Quarton Premium Red Circular Dot Laser Module, 650 nm, Class IIIa (3R) Industrial Projector, 3–6 VDC, VLM-650-62 LPA, Precision Alignment for Automation & Machine Vision up to 5 m, Made in Taiwan

Quarton Premium Red Circular Dot Laser Module, 650 nm, Class IIIa (3R) Industrial Projector, 3–6 VDC, VLM-650-62 LPA, Precision Alignment for Automation & Machine Vision up to 5 m, Made in Taiwan

• HIGH-PRECISION RED DOT LASER: VLM-650-62 LPA emits a sharp, uniform red circular dot (<3 mm from 0 to 5 m) for precise alignment, positioning, measurement, and guidance. Ideal for automation, robotic calibration, and optical system setup requiring pinpoint accuracy
• INDUSTRIAL-GRADE BUILD QUALITY: Constructed with a stainless steel housing (Ø10 × 40 mm) and a high-precision aspherical glass lens, this laser module is engineered for 10,000 hours of operation life and exceptional durability in industrial environments.
• ENGINEERED PERFORMANCE SPECIFICATIONS: Wavelength: 645–665 nm (Red); Laser Output: 3.5 ± 0.5 mW (Class IIIa / 3R); Beam Divergence: < 0.4 mRad; Operating Voltage: 3–6 VDC. Built-in protection circuits provide reverse polarity, over-current, and surge protection for stable operation
• RELIABLE UNDER DEMANDING CONDITIONS: Tested for vibration resistance (10–55 Hz, 1.5 mm amplitude) and rated IP65 for dust and moisture protection. Performs reliably within a wide temperature range of –20 °C to +60 °C, ideal for factory automation and machine vision applications.
• PRECISION FOR MULTIPLE INDUSTRIES: Crafted in Taiwan by Quarton, this module delivers accuracy for industrial alignment, metal and stone processing, robot guidance, medical instrument alignment, and optical testing systems.
• Designed for precision applications across short to mid-range, this laser module offers exceptional accuracy in alignment and positioning for automation, robotics, machine vision and inspection system. Ensuring precise visible calibration and leveling in demanding industrial settings, medical and laboratory targeting, production line alignment, and optical sensing. It is also a laser source for testing, education, and R&D innovation.