Premium Select Edmund Optics 35-168 Cr Series Fixed Focal Length Lenses Series [AsFPmEey]

Edmund Optics Fixed Focal Length Lenses

Discover the Premium Select Edmund Optics 35-168 Cr Series Fixed Focal Length Lenses Series [AsFPmEey], a reliable choice for high-performance imaging solutions. These precision lenses are designed with Stabilized Ruggedization, ensuring robust protection against damage. With their exceptional optical pointing and positioning stability, they maintain precise focus even after exposure to shock and vibration. The TECHSPEC® Compact Ruggedized (Cr) Series offers a range of fixed focal lengths, including the 16mm Cr Series Lens, compatible with a F8.0 aperture.

• Stabilized Ruggedization for durability
• Optical pointing and positioning stability
• Fixed focal length options for versatility

Product Properties and Specifications

The TECHSPEC® Cr Series Fixed Focal Length Lenses are engineered with precision to deliver exceptional performance. Each lens element is securely glued in place to minimize object shift on the image, ensuring accurate and consistent results. The robust mechanics feature a simplified focus mechanism and a stainless steel locking C-Mount clamp for secure installation. These lenses are designed to withstand heavy shock and vibration, maintaining the object to image mapping even in challenging environments.

• Individual lens elements glued for reduced object shift
• Robust mechanics with simplified focus
• Stainless steel locking C-Mount clamp for secure installation

Practical Uses and Target Audience

The Premium Select Edmund Optics 35-168 Cr Series Fixed Focal Length Lenses Series [AsFPmEey] are ideal for a wide range of applications. They are perfect for calibrated imaging systems such as measurement and gauging, 3D stereo vision, robotics and sensing, autonomous vehicles, and object tracking. With their ability to maintain precise object to image mapping, these lenses are a valuable asset in industries where accuracy and reliability are paramount.

• Calibrated imaging systems: measurement and gauging
• 3D stereo vision and robotics
• Autonomous vehicles and object tracking