Computar Lens TEC-V1065MPW Telecentric Lens

USD 1,032.34

5MP 1.0X telecentric C-Mount lens for 1-inch sensors. Delivers 65.2mm working distance, 0.055 NA, and -0.023% distortion for precise optical measurement.

SKU Computar-TEC-V1065MPW Category
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Computar Lens TEC-V1065MPW Telecentric Lens

Model Identifier TEC-V1065MPW
Official Part Number TEC-V1065MPW
GTIN Standard NA

Technical Overview

5MP 1.0X telecentric C-Mount lens for 1-inch sensors. Delivers 65.2mm working distance, 0.055 NA, and -0.023% distortion for precise optical measurement.

Key Features

  • Compatible with 5MP machine vision sensors on 1-inch cameras
  • Optimized for a fixed 65.2mm working distance
  • Provides a 1.0X optical magnification factor
  • Extremely low TV distortion correction (-0.023%) up to the furthest corner
  • Standardized C-Mount integration for widespread industrial compatibility
  • High resolving power of 6.0μm for detecting micro-defects
  • Robust industrial casing engineered for -10°C to +50°C operation

Ultra-low -0.023% TV distortion combined with a telecentric optical path for true continuous magnification and flawless sub-pixel metrology.

Technical Specification Matrix

ParameterValue
Lens TypeTelecentric
Sensor Compatibility1-inch (Max. Image Format φ16mm)
Resolution5 Megapixel
Magnification1.0X
Working Distance65.2mm
Effective F Number9.0
Field of View (1-inch)12.8mm(H) x 9.6mm(V)
Resolving Power6.0μm
Depth of Field0.72mm
Numerical Aperture (NA)0.055
TV Distortion-0.023%
Back Focal Length17.0mm
Flange Back Length17.526mm
MountC-Mount
Operating Temperature-10°C to +50°C
Physical Weight (kg)0.16
Dimensions L x W x H (cm)14.38 x 3.1 x 3.1

Industrial Applications

1. Automated Optical Inspection (AOI)

Inspecting printed circuit board assemblies (PCBAs), fine-pitch IC components, and precision solder joints in high-speed manufacturing lines.

Problem Solved

Standard optical lenses produce parallax errors and edge distortion, reducing metrology accuracy on dense PCBs. This telecentric lens's -0.023% distortion and constant magnification ensure exact coordinate mapping.

TelecentricAOIMachine VisionDistortion ControlSub-pixel Metrology

2. Precision Machining Metrology

Inline automated dimensional verification of micro-milled and turned metal parts directly inside CNC manufacturing cells.

Problem Solved

Measuring complex 3D profiles requires a clear plane of focus without perspective shifting. The 0.72mm depth of field and precise 1.0X telecentric properties allow vision systems to accurately gauge hole diameters and gear teeth.

Metrology1.0X MagnificationDepth of FieldOptical MeasurementC-Mount

3. Medical Device Quality Assurance

Visual defect detection on precision medical devices, such as stents, catheters, and micro-fluidic chips.

Problem Solved

Detecting micro-scale blockages or mechanical flaws demands high sensor resolution. The 6.0μm resolving power combined with 5MP 1-inch sensor compatibility yields flawlessly detailed defect identification.

5 Megapixel6.0μm Resolving PowerDefect DetectionQuality Assurance1-inch Format
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