DLRF-C1.2-F: Compact 905nm Laser Ranging Module for 2000m+ Measurement

DLRF-C1.2-F semiconductor laser rangefinder is an innovative product that integrates advanced technology and humanized design carefully developed by Lumispot. Using a unique 905nm laser diode as the core light source, this model not only ensures human eye safety, but also sets a new benchmark in the field of laser ranging with its efficient energy conversion and stable output characteristics. Equipped with high-performance chips and advanced algorithms independently, the DLRF-C1.2-F achieves excellent performance with long life and low power consumption, perfectly meeting the market demand for high-precision and portable ranging equipment.

Main application

Used in UAV, sighting, outdoor handheld products and other ranging applications (aviation, police,railway, electricity, water conservancy communication,environment, geology, construction, fire station, blasting,agriculture, forestry, outdoor sports, etc.)

Features

▲High precision ranging data compensation algorithm: optimization algorithm, fine calibration
DLRF-C1.2-F semiconductor laser rangefinder, in pursuit of the ultimate accuracy of the road, innovatively adopted the advanced range data compensation algorithm, the algorithm through the combination of complex mathematical model and measured data, to generate accurate linear compensation curve. This technical breakthrough enables the rangefinder to carry out real-time and accurate correction of errors in the ranging process under various environmental conditions, so as to achieve the excellent performance of the full range accuracy control within 1 meter, and the short-range ranging accuracy is accurate to 0.1 meters.

▲Optimized ranging method: accurate measurement, improve ranging accuracy
The laser rangefinder adopts the high repetition frequency ranging method, through the continuous transmission of multiple laser pulses, and the accumulation and processing of the echo signal, so as to effectively suppress the noise and interference, and improve the signal to noise ratio. By optimizing the optical path design and signal processing algorithm, the stability and accuracy of the measurement results are ensured. This method can achieve accurate measurement of the target distance, even in the face of complex environments or small changes, but also to ensure the accuracy and stability of the measurement results.

▲Low power consumption design: Efficient energy saving and optimized performance
With the ultimate energy efficiency management as the core, this technology significantly reduces the energy consumption of the overall system without affecting the distance and accuracy by finely regulating the power consumption of key components such as the main control board, the drive board, the laser and the receiving amplifier board. This low-power design not only reflects the commitment to environmental protection, but also greatly improves the economy and sustainability of the equipment, becoming an important milestone in promoting the green development of ranging technology.

▲Working capacity under extreme conditions: excellent heat dissipation, guaranteed performance
DLRF-C1.2-F laser rangefinder with its excellent thermal design and stable manufacturing process, showing extraordinary performance under extreme working conditions. While ensuring high precision ranging and long range detection, the product can withstand extreme operating ambient temperatures of up to 65℃, demonstrating its high reliability and durability in harsh environments.

▲Miniaturized design, no burden to carry
The DLRF-C1.2-F laser rangefinder uses an advanced miniaturization design concept, which highly integrates the precision optical system and electronic components in a lightweight body weighing only 11 grams. This design not only greatly improves the portability of the product, allowing users to easily carry it around in a pocket or bag, but also makes it more flexible and convenient to use in complex outdoor environments or confined Spaces.