Lumispot:Igniting a New Vision for Defense, Laser Illumination Indication Module Leads the Future

In the field of modern defense, laser technology has become a core force in improving system operational efficiency and ensuring operational information advantages. Whether it's vehicle mounted warning lighting or ship mounted long-range refusal indication; Whether it is ground-based fixed-point applications or complex environment adaptation on board or in space, more stringent requirements have been put forward for the power, stability, and environmental adaptability of laser modules. Lumispot adheres to the mission of "lighting up the future, originating from lasers", deeply cultivates the field of defense grade lasers, and independently develops lighting indicator modules. With full chain self-developed strength, defense grade reliability, and customization capabilities, it has become the preferred partner for many defense enterprises.

Whether it is night border patrol, equipment maneuvering, or long-range target indication, the bright source laser illumination indication module can provide all-weather and all scene lighting solutions with the characteristics of "high power, wide adaptability, and strong stability".

1、 Core Value: Addressing the Three Pain Points of Defense Lighting

1. Pain point 1: Complex environment "failure"

Traditional lighting equipment often faces power outages and light attenuation issues due to extreme temperature zones (-55 ℃ to 70 ℃ storage, -40 ℃ to 60 ℃ operating range) and strong vibration impacts in onboard, shipborne, and airborne environments. The illumination indicator module of Lumispot laser adopts defense grade or aerospace grade devices for different application scenarios and is designed and optimized. Currently, it has achieved stable operation at extreme temperatures of -50 ℃ to 65 ℃ (some wavelength products can be customized for high temperature operation at 120 ℃). At the same time, four aerospace grade project products have been successfully delivered, which can maintain stable output even in harsh environments.

In terms of anti vibration and impact, the module effectively absorbs and disperses vibration energy through special structural design and optical component curing process, ensuring that there will be no problems such as poor circuit contact and optical component displacement caused by vibration in strong vibration and impact environments such as vehicle mounted, shipborne, and airborne, thus avoiding power outages and light attenuation, and always providing reliable lighting for defense operations.

2. Pain point 2: Difficulty adapting to diverse needs

There are significant differences in the requirements for power, range, and light spot in different defense scenarios: close range surveillance requires wide light spot coverage, while long-range reconnaissance requires narrow light spot focusing. Lumispot can quickly provide a full power range of 25W~400W through platform design of the light source, driving circuit, and lens. The lens head divergence angle can be adjusted from 0.07 ° fixed focus to 30 ° zoom, with a maximum effective distance of 8000m. Rectangular and uniform light spots can be customized as needed (with a maximum uniformity of 90%)

In addition, Lumispot has developed various standardized and customized mechanical interface modules to meet the interface and installation requirements of different equipment, ensuring that the modules can seamlessly adapt to various vehicle mounted, airborne, shipborne, and individual soldier platforms. Its modular design also supports rapid replacement and upgrade, greatly shortens the equipment modification cycle, reduces maintenance costs, and truly realizes the flexible response ability of "one module with multiple scenarios, one demand with one solution". The response speed of customer demand is 30% faster than the industry average.

3. Pain point 3: Supply chain core material "bottleneck"

The requirement for domestication rate of defense equipment is extremely strict, and Lumispot has successfully achieved independent research and production of the entire chain from "device → module → finished product". At present, all products have achieved platformization and serialization development. The company has accumulated rich national production design solutions, and all models can provide complete national production solutions.

In terms of core materials, Lumispot has established long-term and stable cooperative relationships with high-quality domestic suppliers, ensuring the supply stability and quality reliability of materials from the source. Through strict supplier screening and evaluation mechanisms, as well as continuous quality monitoring and improvement measures, Lumispot effectively avoids production interruptions or product quality issues caused by the bottleneck of core materials in the supply chain. At the same time, the company has increased its research and development investment in domestically produced core materials, continuously improving their performance and reliability, providing strong support for the localization and upgrading of defense equipment.

