In the realm of precision photonics, understanding the distinction between a Laser Transmitting Antenna and a Laser module (also called laser transmitter) is critical for optimal system performance. Especially for 1535nm erbium glass laser systems—renowned for eye safety and harsh-environment reliability—choosing the right component…
In the dynamic landscape of solid-state laser technology, the 1535nm erbium glass laser has emerged as a standout solution, celebrated for its eye-safe operation, compact design, and consistent performance. As an Er:glass laser (erbium-doped glass laser) operating at a critical…
In earthquake disaster zones, every minute counts—traditional search and rescue (SAR) teams often struggle with limited visibility, unstable rubble, and time-consuming manual searches. But breakthrough drone technology, integrated with AI thermal imaging and laser rangefinder-powered point cloud modeling, is transforming…
The Challenge of Small Target Detection Conventional laser rangefinders struggle significantly when measuring small, low-reflectivity targets like consumer drones. Standard devices often fail beyond 300 meters when targeting a typical DJI drone, creating serious limitations for security, surveying, and defense…
For drone enthusiasts, engineers, and commercial UAV operators, integrating a high-performance rangefinder like the SFA2000B into your drone’s flight system is critical for tasks like precision landing, obstacle avoidance, and altitude hold. The SFA2000B—with its 2000m max range (nighttime), 3.3V-5V power supply,…
When it comes to reliable long-distance measurement, a high-performance handheld laser rangefinder is non-negotiable for professionals in surveying, outdoor exploration, and industrial fields. Today, we’re proud to introduce two game-changing laser distance meter series—born from a strategic collaboration between our…
If you work with laser rangefinder modules—whether for defense, UAV navigation, industrial automation, or environmental monitoring—you know their precision relies on protecting sensitive components from harsh conditions. Adding a well-designed enclosure isn’t just about physical protection; it’s about preserving the module’s…
When selecting a laser rangefinder module for applications like defense, UAV integration, or industrial automation, understanding key technical parameters is crucial for optimal performance. As a leading provider of optoelectronic solutions, SUNFLASER Technology emphasizes six critical factors that influence the…
Discover the 2025 breakthrough in micro-lidar technology. Explore how the SFA2000B, a laser rangefinder no larger than a 1-yuan coin, delivers high-precision distance measurement with superior performance. Learn about its specs, integration, and applications.
If you’re in the market for a laser rangefinder, whether for surveying, autonomous vehicles, or industrial automation, you’ve likely encountered a critical specification: the laser wavelength. Two of the common options are 905 nanometers (nm) and 1535 nanometers (nm). While…
Time-of-Flight (TOF) laser rangefinders deliver precise distance measurements, but unlocking their full potential requires mastering the host computer software. This guide walks you through installation, configuration, and data interpretation for optimal performance. 1. Software Installation and Setup Decompress and Launch…
Innovative laser rangefinder modules, infrared cameras, and stabilized EO/IR systems take center stage at the world’s premier tech event. DUBAI, UAE – Sunflaser Technology (Chengdu) Co., Ltd., a leading optoelectronic enterprise specializing in advanced laser and electro-optical systems, is proud…
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