C-Mount Telecentric

MORITEXMML1-HR65DVI-5M
Graftek Imaging
High-resolution models that possess the best contrast and NA of all MML Series. Image acquisition with even higher image quality is realized by combining these lenses with cameras with a high number of pixels, especially emerging 5 megapixel sensors.

Specifications

Magnification: 0.5-0.5
N.A. (Numerical Aperture): 7.0-7.0
Working Distance: 65-65mm
Type: Telecentric Lens
Max Sensor Format: 2/3 inch
Edmund Industrial Optics 34002
Graftek Imaging
TECHSPEC TitanTL Telecentric Lenses are designed for machine vision systems and metrology applications that require a large field of view. These lenses feature large maximum sensor formats, a variety of working distance and magnification options, and a rear filter holder on the back of the lenses to allow for easy filter integration. ...

Specifications

Magnification: 0.050-0.050
N.A. (Numerical Aperture): 8.0-8.0
Working Distance: 287-287mm
Type: Telecentric Lens
Max Sensor Format: 1/1.8 inch
Standard Telecentric Lens TL-T08X65D
Island Optical Systems Pte Ltd
Parallex errors are an everyday occurrence. We predict closer objects are bigger than objects far away. This appearance means that the objects magnification changes according to the lens’ distance from the image system. Telecentric lenses optically adjusts this appearance, so that the object looks the same regardless of the ...

Specifications

Magnification: 0.8-0.8
N.A. (Numerical Aperture): 1-1
Working Distance: 65-65mm
Type: Telecentric Lens
Max Sensor Format: 2/3 inch
TC23004 Bi-Telecentric Lens For 2/3″ Detectors
Thales
TC series bi-telecentric lenses represent the key component of any measurement system powered by machine vision: these lenses can truly take advantage of high-resolution detectors such as 5 MP - 2/3″, acquiring images with exceptional fidelity and precision. Opto Engineering® bi-telecentric design allows these optics to achieve ...

Specifications

Magnification: 2000-2000
N.A. (Numerical Aperture): 11-11
Working Distance: 56-56mm
Type: Telecentric Lens
Max Sensor Format: 2/3 inch
TCCP12144 Ultra Compact LARGE FOV Bi-Telecentric Lens
Thales
TC CORE PLUS series are large FOV telecentric lenses for area scan cameras, specifically designed for the latest generation 1/1.8” and 2/3” CMOS sensors. Their opto-mechanical design is ideal to measure large objects in a reduced space. TC CORE PLUS series are up to 45% shorter than other telecentric lenses available on the market. ...

Specifications

Magnification: 0.044-0.044
N.A. (Numerical Aperture): 8-8
Working Distance: 217.4-217.4mm
Type: Telecentric Lens
Max Sensor Format: 2/3 inch
TCCR12048 Bi-Telecentric CORE Lens For 1/2″ Detectors
Thales
These lenses deliver high-end optical performances and at the same time are up to 70% smaller than other double-sided telecentric lenses on the market, thus allowing to significantly downsize a vision system. The unique shape has been expressly developed for maximum mounting flexibility. TC CORE lenses can be mounted in ...

Specifications

Magnification: 0.134-0.134
N.A. (Numerical Aperture): 8-8
Working Distance: 132.9-132.9mm
Type: Telecentric Lens
Max Sensor Format: 1/2 inch
VS-TCH2-65-LQL1
VST America Inc
Telecentric lens for Optotune liquid lens.

Specifications

Magnification: 2.0-2.0
N.A. (Numerical Aperture): 0.072-0.077
Working Distance: 63.5-66.1mm
Type: Telecentric Lens
Max Sensor Format: 2/3 inch
VS-TEV0305
VST America Inc
1.1\" Variable Magnification Telecentric Lenses.

Specifications

Magnification: 0.3-0.5
N.A. (Numerical Aperture): 0.16-0.23
Working Distance: 221.5-125.8mm
Type: Telecentric Lens
Max Sensor Format: 1.1 inch
VS-THV05-80/S
VST America Inc
Optimized for 12MP 1.1\" 3.45um Cameras \"Equal O/I Optical Design\".

Specifications

Magnification: 0.5-2
N.A. (Numerical Aperture): 0.13-0.13
Working Distance: 82-82mm
Type: Telecentric Lens
Max Sensor Format: 1.1 inch
Kowa\'s LM1119TC
FRAMOS
Kowa\'s LM1119TC is telecentric from 0.5× – 1.0× magnification and able to resolve up to 21 megapixel for up to 4/3\" image sensors. All new telecentric lenses have very low distortion. They produce high contrast and resolution in both center and corners. In a telecentric optical system, there is no change in magnification when ...

