Quarton Industrial Red Dot Laser Module, 650nm, Class 2, Less Than 1mW, with APC Driver, 2.6~6V Operation Voltage, D10.5x19mm, VLM-650-01 LPT, Laser Head, Made in Taiwan
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VLM-650-01 LPT - Red laser dot, Class 2
En stock
0.20 kg
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Nuevo
Amazon
USA
- Its advantages include economical, easier manufacturing, and lower power consumption, making it ideal for battery-operated devices. It also performs well in low-light conditions or indoor environments. Positioning: Lasers with lower cost and lower power consumption are widely used for precise positioning in various industries. These include construction, robotics, and manufacturing, where the goal is to align equipment or products accurately. In such cases, cost-effectiveness and low power usage are important for continuous operation, especially in remote or mobile setups. Measuring: Lasers are commonly used in measuring instruments such as laser distance meters and levelers. Their ability to quickly and accurately measure distances, combined with low energy needs, makes them ideal for handheld devices or equipment used in both industrial and consumer applications. The affordability of these lasers also contributes to their widespread use in compact, portable measuring tools. Pointing: Red lasers, which are cost-effective and have lower power consumption, are commonly used for pointing applications. These lasers are employed in devices like remote controls, presentation tools, and other everyday consumer electronics. In these situations, energy efficiency and visibility in low-light conditions are significant advantages. Laser Sighting Device: Low-cost lasers with good performance in indoor environments are utilized in laser sighting devices, such as scopes in firearms, archery, or even certain sporting applications. Their affordability makes them accessible for consumer-grade products, while their efficiency ensures long-lasting use on battery-operated systems. Automotive Industry: Lasers with lower manufacturing costs and lower power consumption are useful in the automotive industry, particularly in sensors for vehicle positioning, lane departure warnings, and parking assistance systems. These lasers are embedded in affordable, energy-efficient systems that perform well in low-light conditions, improving the vehicle's functionality. Medical & Science: In medical and scientific fields, lasers with these characteristics are often found in diagnostic tools, low-energy surgeries, or measurement devices. Their ability to work efficiently with minimal power usage makes them suitable for portable medical devices or laboratory equipment, where cost and ease of manufacturing play a critical role. These lasers' combination of lower cost, easier manufacturing, and low power consumption makes them ideal for a range of practical applications in everyday devices, both for consumer use and in industrial or scientific environments. Their efficiency in low-light settings also enhances their versatility and practicality across diverse settings.
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Integrated Industrial Design for Reliable Performance: This 650nm red dot laser module features a precision-engineered structure that integrates an aspherical plastic collimating lens, red laser diode, and APC (Auto-Power-Control) driver circuit inside a durable solid brass housing. Manufactured in Taiwan, the module delivers stable and Class 2 laser output (less than 1mW), suitable for continuous industrial use. 2.6~6VDC Input Range for Easy Integration: Designed for simple electrical integration, the VLM-650-01 LPT operates across a broad 2.6~6VDC input range, making it ideal for OEM devices, automation equipment, measuring tools, alignment systems, and custom electronic applications. Versatile Red Laser for Cost-Efficient Industrial Applications: The 650nm red beam offers dependable visibility in indoor or low-light environments. Ideal for positioning, measuring, pointing, laser sighting, and general alignment tasks across woodworking, metal processing, textile machinery, food equipment, automotive systems, and scientific instruments. Precise Beam Optics with Stable Output: Featuring a 0.5 mRad full-angle beam divergence and an elliptical beam profile (approx. 5±1mm @ 5M), this module provides concentrated, reliable alignment for mid range industrial applications. Mean Time to Failure (MTTF): 10,000 hours at 25°C (77°F). Durable, Industrial, and Ready for OEM Integration: With a compact D10.5 × L19 mm (D0.413 × L0.748 in) form factor, the module combines optics, diode, and APC circuitry into a single package. The patented solid-brass housing enhances vibration resistance and heat dissipation. Connection type: lead wire (external power source required). Notice: Our laser modules are NOT laser pens and are NOT intended for general commercial or consumer use like standard laser pointer. They feature NO built-in switch or battery compartment and must be operated with an external power supply or battery holder.