fiber-tapering

Optical Combiner Fiber Taper (XQ7140)

XQ7140 is used mainly for manufacturing high and low power optical fiber combiner, including (1+1)x1 side-pump, (2+1)x1, (6+1)x1, 7x1 end-pump ,etc. It is fit greatly for the usage habits of users and very suit for mass production and manufacturing of high and low power optical fiber combiner. XQ7140 is Stable , reliable and easy to use.

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accessories

Signal Pump Combiner (XQ7140)

Our fusion signal pump combiner XQ7140 is capable of manufacturing (1+1)×1, (2+1)×1, and (6+1)×1 Signal Pump Combiners. This component is a premium optical element designed for high-power fiber lasers and amplifier (MOPA) systems, efficiently combining independent pump laser sources and one central seed signal into a single output fiber with minimal power loss.

fiber-tapering

Multi-mode Fiber Taper (XQ7180)

XQ7180 is used mainly for manufacturing signal pump optical fiber combiners and special cone-shaped fiber rods including higher power 3x1,4x1,(6+1)x1,7x1, etc. Its main feature is lengthening the tapering lead screw movement length (200-500mm), it is designed with unilateral /reverse/same direction /Conflating tapering mode of fiber holders which can make uniform and accelerated/decelerated movement,equipped with special fiber holders and water-cooled heaters, high-definition measurement CCD microscope, large diameter on-line cleaver and on-line tension testing function, can perfectly achieve the production of a variety of specifications of optical combiners. XQ7180 is stable, reliable, easy to use and can increase or decrease functions according to the customers' needs.

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fiber-tapering

Multimode Fiber Taper (XQ7180)

The Multimode Fiber Taper is manufactured by precisely heating and stretching an optical fiber to reduce its diameter in a controlled manner. It provides efficient light coupling, low insertion loss, and high-power optical transmission. Custom taper diameters and lengths are available according to customer requirements.

fiber-stripping

Heating Stripper (XQ7530)

XQ7530 Heating stripper is mainly used for stripping various fibers .Users can customize and select the temperature and mode they need to achieve a large volume of fibers stripping. It is mainly used to strip the optical fiber coatings by heating that the thermocouple controls heating sheet, that is, electrothermal stripping.The machine not only has the stripping stability required for production, but also has the characteristics of flexible debugging required for research..

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fiber-stripping

Heating Stripper (XQ7530)

XQ7530 heating stripper is mainly used for stripping various fibers. Users can customize and select the temperature and mode they need to achieve a large volume of fibers stripping. It is mainly used to strip the optical fiber coatings by heating that the thermocouple controls heating sheet, that is, electrothermal stripping. The machine not only has the stripping stability required for production, but also has the characteristics of flexible debugging required for research.

fiber-cleaving

Large Diameter Fiber Cleaver (XQ7410)

XQ7410 large diameter fiber cleaver is mainly used for cleaving large diameter fibers and optical combiners, etc.Users can set simply the fiber tension and the blade advance before cleaving, which can cleave different types of optical fiber and optical combiners easily. The device not only has the characteristics of cleaving stability required for production, but also debugging flexibility required for research and development.

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fiber-cleaving

Large Diameter Fiber Cleaver (XQ7410)

XQ7410 large diameter fiber cleaver is mainly used for cleaving large diameter fibers and optical combiners, etc. Users can set simply the fiber tension and the blade advance before cleaving, which can cleave different types of optical fiber and optical combiners easily. The device not only has the characteristics of cleaving stability required for production, but also debugging flexibility required for research and development.

fiber-splicing

Large Diameter Fiber Splicer (XQ7260)

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.

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fiber-splicing

Large Diameter Fiber Splicer (XQ7260)

XQ7260 is a large-core fiber splicer which is designed independently by OSCOM Technology. It’s heat source is an electric arc. It can splice quartz fiber, large core fiber and special fiber. At the same time, different specifications of optical fiber holders can be replaced to meet the splicing of fiber with different core diameters.

fiber-splicing

CO2 Laser Splicer (XQ7210)

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.

