Viral Edmund Optics 37385 Rugged Blue Series M12 Lenses Pro Version [H937nVwd]

Robust Blue Series M12 Lenses

Experience the precision and durability of the Viral Edmund Optics 37385 Rugged Blue Series M12 Lenses Pro Version [H937nVwd]. These lenses are designed for applications where reliability and stability are paramount. Engineered with stabilized ruggedization, they protect the lens from damage, ensuring minimal pixel shift and maintaining optical pointing stability even after exposure to shock and vibration. Each lens features several precision glass optics, securely glued in a compact, aluminum housing to prevent the smallest movements that can cause pixel shift.

Technical Specifications

The TECHSPEC Rugged Blue Series M12 Lenses offer a wide range of f/# options, from f/2.5 to f/8, catering to various imaging needs. These lenses provide object to image mapping stability, ensuring that the center of the object consistently maps to the center pixel, even after heavy shock and vibration. With a 6mm focal length and an f/8.0 aperture, they are ideal for calibrated imaging applications. Their compact design and high precision make them a perfect choice for measurement and gauging, 3D stereo vision, robotics, sensing, autonomous vehicles, and object tracking.

• Stabilized ruggedization for shock and vibration resistance
• Consistent image mapping for accurate measurements

Applications and Benefits

The TECHSPEC Rugged Blue Series M12 Lenses are engineered for the most demanding environments and applications. They are ideal for use in industries such as robotics, autonomous vehicles, and object tracking, where reliability and precision are critical. These lenses offer numerous benefits, including reduced pixel shift and maintained optical pointing stability, making them perfect for accurate and reliable measurements. With their wide range of f/# options and compact design, they provide a versatile solution for a variety of imaging needs.

• Ideal for robotics and sensing applications
• Enhanced stability for autonomous vehicles