Specifications

Magnification: 0.5-1.0
N.A. (Numerical Aperture): 1-1
Working Distance: 80-80mm
Type: Telecentric Lens
Max Sensor Format: Other
TEC-V7X 5 Megapixel 7X Macro Zoom Telecentric Lens
Computar Optics Group
This high performance lens incorporates 2 design functions. It operates both as a 7X macro zoom lens with 0.07X to 0.5X magnification and as a telecentric lens within the 0.25X to 0.5X magnification range.  It provides excellent brightness throughout the zoom range, maintaining 70% illumination at both center and corners. ...

Specifications

Magnification: 0.25-0.5
N.A. (Numerical Aperture): 4.3-32
Working Distance: 182-577.2mm
Type: Telecentric Lens
Max Sensor Format: 1 inch, 1.1 inch
MS-12Z-L1215 High Magnification Zoom Tube
Seiwa Optical
Compact telecentric lenses with 65mm working distances for φ17 camera mount.

Specifications

Magnification: 1.25-15
N.A. (Numerical Aperture): 0.03-0.28
Working Distance: 46.2-35.25mm
Type: Telecentric Lens
Max Sensor Format: 1/2 inch
FXZ - 2855 Telecentric Zoom Lens
Seiwa Optical
Telecentric zoom lens for 1.1 inch camera devices with various zoom ranges.

Specifications

Magnification: 0.275-0.55
N.A. (Numerical Aperture): 0.0245-0.0414
Working Distance: 150-150mm
Type: Telecentric Lens
Max Sensor Format: 1.1 inch
FXL-0305-VT-165 Variable Magnification Telecentric Lens
Seiwa Optical
This variable magnification telecentric lens have a long working distance of 165mm. It is also capable of focus, zoom and iris adjustments.

Specifications

Magnification: 0.3-0.5
N.A. (Numerical Aperture): 0.016-0.027
Working Distance: 164.7-164.7mm
Type: Telecentric Lens, Variable Magnification Lens
Max Sensor Format: 2/3 inch
SVL-0-5x-TC-64 High-Resolution Telecentric Lens
Seiwa Optical
High-resolution telecentric lenses for Large Sensors and Line Scan Cameras.

Specifications

Magnification: 0.5-0.5
N.A. (Numerical Aperture): 0.045-0.045
Working Distance: 160-160mm
Type: Telecentric Lens
Max Sensor Format: 2/3 inch
FXL-0-19x-120-C High-Resolution Telecentric Lens
Seiwa Optical
High-resolution telecentric lenses for 5 MP cameras. The lens have a working distance of 65mm and +100mm.

Specifications

Magnification: 0.19-0.19
N.A. (Numerical Aperture): 0.017-0.017
Working Distance: 120-120mm
Type: Telecentric Lens
Max Sensor Format: 2/3 inch
FVL LWD Compact Telecentric Lens
Seiwa Optical
Super long working distance compact telecentric lenses with C - Mount compatibility. Optional Fiber Port for Coaxial Illumination.

Specifications

Magnification: 0.3-0.3
N.A. (Numerical Aperture): 0.1-0.1
Working Distance: 200-200mm
Type: Telecentric Lens
Max Sensor Format: Not Specified
FVL-0-5x-65-CA-HR Compact High-Resolution Telecentric Lens
Seiwa Optical
Compact high-resolution telecentric lenses for 2 MP cameras.

Specifications

Magnification: 0.5-0.5
N.A. (Numerical Aperture): 0.0365-0.0365
Working Distance: 65-65mm
Type: Telecentric Lens
Max Sensor Format: 2/3 inch
FVL-0.5x-120-CA Compact Telecentric Lens
Seiwa Optical
Compact telecentric lenses with 120mm working distances for φ 17 camera mount.

Specifications

Magnification: 0.5-0.5
N.A. (Numerical Aperture): 0.027-0.027
Working Distance: 120-120mm
Type: Telecentric Lens
Max Sensor Format: 2/3 inch
FVL-0.5x-65-CA Compact Telecentric Lens
Seiwa Optical
Compact telecentric lenses with 65mm working distances for φ 17 camera mount.  

Specifications

Magnification: 0.5-0.5
N.A. (Numerical Aperture): 0.046-0.046
Working Distance: 65-65mm
Type: Telecentric Lens
Max Sensor Format: 1/2 inch
On FindLight marketplace you will find 20 different C-Mount Telecentric from suppliers around the world. With just a few clicks you can compare different C-Mount Telecentric and get accurate price quotes based on your needs and quantity required. Note that some wholesale suppliers may offer discounts for large quantities. From any product page you can directly contact any vendor within seconds.