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fiber-splicing

CO2 Laser Splicer (XQ7210)

XQ7210 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.

fiber-etching

CO2 Laser Etcher (XQ7280)

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.

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fiber-etching

CO2 Laser Etcher (XQ7280)

XQ7280 is a CO2 laser etcher with CO2 laser as the heat source which is designed independently by OSCOM Technology. The etcher can etch the fiber, which is used to strip the residual pump light and reflected light in the cladding, protecting the optical devices in the optical path effectively. Compared with the cladding optical power stripper made by chemical corrosion, the fiber strength of the cladding optical power stripper made by laser etching is higher, the production process is safer and more environmentally, and there is more space for development.

Precision systems for fiber & glass
components processing

We bring OSCOM Technology's advanced fiber splicing, tapering, cleaving, and testing instruments to India — engineered for precision, reliability, and repeatable results.

The trusted distributor for OSCOM in India

Optical Fusion India is a trusted Indian company with more than 17 years of experience in the fiber optics industry. We provide professional solutions for fiber optic component manufacturing, specialty optical fibers, and advanced fiber optic technologies. Leveraging our extensive experience and technical expertise, we serve research institutions, educational organizations, telecom companies, and industrial customers with high-quality products and reliable technical support tailored to their specific requirements.

As the authorized distributor of OSCOM Technology in India, we bring world-class fiber optic component manufacturing, testing, and processing technologies to the Indian market. Beyond supplying products, we provide complete customer support through technical consultation, product demonstrations, installation assistance, and after-sales service, ensuring the best possible experience for our customers.

Official Distribution Partnership

Direct access to the complete OSCOM portfolio with guaranteed authenticity.

Industry Experience

Combined experience in the photonics and Fiber optics, fiber optics passive and active components industrial sectors since last 17 years.

Installation Support

Professional setup and commissioning of all high-end equipment.

Technical Expertise

Dedicated engineers providing comprehensive after-sales assistance.

Fiber Optic Component Manufacturing Solutions

We provide advanced machinery, equipment, and process solutions for manufacturing high-performance Fiber Optic Components used in Industrial Lasers, Optical Communications, Medical Systems, Semiconductor Equipment, Aerospace & Defense Applications, and Scientific Research.

Fiber Optic Components Supported by Our Manufacturing Solutions

✔ Pump Combiners
✔ Signal Pump Combiners
✔ WDMs
✔ Mode Field Adapters (MFA)
✔ Fiber Couplers
✔ Optical Splitters
✔ Fiber Patch Cords
✔ Fiber Pigtails
✔ Cladding Light Strippers (CLS)
✔ Fiber End Caps
✔ QBH Fiber Delivery Cables
✔ Ball Lensed Fibers
✔ PM Fiber Components
✔ Specialty Fiber Assemblies
✔ Custom Fiber Optic Components

Industries We Serve

Engineered for high-precision sectors

Our solutions are deployed across diverse, high-technology sectors that demand absolute precision and reliability.

Industrial Lasers

High-power fiber processing and precision splicing solutions engineered to support the manufacturing of robust industrial fiber lasers.

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Optical Fiber Communication

Comprehensive production and testing equipment for deploying high-capacity, low-loss telecom networks and fiber optic infrastructure.

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Optical Fiber Sensing

Specialized fiber preparation and splicing equipment for developing highly sensitive optical sensors used in structural health and environmental monitoring.

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Biomedical

Ultra-precise fiber processing systems designed for creating minimally invasive medical lasers, optical coherence tomography (OCT) probes, and diagnostic tools.

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Laser Radar

Advanced optical manufacturing solutions supporting the development of highly accurate LiDAR systems for autonomous vehicles, aerospace, and mapping.

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Military Industry

Secure, ruggedized fiber optic processing and testing solutions designed to meet the extreme reliability and durability standards of defense applications.

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