TECHSPEC in-line compact telecentric lenses are offered in a variety of working distance and magnification options. They feature a fixed aperture and focus to remain stable in operation on factory floors and assembly lines. The in-line port accepts 1/4-in. and smaller fiberoptic light guides.
Edmund Optics
Barrington, NJ, USA
-- Posted by Vision Systems Design
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NEW PRODUCT PRESS RELEASE
TECHSPEC In-Line Compact Telecentric Lenses
Ideal for Circuit Boards and Semiconductor Inspection
Barrington, NJ - Edmund Optics (EO), a provider of optical components, introduces its TECHSPEC In-Line Compact Telecentric Lenses. The lenses feature an ultra-compact design with a small footprint for ease of integration where space is at a premium. They feature large maximum sensor formats with the benefit of even front illumination for excellent accuracy and resolution.
In-line port accepts ¼" or smaller Fiber Optic Light Guides
TECHSPEC In-Line Compact Telecentric Lenses provide excellent telecentricity with very low distortion, which makes them suited for easy integration into gauging systems and for volume inspection applications. The in-line port accepts ¼-inch and smaller Fiber Optic Light Guides, making them ideal for imaging reflective objects and electronics. They are suited for a wide variety of demanding applications with limited space requirements such as circuit boards and semiconductor inspection.
Fixed aperture and focus
TECHSPEC In-Line Compact Telecentric Lenses were designed with the needs and requirements of our customers in mind. They are offered in a variety of working distance/magnification options. These lenses feature a fixed aperture and focus, which are ideal for implementation into factory floors and assembly lines, where the f/# and focus will remain fixed over time with no adjustments needed, saving time and resources.
Competitively priced for excellent value
TECHSPEC In-Line Compact Telecentric Lenses are ideal for a wide range of applications from single unit inspection stations to high volume implementation.
SOURCE: Edmund Optics
