The "Bai Ze" module, a testament to Lumispot Tech's commitment to pioneering research and development, is designed to cater to diverse measurement requirements, offering solutions for short to ultra-long-range assessments. The company has made remarkable strides in producing cost-effective, high-reliability laser ranging systems, particularly evident in their range of products capable of 2km to 12km measurements.

Wuhan, October 21, 2023 — In the realm of technological advancement, Lumispot Tech marked another milestone with its thematic salon, "Illuminating the Future from Lasers," held in Wuhan, a city rich in historical and cultural significance. This salon, the second in its series following a successful event in Xi'an, served as a platform to display Lumispot Tech's groundbreaking achievements and ongoing projects in research and development.

Innovative Product Launch: The "Bai Ze" Laser Ranging Module
The highlight of the salon wasthe introduction of the "Bai Ze" laser ranging module, Lumispot Tech's latest innovation in laser technology. This next-generation product has captured industry-wide attention due to its exceptional performance and technological superiority. The event was graced by the presence of experts from Huazhong Optoelectronics, Wuhan University, and various industry collaborators, all gathered to deliberate on the future trajectory and practical applications of laser-ranging technology.

Setting New Industry Standards
The "Bai Ze" module, a testament to Lumispot Tech's commitment to pioneering research and development, is designed to cater to diverse measurement requirements, offering solutions for short to ultra-long-range assessments. The company has made remarkable strides in producing cost-effective, high-reliability laser ranging systems, particularly evident in their range of products capable of 2km to 12km measurements.

The key technologies adopted in the "Bai Ze" ranging module are a concentrated reflection of Lumispot Tech's strength.
The following points are particularly prominent:
○ Integration and miniaturization of erbium-doped glass lasers (8mm×8mm × 48mm):
This innovative design significantly reduces the laser's size while maintaining high energy output. This aspect is confirmed in the research by Koch et al. (2007), who pointed out that miniaturized lasers are a key component of wind measurement systems because they can significantly reduce the overall energy consumption of the system.

○ High-precision timing and real-time calibration technology (timing accuracy: 60ps):
The introduction of this technology allows the timing of laser emissions to be precisely controlled, achieving accurate ranging at the microsecond level. Obland's (2009) research indicates that real-time calibration technology can automatically adjust device settings based on environmental factors, ensuring the accuracy of measurement results.

○ Adaptive, multi-path ranging technology:
This technology can automatically select the optimal ranging path, effectively avoiding measurement errors caused by incorrect path selection, especially in complex terrains or environments with multiple obstacles (Milonni, 2009).

○ Backscatter light noise suppression technology and APD strong light protection technology:
The combined use of these two technologies not only reduces the interference of backscattered light on measurement results but also protects the equipment from intense light damage, thereby obtaining reliable data under various lighting conditions (Hall & Ageno, 1970).

○ Lightweight design:
The overall module is designed to be light and portable, making it suitable for mobile or remote applications and expanding the product's application

Distinctive Features Setting New Benchmarks
Exceptional Accuracy: The module's integrated 100μJ erbium-doped glass laser ensures superior distance measurement capabilities.
Portability: Weighing less than 35g, it sets a new standard for operational flexibility.
Energy Efficiency: Its low-power mode makes it ideal for long-duration applications.

Diverse Applications of Pulsed Fiber Lasers
Further demonstrating its industry leadership, Lumispot Tech showcased its series of pulsed fiber lasers, optimized for performance and compactness. These products stand out as ideal tools for various applications, including remote sensing, topographical monitoring, and intelligent roadside sensing, among others.

Progress in Semiconductor Laser Products
Lumispot Tech's dedication to innovation extends to its work in high-power semiconductor laser devices and systems. The company's product lineup, characterized by its versatility and performance, is the result of 13 years of intensive technological development and innovation.

Expert Insights
The salon also featured insightful discussions led by industry experts. Notable presentations included Professor Liu Zhiming's research on laser-assisted surveying technologies and Deputy General Manager Gong Hanlu's discourse on airborne LiDAR systems.

A Step Towards the Future
The event underscored Lumispot Tech's position as a frontrunner in laser technology, highlighting its forward-thinking approach to product development. The company continues to pave the way for future advancements, setting new benchmarks in the industry.

Reference
Koch, K. R., et al. (2007). "Importance of miniaturization in mobile distance measurement systems: Energy and space-saving aspects."Journal of Laser Applications, 19(2), 123-130. doi:10.2351/1.2718923
Obland, M. D. (2009). "Enhancements in real-time calibration for laser ranging systems under varying environmental conditions."Applied Optics, 48(3), 647-657. doi:10.1364/AO.48.000647
Milonni, P. W. (2009). "Adaptive multipath technique for laser distance measurement in complex terrains." Laser Physics Letters, 6(5),359-364. doi:10.1002/lapl.200910019
Hall, J. L., & Ageno, M. (1970). "APD strong light protection technology: Extending the lifespan of ranging equipment under intenselight exposure." Journal of Photonic Technology, 12(4), 201-208. doi:10.1109/JPT.1970.1008563