尾纖AR鍍膜

With more than 18 years experiences of optical fiber polishing&coating,3V TECHNOLOGY is a professional globle-service manufacturer of various coated optical fibers for the semiconductor laser,especially for high power laser diode coupling.We involve in bare fiber coating , ceramic ferrule coated tail fibers(FTA), SMA905/D80 high-energy transmission jumper coating and fiber lenses polishing ( Angled wedge/Cone Type/Biconical).These products are widely used in pump fiber laser diode coupling,industrial laser test , medical laser transmission and optical fiber sensing,etc

Our strong R&D team has 20 years experience in optical communications anddustrial laser industry,and has innovated 20 patented technologies which focusing on optical fiber polishing and coating fields.The bare fiber polishing technology,which is developed by 3V TECHNOLOGY independently can provide very clean fiber end face,which lay a good foundation for next coating processing.In addition,we optimize the coating process of high-power laser to enhance the coating layer damage threshold constantly.

we emphasize production process management and quality control,by our team's years effort,3V TECHNOLOGY has become a leading China fiber coating manufacturer,which own efficient management team,excellent optical engineers and good after-sales service.

Once you choose us，we will be your best partner.

Ⅰ. Angle-polished Lensed Fiber:

Angle-polished lensed fiber is produced by precision polishing techniques to abtain different angles tip,which mainly to reduce the light return or change the optical transmitted direction.

Product Application:

-Mainly used for laser coupling.
-PLC device coupling.
-Side pupm optical fiber combiner.
-Endoscope illumination.

Product Features:

3V TECHNOLOGY has unique fiber polishing techniques to produce angle tip as high as to 75 degree,and with different coating design,we can satisfy most of customer requirement.
±0.2 degree polishing angle precision at best.
Super clean tip finishing surface.
AR/Hi-reflection coating.

Ⅱ​.Lensed fiber:

Lensed fiber is produced using different fine lens tip shaping techniques.

The surface is treated by planar or spherical finishing,optionally the tip was coated with thin film layer.

Product application:
-DFB laser diode fiber tail coupling.
-Fiber to waveguide coupling.
-Medical and biological illumination applications.

Bare Fiber Coating

Bare Fiber Coating means laying optical thin film on the bare fiber end face to increase light transmission or reflection.

3V TECHNOLOGY succeed in polishing bare fiber without any epoxy and coating optical precision thin film to the fiber tip,which improve the product quality significantly.

Product Application:

-Fiber laser pump diode coupling
-High power laser processing flexible transmission
-Medical laser equipment coupling transmission
-Fiber optic Sensor(Connecting Photoelectric detector)

Product Features:

-The fiber tip is directly polished without any epoxy in the process,which can aviod laser absorption caused by epoxy residue and reduce the fiber burn rate efficiently.
-High quality fiber tip polishing surface,without scratches and particles on the fiber core.-Coat only on the bare fiber tip(without ferrule&epoxy),which can eliminate film cracking caused by inconsistent thermal expansion coefficients of different substrates under the coating layer.
-Avoid the impact of the ferrule and epoxy on the laser chip at a close distance,effictively reducing COD and chip Contamination.
-Low heat absorption and high laser damage threshold of coating layer,Optical damage threshold(＞200MW/cm2,test by quantel USA)

Fiber Pigtail Coating

Protruding fiber pigtail is a kind of assembly which install a ceramic ferrule to the end of the coated bare fiber and keep the fiber’s endface some distance from the ferrule’s endface.Different from the traditional fiber and ferrule flat assembly way.Protruding fiber pigtail can eliminate film cracking caused by inconsistent thermal expansion coefficients of different substrates(fiber,epoxy,ferrule) under the coating layer and has obvious advantage in fiber coupled high power laser diode.

Product Application:

-Fiber laser pump diode coupling.
-High power laser processing flexible transmission.
-Medical laser equipment coupling transmission .
-High power laser test and measurement.
-Fiber optic Sensor(Connecting Photoelectric detector).

Product Features:

-The fiber tip is directly polished without any epoxy in the process,which can aviod laser absorption caused by epoxy residue and reduce the fiber burn rate efficiently.
-High quality fiber tip polishing surface,without scratches and particles on the fiber core.
-Coat only on the bare fiber tip(without ferrule&epoxy),which can eliminate film cracking caused by inconsistent thermal expansion coefficients of different substrates under the coating layer.
-Avoid the impact of the ferrule and epoxy on the laser chip at a close distance,effictively reducing COD and chip Contamination.
-Low heat absorption and high laser damage threshold of coating layer,Optical damage threshold(＞200MW/cm2,test by quantel USA)

Fiber Patchcord Coating

D80 Optic Fiber Patchcord utilize high precision D80 connector or air-gap-ferrule connector.It is equipped with high quality tip polishing surface fiber.The Patchcord mainly used for energy transmission of semiconductor laser modules and medium-low power solid state lasers.The internal connector of the fiber patch cord apply high-quality environment epoxy free technology,which improve the heat dissipation effect and service life of the fiber.The D80 Patchcord can meet the demand for laser welding,cutting and other high power transmission.3V TECHNOLOGY also offer custom patch cable services and accpet fiber cable(sunc as SMA905 jumper,FC/PC patch cord) coating services.

Product Application:

-Pump laser fiber tail and fiber patch cord.
-High power laser processing energy transmission.
-Medical laser equipment.
-Industrial laser processing

Product Features:

-3V-TECHNOLOGY’s unique fiber polishing and assembling process.
-The fiber patch cord is made if imported high quality large-core optical fibers.
-AR coated fiber end face,demage threshold up to 200mW/CM2.
-Stainless Steel Protective Tubing Design,resists crusing,abrasion,cutting,and pulling.
-The SMA ferrules are made of stainless steel or cupronickel and used as a heat sink,evacuating the heat quickly away from the fiber.
-Utilize air-cap-ferrule technology that eliminates energy-absorbing materials near the fiber end face sunc as epoxies,connector material,and coating,making them ideal for high-power applications.

Fiber Patchcord Coating

SMA905 Fiber Patchcord utilize high precision SMA905 connector or air-gap-ferrule connector.It is equipped with high quality tip polishing surface fiber.The Patchcord mainly used for energy transmission of semiconductor laser modules and medium-low power solid state lasers.The internal connector of the fiber patch cord apply high-quality environment epoxy free technology,which improve the heat dissipation effect and service life of the fiber.The SMA905 Patchcord can meet the demand for laser welding,cutting and other high power transmission.3V TECHNOLOGY also offer custom patch cable services and accpet fiber cable(sunc as D80 jumper,FC/PC patch cord) coating services.

Product Application:

-Pump laser fiber tail and fiber patch cord.
-High power laser processing energy transmission.
-Medical laser equipment.
-Industrial laser processing

Product Features:

-3V-TECHNOLOGY’s unique fiber polishing and assembling process.
-The fiber patch cord is made if imported high quality large-core optical fibers.
-AR coated fiber end face,demage threshold up to 200mW/CM2.
-Stainless Steel Protective Tubing Design,resists crusing,abrasion,cutting,and pulling.
-The SMA ferrules are made of stainless steel or cupronickel and used as a heat sink,evacuating the heat quickly away from the fiber.
-Utilize air-cap-ferrule technology that eliminates energy-absorbing materials near the fiber end face sunc as epoxies,connector material,and coating,making them ideal for high-power applications.