of Chinese Stone Machinery
Embark on a journey to the forefront of laser measurement technology with LumiSpot’s L1535 LRF Module Series. These state-of-the-art Laser Rangefinder Modules are a testament to our commitment to innovation, safety, and precision.
LumiSpot’s L1535 Series rangefinder is based on 1535 nm erbium-doped glass lasers, which are completely independently developed and protected by patents and intellectual property rights and have now reached Class I human eye safety standards. The product is a single-pulse rangefinder that features a small size, lightweight (1535nm 3km rangefinder module weighs only 33g), high-cost performance, and adaptability to multiple platforms. The main functions are single pulse range and continuous range, distance selection, front and rear target display and self-test function, and continuous range frequency adjustable from 1-10Hz. The series offers different products to meet different range requirements (3km to 12km).
Each Laser Range Sensor and Distance Sensor Module undergoes rigorous testing, from automated reflector calibration to extreme temperature endurance, ensuring each product meets our high standards of quality and reliability.
Customized Solutions for Your Unique Needs (OEM Service):
LumiSpot offers bespoke solutions, tailoring our Laser Measuring Devices and LRF Modules to your specific requirements. Our detailed specifications and data are readily available for download, ensuring you find the perfect fit for your project.
For more information or to discuss custom solutions, connect with LumiSpot’s experts.
This module, LSP-LRS-0310F LRF based on our advanced 1535nm Er:glass laser technology, prioritizes safety and accuracy.
Safety is paramount, with first-class human eye safety classification. It ensures well-being in diverse settings, from busy industrial environments to field research.
It offers accurate single-pulse distance measurements, with a range of up to 3km.
With ≤ ±1m (RMS) accuracy and ≥ 98% reliability, it guarantees precise results across various scenarios. It operates in temperatures from -40°C to +65°C
Customizable power supply voltage enables seamless integration into existing systems. It’s lightweight at ≤ 35g and compact, measuring ≤ 48mm × 21mm × 31mm.
The 1535nm Er: glass laser ensures exceptional accuracy. Versatile interfaces include TTL electrical interfaces, which adapt to your needs.
Click here for more information for 0310F ranging module
Lumispot Tech’s LSP-LRS-0410A Laser Ranging Module offers precise distance measurement, capable of measuring distances of over 4km for vehicles (2.3m×2.3m targets). It’s safe, accurate, and reliable, classified for human eye safety. It measures distances with a remarkable reach, ensuring accuracy within ±2m. Operates from -40°C to +60°C and can be stored between -50°C and +70°C. Lightweight at under 55g with compact dimensions ≤55mm × 41mm × 26mm. Laser wavelength: 1535nm. Customizable power supply voltage.
LSP-LRS-0510A Laser Ranging Module by Lumispot Tech ensures precise distance measurement, capable of accurately measuring distances exceeding 5km for vehicles (2.3m×2.3m targets). Classified for human eye safety, it measures distances with an accuracy of ±2m. Operates from -40°C to +60°C and can be stored between -50°C and +70°C. Lightweight at under 55g with compact dimensions ≤55mm × 41mm × 26mm. Laser wavelength: 1535nm. Customizable power supply voltage.
LSP-LRS-0610A Human Eye-Safe Laser Ranging Module from Lumispot Tech offers precise distance measurement, with a range of over 6km for vehicles (targets sized 2.3m×2.3m). Certified for human eye safety, it measures distances with high accuracy (±2m). Operates from -40°C to +60°C and can be stored between -50°C and +70°C. Lightweight at under 70g with compact dimensions below 72mm×45mm×35mm. Laser wavelength: 1535nm. Customizable power supply voltage.
Lumispot Tech’s LSP-LRS-0810A Laser Ranging Module provides precise distance measurement, accurately measuring distances exceeding 8km for vehicles (2.3m×2.3m targets). It’s classified for human eye safety and measures distances with a high level of accuracy (±2m). Operates from -40°C to +60°C and can be stored between -50°C and +70°C. Lightweight at under 120g with compact dimensions ≤80mm×47mm×59mm. Laser wavelength: 1535nm. Customizable power supply voltage
LSP-LRS-1010A Laser Ranging Module by Lumispot Tech ensures precise distance measurement with a reach of over 10km for vehicles (2.3m×2.3m targets). Classified for human eye safety, it offers remarkable accuracy (±2m). Operates from -40°C to +60°C and can be stored between -50°C and +70°C. Lightweight at 140g with compact dimensions 83mm × 68mm × 46mm. Laser wavelength: 1535nm. Customizable power supply voltage.
Lumispot Tech’s LSP-LRS-1210A Human Eye-Safe Laser Ranging Module provides precise distance measurement, capable of measuring distances over 12km for vehicles (targets sized 2.3m×2.3m). Certified for human eye safety, it measures distances with an impressive accuracy of ±3m. Operates from -40°C to +60°C and can be stored between -50°C and +70°C. Lightweight at less than 260g with compact dimensions below 101mm×60mm×70mm. Laser wavelength: 1535nm. Customizable power supply voltage.
Learn about the latest advancements in laser ranging technology.
Explore the importance of eye-safe lasers in various industries.
This analysis aims to highlight the key parameters that should be evaluated during the selection process, drawing insights from recent scientific research.
This analysis aims to highlight Market Overview of Range-Finding Products
Model Parameters |
LSP-LRS-0410A |
LSP-LRS-0510A |
LSP-LRS-0610A |
LSP-LRS-0810A |
LSP-LRS-1010A |
LSP-LRS-1210A |
Wavelength |
1535±5nm |
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Divergence Angle |
≤0.5mrad |
≤0.3mrad |
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Ranging Frequency |
1~10Hz |
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Max. Ranging Distance |
≥4000m |
≥5000m |
≥6000m |
≥8000m |
≥10000m |
≥12000m |
Min. Ranging Distance |
≤20m |
≤20m |
≤20m |
≤30m |
≤30m |
<50m |
Precision |
±1m |
±2m |
±2m |
±2m |
±3m |
|
Precision Rate |
≥98% |
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Distance Resolution |
≤30m |
According to your actual needs, choose the most reasonable overall design and planning procedures