Marketing Information

ㆍCompany

Photonicore Technologies Co., Ltd.

ㆍRepresentative

Jerry Chu

ㆍAddress

4F., No. 12, Ln. 31, Sec. 1, Huandong Rd., Xinshi Dist., Tainan City, 744093, Taiwan R.O.C.

ㆍTel.

06 703 5112

ㆍEmployees

50~99

ㆍWebsite

www.photonicore.com.tw/

ㆍE-mail

sales@photonicore.com.tw

ㆍEstablished Year

2019

ㆍCompany Type

Manufacturer (Headquarters in overseas)

ㆍRelated Industry

ㆍMajor Customers

ㆍSNS

ㆍCompany Profile

Photonicore Technology (PCT) specializes in the research, development, and manufacturing of fiber laser and amplifier modules. Leveraging advanced production equipment and proprietary technologies, our solutions deliver high efficiency, stability, and reliability for industrial fiber lasers and space communication systems. With a global customer base and long-term partnerships in the U.S., Taiwan, and beyond, PCT is recognized as a technological leader in fiber laser and satellite communication industries. Our patented technologies enable us to offer fully customized OEM/ODM fiber laser and amplifier solutions, helping partners enhance performance and competitiveness worldwide.

Manufcaturer Information

ㆍManufacturer

Photonicore Technologies Co., Ltd.

ㆍIntroduction

Photonicore Technology (PCT) specializes in the research, development, and manufacturing of fiber laser and amplifier modules. Leveraging advanced production equipment and proprietary technologies, our solutions deliver high efficiency, stability, and reliability for industrial fiber lasers and space communication systems. With a global customer base and long-term partnerships in the U.S., Taiwan, and beyond, PCT is recognized as a technological leader in fiber laser and satellite communication industries. Our patented technologies enable us to offer fully customized OEM/ODM fiber laser and amplifier solutions, helping partners enhance performance and competitiveness worldwide.

ㆍCountry

Taiwan

ㆍTel

ㆍE-mail

sales@photonicore.com.tw

ㆍWebsite

https://www.photonicore.com.tw/

Exhibition Product

ㆍProduct

Side pump combiner

ㆍModel

(2+1)x1 / (6+1)x1

ㆍManufacturing Company

Photonicore Technologies Co., Ltd.

ㆍProduct Code

Other Components

ㆍDescription

(2+1)×1 & (6+1)×1 PUMP / SIGNAL SIDE-PUMP COMBINER PCT’s side-pump combiner offers extremely high pump transmission efficiency, low signal insertion loss and great beam quality because the core is uninterrupted during the fusion process. The feature of our technology can prevent the damage of pump LD from the backward pump light, making it more reliable for high-power lasers and amplifiers.

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ㆍProduct

Laser Cavity

ㆍModel

1kW/2kW

ㆍManufacturing Company

Photonicore Technologies Co., Ltd.

ㆍProduct Code

Other Components

ㆍDescription

PCT’s optical fiber components are adopted in Fiber Laser Cavity to achieve excellent performance by our innovative side-pump technology with high pump efficiency, superior beam quality, high-power handling and reliability in one cavity.

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ㆍProduct

FBG

ㆍModel

HR/LR

ㆍManufacturing Company

Photonicore Technologies Co., Ltd.

ㆍProduct Code

Other Components

ㆍDescription

PCT's FBG mirrors feature low thermal slope and accurate wavelength matching. The fabrication process allows to make FBG mirrors on a variety of standard, custom or special fibers.

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ㆍProduct

CPS

ㆍModel

200W

ㆍManufacturing Company

Photonicore Technologies Co., Ltd.

ㆍProduct Code

Other Components

ㆍDescription

PCT’ CPS (Cladding Power Stripper), which is used in high power ?ber lasers and ampli?ers, performs the function of stripping residual pump power from cladding of double cladding ?bers while preserving minimal degradation of signal power and beam quality (M2) for high power handling.

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ㆍProduct

Laser amplifier

ㆍModel

5W

ㆍManufacturing Company

Photonicore Technologies Co., Ltd.

ㆍProduct Code

Other Components

ㆍDescription

PCT's Optical Fiber Amplifiers are designed with our side-pump combiner technology, which features high power handling, ultra low insertion loss and high-stability in harsh space environment, to achieve high gain and low noise figure for space laser communications.

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