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1064nm diode-pump laser target designator
The laser illuminator is used for target indication in conjunction with the DYT outfield target strike test. It can provide fast and accurate target for DYT; and can provide the linear distance parameters of the target. This product is small in size and light in weight compared to similar products for portability. The illuminator is shaped OEM design, which can be applied to various sizes of optoelectronic pods; and portable or land-based versions with human eye view & OLED display are available.
The unique light source design achieves high pulsed energy laser output in a very small structure size, with an initial laser divergence angle 50% smaller than conventional products; and the full temperature range of temperature control-free design, low standby operating current.
The laser illuminator contains four modules: laser light source & driver, distance measurement module, viewing system and control module.
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High repetition rate laser range finder
This high repetition rate laser rangefinder adopts advanced laser light source design technology, which can realize narrow pulse fundamental mode laser pulse output above 10kHz, and has good output stability, small structure size, low heat, and can work continuously.
The high-frequency rangefinder is very suitable for 3D scanning mapping, high-speed moving object tracking and other scenarios.
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Long distance laser rangefinder
This long-distance laser rangefinder adopts full-digital receiving and amplification processing technology to collect echo waveforms in real time; by analyzing the waveforms, it can calculate the working atmosphere environment of the rangefinder, target characteristics and other information, and realize precise gain control and noise processing. The instrument works to the optimal state in real time.
The technical features of the fully digital range finder are: the measurement distance is 20%-30% higher than that of the conventional range finder, it can process multiple echo signals and select the output distance information, and it has strong adaptability to different use environments.
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1064nm DPSSL
This LD-pumped 1064nm laser features a unique thermal compensation cavity design and advanced Q-switching technology, ensuring high beam quality and suitable pulse width. The main optical components inside the cavity adopt a lock-in mechanical design and are assembled and sealed in a class 1000 cleanroom, ensuring normal operation and long-term stability in various complex environments. It offers versatile expansion interfaces for convenient integration with attenuators and beam expander modules. Primary applications include laser ranging, scientific research, and laser cleaning.
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KW class laser irradiation light source
The laser source adopts pulsed LD pumping and electro-optic Q-switching technology to ensure high beam quality and triggering accuracy of the output laser; it can be used as a test light source, a bias light source and an analog target indicator.
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1570nm OPO Laser
This 1570nm OPO laser features a unique thermal compensation cavity design and OPO technology, ensuring high beam quality and high 1570nm conversion efficiency. The optical components within the cavity are mechanically locked and assembled in a class 1000 cleanroom to ensure the product’s normal operation and long-term stability in various complex environments. It has versatile expansion interfaces for easy integration with attenuation and beam expansion modules. It is primarily used in laser ranging and scientific research applications.
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End-pumped solid-state laser
This LD end-pumped laser adopts a unique thermal compensation cavity design and Q-switching technology to ensure high beam quality and narrow pulse width of the laser. The main optical components in the cavity are all designed with locking mechanism, and are assembled and sealed in a class10000 clean room to ensure the normal use and long-term stability of the product in various complex environments.
Main uses: industrial processing, laser interference, scientific research, etc.
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Continuous mid-infrared laser light source
The continuous mid-infrared band laser source adopts semiconductor pump coupling and intracavity OPO technology to achieve continuous laser output in the 3-5um band . Moreover, the stability is good, and the beam quality is the fundamental mode.
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Pulsed mid-infrared laser
This pulsed mid-infrared laser adopts a unique fundamental frequency thermal compensation resonator design and QPM OPO design, and is assembled and sealed in a class10000 clean room; it ensures the long-term stability of the product in various complex environments.
At present, the mid-infrared laser light source produced by the company has been selected by many scientific research units due to its stable performance, outstanding technical indicators and high cost performance.
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1km 905nm Laser Rangefinder
The LRF905-1000 laser rangefinder is a new lightweight and compact ranging module , which works at 905nm wavelength. The maximum measurement range of the product is ≥1000 m. It adopts UART-TTL interface and supporting test software, which is convenient for users to further develop. It has the characteristics of small size, light weight and reliable performance. It can be used in aviation, communication, geology, police, outdoor sports and other occasions.
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FS100 Optical Fiber Strapdown Inertial/Satellite Integrated Navigation System
FS100 fiber optic combined navigation system (hereinafter “inertial guidance”) is based on high-precision closed-loop fiber optic gyroscope, accelerometer and high-end GNSS receiver board, through multi-sensor fusion and navigation algorithm to provide high-precision attitude, velocity and position information to meet the requirements of high-precision measurement and control, the main Application areas include:
- Large UAV reference inertial guidance
- Marine compass
- Self-propelled artillery orientation
- Vehicle-based positioning and orientation
- High precision mobile measurement
- High-precision stable platform
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FS300-98 Fiber Optic Integrated Navigation System
The FS300-98 fiber optic integrated navigation system is built around a cost-effective closed-loop fiber optic gyroscope and accelerometer, as well as a high-end GNSS receiving board. It utilizes multi-sensor fusion and advanced navigation algorithms to deliver medium to high-precision measurements for mobile measurement systems, large UAVs, and other applications that demand accurate attitude, heading, and position information.
