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- Tunable Narrow Linewidth Laser Integration of single-frequency PM fiber laser, large-bandwidth electro-optic modulator, driver and control circuit module
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- 1×32 Narrow Linewidth Laser Integration of single-frequency PM fiber laser, large-bandwidth electro-optic modulator, small-signal PM fiber amplifier, beamsplitter, driver and control circuit module
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- 4-Channel Narrow Linewidth Low-Noise PM Fiber Amplifier Synchronously amplifying single-frequency narrow-linewidth laser, delivering 20W output power per channel (80W in total)
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- 12-Channel Optical Delay Phase Modulator Precisely matching optical path lengths and phase, with loading up to 12 independent channels
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- 24-Channel Laser SPGD Control Unit Performing beam combining and compensating phase distortions through a stochastic parallel gradient descent (SPGD) algorithm
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- 24-Channel Laser Multi-Jitter Control Unit Reducing or suppressing the jitter in laser beams by minimizing the effects of mechanical vibrations and thermal noise
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- Multi-Node DAQ & Interlock Protection System EtherCAT data acquisition system allowing for sampling and recording of up to 100 acquisition nodes, with a safety interlock system to keep the device in a safe state
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Laser Welding System
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.
We need to build a coherent laser synthesis system that requires exceptional amplification and environmental adaptability. What do you recommend?
We need to build a coherent laser synthesis system that requires exceptional amplification and environmental adaptability. What do you recommend?
Our 4-channel narrow linewidth low-noise pm fiber amplifier array is a core component of our next-generation low-noise fiber amplifier systems. It features an integrated opto-electro-mechanical design with four independent high-performance PM fiber amplifier channels. This module offers exceptional amplification with a total power of 80W. The standard version operates stably across a wide temperature range of -5°C to +45°C, and a military-grade reinforced design is available for extreme environments.
Our industrial site has multiple lasers that require real-time monitoring. How can we ensure data acquisition efficiency and equipment safety?
Our industrial site has multiple lasers that require real-time monitoring. How can we ensure data acquisition efficiency and equipment safety?
CP Laser's multi-node data acquisition and interlock protection system is specifically designed to meet the complex challenges of data acquisition and safety interlocks in industrial environments. It supports up to 100 nodes, meeting the needs of large-scale industrial sites. When sensor data exceeds a preset threshold, the system automatically triggers an alarm signal, ensuring equipment and production safety.