technology. Designed for precision optical applications.
High-quality 1 2 2 2 Polarization maintaining Fiber Coupler manufactured by OSCOM Technology. Designed for precision optical applications.
High-quality 1 2 Multi mode Fiber Coupler manufactured by OSCOM Technology. Designed for precision optical applications.
High-quality 1 2 Single mode Fiber Coupler manufactured by OSCOM Technology. Designed for precision optical applications.
High-quality 1 3 1 4 Single mode Fiber Coupler manufactured by OSCOM Technology. Designed for precision optical applications.
High-quality 1 3 3 3 Polarization maintaining Fiber Coupler manufactured by OSCOM Technology. Designed for precision optical applications.
High-quality 1 9 3 9 All band Fiber Coupler Module manufactured by OSCOM Technology. Designed for precision optical applications.
High-quality 1310 1550 Single mode Fiber Wavelength Division Multiplexer manufactured by OSCOM Technology. Designed for precision optical applications.
High-quality 2000nm Polarization maintaining Fiber Coupler manufactured by OSCOM Technology. Designed for precision optical applications.
High-quality 450nm 7 1 Fiber Combiner manufactured by OSCOM Technology. Designed for precision optical applications.
High-quality 6 1 1 18 1 1 Fiber Pump Signal Combiner manufactured by OSCOM Technology. Designed for precision optical applications.
High-quality 980 1064 Single mode Fiber Wave Length Division Multiplexer manufactured by OSCOM Technology. Designed for precision optical applications.
High-quality 980 1550 Single mode Fiber Wave Length Division Multiplexer manufactured by OSCOM Technology. Designed for precision optical applications.
High-quality Benchtop Fiber Stripper manufactured by OSCOM Technology. Designed for precision optical applications.
High-quality Cladding Optical Power Stripper manufactured by OSCOM Technology. Designed for precision optical applications.
High-quality Cleaver Blade manufactured by OSCOM Technology. Designed for precision optical applications.
High-quality Cleaver Holder manufactured by OSCOM Technology. Designed for precision optical applications.
High-quality Conventional Coupler Fiber Taper manufactured by OSCOM Technology. Designed for precision optical applications.
High-quality Fiber End Cap manufactured by OSCOM Technology. Designed for precision optical applications.
High-quality Fiber Mode Field Adapter manufactured by OSCOM Technology. Designed for precision optical applications.
High-quality Fiber Polarization Controller manufactured by OSCOM Technology. Designed for precision optical applications.
High-quality High Power Fiber Coupler manufactured by OSCOM Technology. Designed for precision optical applications.
High-quality High Resolution CCD Microscope manufactured by OSCOM Technology. Designed for precision optical applications.
High-quality High Voltage Optical Fiber Ball Lensing Machine manufactured by OSCOM Technology. Designed for precision optical applications.
High-quality Multi channel Optical Power Meter manufactured by OSCOM Technology. Designed for precision optical applications.
High-quality N 1 High Power Fiber Pump Combiner manufactured by OSCOM Technology. Designed for precision optical applications.
High-quality Optical Attenuator With Adjustable Light manufactured by OSCOM Technology. Designed for precision optical applications.
High-quality PM N 1 1 Polarization maintaining Fiber Combiner manufactured by OSCOM Technology. Designed for precision optical applications.
High-quality Polarization maintaining Fiber Jumper manufactured by OSCOM Technology. Designed for precision optical applications.
High-quality Potassium Hydroxide Sodium Hydroxide manufactured by OSCOM Technology. Designed for precision optical applications.
High-quality Splitter Holder 1 5 manufactured by OSCOM Technology. Designed for precision optical applications.
High-quality Taper Heater manufactured by OSCOM Technology. Designed for precision optical applications.
High-quality Taper Holder manufactured by OSCOM Technology. Designed for precision optical applications.
High-quality Two Electrodes Multi core Fiber Splicer manufactured by OSCOM Technology. Designed for precision optical applications.
High-quality Two Electrodes Polarization maintaining Fiber Splicer manufactured by OSCOM Technology. Designed for precision optical applications.
High-quality Two channel Coupler Packaging Heating Stage manufactured by OSCOM Technology. Designed for precision optical applications.
High-quality Water Cooled Cladding Optical Power Stripper manufactured by OSCOM Technology. Designed for precision optical applications.