2、 Delivery Case: Batch Delivery, Witnessing Reliable Strength (Some Typical Platforms)

1.808nm-25W lighting module

Output power: ≥ 25W

Mirror hair scattering angle:

0.4 ° -30 ° continuous zoom

Maximum operating distance: ≤ 3000

Module weight:<2kg

Module power consumption:<75W

Heat dissipation method: conduction/air cooling heat dissipation

Can provide a national production plan

2.808nm-50W lighting module

Output power: ≥ 50W

Mirror hair scattering angle:

0.4 ° -30 ° continuous zoom lens

Maximum operating distance: ≤ 5000

Module weight: ≤ 2.5kg

Module power consumption: ≤ 150W

Heat dissipation method: conduction/air cooling heat dissipation

Can provide a national production plan

3.808nm-40W lighting module

Output power: ≥ 40W

Mirror hair scattering angle: ≤ 0.4 °, fixed focus, maximum effective distance: ≥ 3000m

Module weight: ≤ 2.5kg

Module power consumption: ≤ 130W

Heat dissipation method: conduction/air cooling heat dissipation

Can provide a national production plan

4.808nm-80W lighting module

Output power: ≥ 80W

Mirror hair scattering angle: ≤ 0.15 ° fixed focus

Maximum operating distance: ≥ 5000

Module weight: ≤ 2.5kg

Module power consumption:<250W

Heat dissipation method: air-cooled heat dissipation

Can provide a national production plan

5.808nm-80-120W lighting module

Output power: 80-120W

Mirror hair scattering angle:

0.1 ° -0.2 ° continuous zoom;

0.076 ° -7.5 ° continuous zoom

Maximum operating distance:>5000m

Module weight:<3kg

Module power consumption: ≤ 300W

Heat dissipation method: air-cooled heat dissipation

Can provide a national production plan

6.808nm-400W lighting module

Output power: ≥ 400W

Mirror hair scattering angle:

Optional 0.4 ° -30 ° continuous zoom lens;

Optional 0.07 ° -0.7 ° continuous zoom lens;

Maximum operating distance: ≥ 8000m

Module weight:<4.5kg

Module power consumption:<1600W

Heat dissipation method: water-cooled heat dissipation

Can provide a national production plan

7.808nm laser indicator module

Lens divergence: 0.9mrad ± 0.2mrad

Maximum operating distance:>10000m

Module weight:<0.7kg

Module power consumption:<60W

Heat dissipation method: conduction/air cooling heat dissipation

3、 Technical highlight: See the real chapter for details

1. Speckle suppression technology: No need to add additional optoelectronic devices, does not affect the overall electro-optical efficiency, does not change the beam quality, and achieves low cost. This technology effectively eliminates granular noise in imaging images by reducing laser speckle contrast, improving image clarity and signal-to-noise ratio. Especially in long-distance target recognition scenarios, it can enhance the recognition of subtle features, providing more stable optical quality assurance for defense imaging applications such as night reconnaissance and security monitoring.

2. Spot homogenization technology: The highest homogenization degree can reach over 90%. By improving the beam uniformity, the spatial uniformity of the fill light effect can be significantly improved, effectively eliminating the common "hot spot" and dark area phenomena in traditional laser illumination, and reducing the standard deviation of the imaging target surface light intensity distribution to within 10%. In long-distance imaging scenarios, this technology can reduce the problem of local overexposure or underexposure of targets caused by uneven light spots, improve the dynamic range utilization of photodetectors, and reduce the complexity of image post-processing algorithms, providing higher quality optical input for tasks such as drone recognition and nighttime reconnaissance.  

3. High power lightweight heat dissipation technology: No additional heat dissipation equipment is required, the module temperature is stable, and it can support continuous operation for 7 × 24 hours; Based on the technological accumulation of Lumispot in the field of defense grade laser light sources, combined with customer application scenarios, it can accurately identify the technical difficulties of light source heat dissipation and temperature control. By combining finite element analysis and other technical means, multiple sets of heat dissipation and temperature control platforms can be constructed to provide stable and reliable working environment for products, effectively improving their environmental adaptability and reliability.

4、 Lumispot: Not just a product, but also a strategic partner for defense lasers

The ability to create highly reliable products is due to the "three major strengths" of Lumispot:

1. System certification support: With special industry qualifications, we strictly follow the relevant product system for design and development, and each product undergoes performance and reliability testing;

2. Full chain R&D strength: From semiconductor lasers, optical lenses to control systems, we have achieved independent R&D and production, ensuring the controllability of the entire process and building a complete technology chain covering core components to system integration. The customization cycle has been shortened to 2/3 of the industry average level.

3. Clear vision layout: With the goal of becoming a global leader in the field of laser special information, we will continue to invest in the research and development of aerospace grade and high-power laser technology, and promote the continuous iteration of defense laser technology.