Home » Business, Europe, Telecom, World » 1064nm High Power Isolator, 1064nm High Power Collimated Free-space Beam Output Isolator, High Power Fiber Collimator, Pump Laser Protector manufacturer DK Photonics highlights competitive Fiber Laser
“The 1064nm High Power Isolator series includes in-line type, beam expanded isolator, fiber in and free space out isolator and free space isolator etc. It is ideal for High Power Fiber Amplifier, Fiber Laser, and Instrumentation applications.”
Targets worldwide demand for high end fiber laser applications.

Shenzhen, China – The world leader in 1064nm High Power Isolator, 1064nm High Power Collimated Free-space Beam Output Isolator, High Power Fiber Collimator, Pump Laser Protector and other high end fiber laser, fiber sensor and fiber optic telecommunication solutions, DK Photonics, said today that demand for its High power Isolator and Collimator components are skyrocketing.

At a Press conference called to highlight the company’s achievements in this rapidly growing segment of the fiber sensor and fiber laser market, company executives reiterated their focus on innovation and R&D.

Senior engineers told the gathering that “Our High Power Isolator products are characterized by low insertion loss, high isolation, high power handling, high return loss, excellent environmental stability and reliability.”

Addressing the growing demand for its 1064nm High Power Isolator, 1064nm High Power Collimated Free-space Beam Output Isolator, High Power Fiber Collimator, Pump Laser Protector and other related solutions, company representatives noted that these products were not only based on cutting-edge technology, but that “These isolators are also available at the most competitive pricing.”

The company announced that it was strategically positioned to deliver highly innovative products due to its continued investment in its staff, manufacturing facilities and its in-house research and development capabilities.

“We have a group of highly dedicated designers and engineers with more than eight years working experience. They are experts in the field of optical components and optical fiber laser applications, and are highly committed to high-end R&D,” speakers noted.

The company also said that its products, including 1064nm High Power Isolator, 1064nm High Power Collimated Free-space Beam Output Isolator, High Power Fiber Collimator, Pump Laser Protector and other related solutions, are widely used in modern fiber lasers, amplifier, telecommunications, scientific research and other high-tech optical communication applications.

Commenting on the unique characteristics of the company’s products, including 1064nm High Power Isolator, 1064nm High Power Collimated Free-space Beam Output Isolator, High Power Fiber Collimator and Pump Laser Protector, the spokesperson said “Our High power Isolator can deliver up to 50~100W continuous and stable power and 100kW peak power for fiber laser applications.” This has put DK Photonics at the forefront of the design and manufacture of such high-end components.

With global sales for its products, including 1064nm High Power Isolator, 1064nm High Power Collimated Free-space Beam Output Isolator, High Power Fiber Collimator and Pump Laser Protector, continually increasing, the company expressed its resolve to continue to defend its share of the market, while also taking leadership position in other market segments.

Company insiders pointed to its extremely reliable PM components, which offer excellent optical performance. According to company representatives, these are a key enabler of laser gyroscope, high-speed optical test equipments and other PM optical systems. Because of these characteristics of its solutions, the company sees global demand for its products continue to grow in the coming years.

Media Contact
Company Name: DK Photonics Technology Limited
Contact Person: Bill Lee
Email: info@dkphotonics.com
Phone: +8675526820366
Address:7/F, Bldg. C, Qinghu Technology Park, Qingxiang Rd., Longhua New Dis.
City: Shenzhen
State: Guangdong
Country: China
Website: www.dkphotonics.com

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