02HBCK Diode Laser Components

Unmatched High-Power Single-Wavelength Laser Output
The RealLight 02HBCK diode laser module is engineered to deliver exceptional high-power single-wavelength output with a single-wavelength emitter integrated, making it an ideal option for laser pumping sources. Single-wavelength diode laser design delivers outstanding power stability and superior beam quality to satisfy professional applications requiring strict precision and reliability. Featuring fiber-coupled output configuration, the 02HBCK module can be easily integrated into existing systems to improve working efficiency and flexibility.

Built for Precision and Performance
Developed for high precision and superior performance, the RealLight 02HBCK high-power laser module boasts excellent power stability and effective heat dissipation. It delivers premium beam quality for steady and precise laser output even under harsh operating conditions, serving as a reliable laser solution especially for industrial applications.

Scalable Design to Meet Growing Demand
The RealLight 02HBCK single-wavelength diode laser features powerful performance and scalable architecture to fulfill rising demands across diverse industries. Widely applicable especially as laser pump sources, its single-wavelength high-power output enables users to adjust and optimize operating parameters as required, maintaining long-term application value amid technical upgrades. Rugged build and high reliability guarantee long-term continuous operation, delivering future-oriented investment for all professional applications.


Product Advantages
1. High-Power Single-Wavelength Output
Integrated with single-wavelength emitter, RealLight 02HBCK diode laser module features strong adaptability and customizable performance tailored for laser pumping and other fields, with excellent power stability and beam quality for high-precision, high-reliability industrial scenarios.
Available wavelengths: 808 nm, 940 nm, 976 nm, 980 nm, 1064 nm

2. Superior Power Stability and Beam Quality
Precision-optimized design brings efficient heat dissipation and outstanding power stability with long service life; premium beam quality ensures consistent and accurate laser performance under harsh environments.

3. Fiber-Coupled Output for Seamless Integration
Adopting fiber-coupled output structure, the 02HBCK diode laser module connects seamlessly with existing equipment to boost efficiency and flexibility, ideal for industrial users demanding premium laser solutions.

4. Scalable Solution for Growing Demands
Highly scalable RealLight 02HBCK single-wavelength diode laser accommodates upgrading requirements of processing and other industries, covering applications from laser pumping to material processing and allowing flexible parameter optimization.

5. Robust Construction for Long-Term Use
Solid mechanical structure enables long-term stable continuous operation with high durability and reliability. Capable of sustainable value delivery alongside technical innovation, it is a future-proof investment for professional setups.

02HBCK diode laser components are RealLight’s AW series laser modules, providing single-wavelength output in fiber coupled configurations, featuring compact size, excellent beam quality, high output power and more.

02HBCK Diode Laser Components
APPLICATION

  • Pumping source

  • Material processing
  • Laser Therapy
  • NightVision lighting

KEY FEATURES

  • Compact size

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  • High reliability
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  • Excellent beam quality
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  • Various wavelengths

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PRODUCT PARAMETERS
Package Type 02HBCK
Fiber Pigtailed
Center Wavelength(nm) 808 940/980 1064
Optical CW Output Power / Pop(W) 8 10 10
Wavelength Tolerance (nm) ±3,±10
Spectral Width / △λ (nm) <4
Temperature Drift of Wavelength / △λ/△T (nm/℃) 0.3
Optional Feedback Protection Function >40dB@1030-1070nm
Fiber Core/Cladding Diameter Dcore(μm) 105/125,200/220
Fiber Length / L (cm) 100±10(customizable)
Numerical Aperture / NA 0.22
Connector FC/PC,SMA905, bare ferrule
Electrical Threshold Current / Ith(A) 1.5 1.2 1.3
Operating Current / Iop(A) 11 13 13.5
Operating Voltage / Vop(V) 2.2 1.9 1.9
Slope Efficiency / ηes(W/A) 0.8 0.9 0.8

All the data in the above table are the typical values obtained from the tests at room temperature of 25℃, and the final data is subject to the final test report.

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