Your New Favorite Edmund Optics 62-913 Platinumtl™ Telecentric Lenses Collection [zMrDCNq3]

High-Performance Telecentric Lenses for Precision Imaging

Introducing the Edmund Optics 62-913 PlatinumTL™ Telecentric Lenses, the ultimate solution for semiconductor and electronics inspection, measurement, and gauging applications. These lenses are engineered to deliver exceptional image quality and precision, making them ideal for demanding environments. With their high telecentricity, low distortion, and high light throughput, the PlatinumTL™ Telecentric Lenses ensure accurate measurements and reliable results.

Technical Specifications and Features

The TECHSPEC® PlatinumTL™ Telecentric Lenses boast impressive technical specifications that set them apart. Featuring a high telecentricity of less than 0.1° and low distortion of less than 0.1%, these lenses provide sharp, clear images with minimal aberrations. They come with an adjustable aperture that achieves an f/6 when fully open, optimizing light collection and enhancing image quality. Compatible with large format 28.7mm diagonal sensors, these lenses support the Sony IMX342 APS-C sensor and similar format sensors like the Sony IMX530.

• High telecentricity for accurate measurements
• Low distortion for clear imaging
• High light throughput for optimal performance

Practical Applications and Target Audience

The PlatinumTL™ Telecentric Lenses are designed for professionals in the semiconductor and electronics industries who require precise and reliable imaging solutions. Ideal for high vibration environments, these lenses offer a removable recessed set screw for securing the iris in place, ensuring stability during use. Their unparalleled contrast levels and maximum image quality make them perfect for a wide range of applications, including

• Electronics inspection and testing
• Semiconductor manufacturing processes
• Optical measurements and gauging

With the PlatinumTL™ Telecentric Lenses, you can achieve the highest degree of measurement accuracy and enhance your overall imaging capabilities.