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- Three Elements of Smart Laser Welding System The three core components of smart laser welding system—the software-defined laser, the 5-in-1 laser welding process monitoring sensor, and the real-time AI-powered control system—work together to create a closed-loop system that fully supports self-learning, self-adaptation, and self-evolution for laser welding.
- Software Defined Fiber Laser
- 5-in-1 Laser Welding Process Monitoring Sensor
- Laser Welding AI-Powered Control System
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- Laser Welding System CP Laser offers a range of advanced welding solutions designed to tackle complex challenges in industrial manufacturing. Our systems are engineered to improve weld quality, enhance efficiency, and reduce common defects. Learn more
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- Digital Laser Components CP Laser's digital laser components are designed to serve as the building blocks for advanced laser systems, helping to push the boundaries of industrial laser technology.
- Tunable Narrow Linewidth Laser
- 1×32 Narrow Linewidth Laser
- 4-Channel Narrow Linewidth Low-Noise PM Fiber Amplifier
- 12-Channel Optical Delay Phase Modulator
- 24-Channel Laser SPGD Control Unit
- 24-Channel Laser Multi-Jitter Control Unit
- Multi-Node DAQ & Interlock Protection System
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- Laser System Modules & Measurement Instruments CP Laser offers a range of high-performance laser system modules and measurement instruments designed to enhance the precision, control, and efficiency of laser welding applications.
- Fiber Laser Beamsplitter Module
- Laser Collimation Module Calibrator
- Laser Beam Quality Analyzer
- Modular Laser Welding Head
- Real-time Laser Process Monitoring Module
- Laser Welding Position Compensation System
How can we achieve the desired efficiency and penetration depth when welding 20mm thick steel plates?
How can we achieve the desired efficiency and penetration depth when welding 20mm thick steel plates?
Our software-defined fiber laser is based on phased-array technology, enabling a user-definable, sortable, and switchable laser spot shape with a scannable focal point. Its high power, high beam quality, and high dynamic beam shaping frequency, combined with a real-time focus correction feature, allow a single-mode laser to achieve twice the depth of focus.
How can we address spatter and incomplete fusion during die-cast aluminum welding?
How can we address spatter and incomplete fusion during die-cast aluminum welding?
Our 5-in-1 laser welding process monitoring sensor provides real-time spatter identification. Using a high 100MHz sampling frequency, it captures sudden changes in light intensity caused by spatter. A machine learning algorithm then differentiates between normal and abnormal spatter, linking to the laser to reduce power and prevent incomplete fusion.
We are building a high-power laser system and facing power limitations due to Stimulated Brillouin Scattering (SBS). Which device can solve this?
We are building a high-power laser system and facing power limitations due to Stimulated Brillouin Scattering (SBS). Which device can solve this?
Our tunable narrow linewidth laser seed source integrates a single-frequency PM fiber laser, a wide-bandwidth electro-optic phase modulator, and a driver circuit. By applying a specific RF signal to the single-frequency seed light via the modulator, the spectral width is successfully expanded from kHz to the 100GHz range, effectively suppressing the SBS effect that can occur during high-power amplification and thereby increasing the output power.
What do you recommend for evaluating the beam quality of a high-energy focused laser from a welding head?
What do you recommend for evaluating the beam quality of a high-energy focused laser from a welding head?
We recommend our laser welding head beam quality analyzer, specifically designed to evaluate the quality of high-energy focused laser beams. It can measure the static and dynamic beam quality from the laser processing head in real time, accurately assessing metrics such as intensity profile, beam width, shape, and focal position. It supports laser powers of up to 20kW, meeting the demands of high-power applications.
Our shipbuilding company needs to weld 20mm thick marine steel plates, but traditional methods often result in pores and lack of fusion. Do you have a solution?
Our shipbuilding company needs to weld 20mm thick marine steel plates, but traditional methods often result in pores and lack of fusion. Do you have a solution?
Our medium-thickness steel autogenous laser welding system is the ideal solution. Built around a ten-kilowatt full-vector optical field-controlled fiber laser, it integrates a "5-in-1" in-weld monitoring sensor and a real-time laser welding control platform. This system solves alignment tolerance and welding defect challenges in medium-thickness plates, improving weld quality and effectively mitigating common defects like pores, cracks, and undercutting, while also increasing weld strength and fatigue life.