62 results
High-resolution C-mount telecentric lens with 0.5x magnification, 65 mm nominal working distance, and built-in coaxial prism for use with up to 2/3-inch megapixel cameras.
High-resolution C-mount telecentric lens with 1.0x magnification, 110.3 mm working distance, and F10.49 aperture for megapixel cameras.
1.5x magnification C-mount telecentric lens with built-in coaxial prism, 110.8 mm working distance, and 2/3" sensor coverage for high-precision machine vision measurement.
High-resolution 1.5x magnification telecentric lens for C-mount megapixel cameras with coaxial illumination port and 65 mm working distance.
A 2.0x magnification, coaxial-type, high-resolution telecentric C-mount lens with a 110.8 mm working distance and 2/3-inch sensor coverage, designed for megapixel machine vision cameras requiring low-distortion measurement imaging.
High-resolution C-mount telecentric lens with 4.0x magnification, 65 mm working distance, built-in coaxial prism, and 0.02% max TV distortion for precision machine vision measurement.
High-resolution C-mount telecentric lens with 0.5x optical magnification, 110.8 mm working distance, and built-in coaxial prism for machine vision dimensional measurement.
1.0x magnification, C-mount, straight-type high-resolution telecentric lens for megapixel cameras with 68.8 mm working distance and 2/3-inch sensor compatibility.
High-resolution 1.0x telecentric C-mount lens with built-in coaxial prism, 68.8 mm working distance, and 0.01% max distortion for megapixel machine vision cameras up to 2/3".
High-resolution telecentric C-mount lens with 2.0x magnification and 110 mm working distance designed for up to 2/3" megapixel cameras.
The Basler Lens C11T-05-110-VI is a telecentric C-mount lens with a fixed 0.5x magnification, 110 mm working distance, 1.1" sensor format, and a variable iris.
The Basler Lens C11T-08-110-VI-C is a telecentric C-mount lens with a fixed 0.8x magnification, 110 mm working distance, 1.1" sensor format, variable iris, and an integrated light input.
The Basler Lens C11T-1-110-VI-C is a telecentric C-mount lens with a fixed 1x magnification, 110 mm working distance, 1.1" sensor format, variable iris, and an integrated light input.
The Basler Lens C11T-2-110-VI is a telecentric C-mount lens with a fixed 2x magnification, 110 mm working distance, 1.1" sensor format, and a variable iris.
The Basler Lens C11T-2-110-VI-C is a telecentric C-mount lens with a fixed 2x magnification, 110 mm working distance, 1.1" sensor format, variable iris, and an integrated light input.
The Basler Lens C11T-4-110-VI is a telecentric C-mount lens with a fixed 4x magnification, 108 mm working distance, 1.1" sensor format, and a variable iris.
The Basler Lens C11T-4-110-VI-C is a telecentric C-mount lens with a fixed 4x magnification, 108 mm working distance, 1.1" sensor format, variable iris, and an integrated light input.
The Basler Lens C12T-1-80-VI-C is a telecentric C-mount lens with a fixed 1x magnification, 80 mm working distance, 1.2" sensor format, variable iris, and an integrated light input.
The Basler Lens C12T-2-63-VI is a telecentric C-mount lens with a fixed 2x magnification, 63 mm working distance, 1.2" sensor format, and a variable iris.
The Basler Lens C12T-2-63-VI-C is a telecentric C-mount lens with a fixed 2x magnification, 63 mm working distance, 1.2" sensor format, variable iris, and an integrated light input.
The Basler Lens C12T-4-63-VI is a telecentric C-mount lens with a fixed 4x magnification, 60 mm working distance, 1.2" sensor format, and a variable iris.
The Basler Lens C12T-4-63-VI-C is a telecentric C-mount lens with a fixed 4x magnification, 60 mm working distance, 1.2" sensor format, variable iris, and an integrated light input.
The Basler Lens C23T-03-110-VI-C is a telecentric C-mount lens with a fixed 0.3x magnification, 110 mm working distance, 2/3" sensor format, variable iris, and an integrated light input.
The Basler Lens C23T-1-110-VI-C is a telecentric C-mount lens with a fixed 1x magnification, 108 mm working distance, 2/3" sensor format, variable iris, and an integrated light input.
How to size camera resolution from field of view and the smallest defect using the 3-5 px rule, plus why optics, lighting and bandwidth cap usable resolution.
When 20+ MP cameras earn their place in inspection: sensor formats, the optics and MTF challenge, bandwidth and interfaces, lighting uniformity, and single high-res vs multi-camera.
A practical engineer's guide to selecting machine-vision lenses: focal length from FOV and working distance, sensor format, resolving power, aperture, depth of field and telecentricity.
We help you choose telecentric lenses based on your application, FOV, working distance and environment.
