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  • TC4MHR CORE series

TC4MHR CORE series

Compact telecentric lenses for sensors up to 4/3”

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TC4MHR CORE series features ultra compact telecentric lenses tailored for high-resolution sensors up to 4/3”.TC4MHR CORE lenses deliver excellent optical performances in a super compact shape. Thanks to the unique opto-mechanical design, these lenses offer very high resolution, nearly zero distortion and high field depth while saving up to 70% in length compared to similar FOV lenses on the market.

Our compact telecentric lenses can be mounted in several orientations thanks to the M6 threads located on multiple sides, even without clamping mechanics. For maximum flexibility, a special front mounting clamp is also available.

KEY ADVANTAGES

  • Excellent optical performances
    TC4MHR CORE telecentric lenses deliver excellent optical performances as other comparable Opto Engineering® telecentric lenses.
  • Extremely compact
    TC4MHR CORE lenses are up to 70% smaller than other telecentric lenses on the market.
  • Designed for flexibility and smart integration
    TC4MHR CORE lenses integrate a camera phase adjustment and can be mounted on multiple sides with or without clamps, allowing to cut the costs.
  • Save you money
    Systems integrating TC4MHR CORE lenses take much less space, resulting in lower manufacturing, shipping and storage costs.
  • Boost your sales
    A smaller vision system or measurement machine is the solution preferred by the industry.
Comparison of a "classic" telecentric lens (A) and a TC CORE bi-telecentric lens (B): TC CORE lens delivers best optical performance and is extremely compact.
Comparison of a "classic" telecentric lens (A) and a TC CORE bi-telecentric lens (B): TC CORE lens delivers best optical performance and is extremely compact.
<p>
	A- Vision system featuring a classic telecentric lens and a classic telecentric illuminator <br>
	B- Vision system featuring a TC CORE bi-telecentric lens and LTCLHP CORE telecentric illuminator
</p>

A- Vision system featuring a classic telecentric lens and a classic telecentric illuminator
B- Vision system featuring a TC CORE bi-telecentric lens and LTCLHP CORE telecentric illuminator

ADVANTAGES

Cost reduction

  1. Lower manufacturing cost due to less material employed
  2. Less space required for storage and use
  3. Lower shipment expenses due to smaller size
  4. Lower transportation risks

Sell more

  1. A smaller vision system or measurement machine is preferred by the industry
UP TO 4/3" SENSORS
Mag. 0.143 - 0.369 x
TCCR4M064-C
TC CORE series awards

TC CORE series awards

TC1MHR - TC4MHR CORE lens dimensions (A, B, C) and correct position of the sensor in relation to the lens:

disegno_TC2-TC4MHRCORE
Image shape dimensions (&Oslash;, x )
Image shape dimensions (Ø, x )
Main optical specifications Object field of view Advanced optical specifications Mechanical specifications
Part
number
Magnification Image
shape
dimension
Max
sensor
size
1" 1.1" 4/3" Working
distance
Working
ƒ/N
Telecentricity
typical
(max)
Distortion
typical
(max)
Field
depth
Mount Dimension
A
Dimension
B
Dimension
C
14.19 x 7.51 14.16 x 10.37 18.93 x 10.61
(x) (mm, mm) (mm × mm) (mm × mm) (mm × mm) (mm) (deg) (%) (mm) (mm) (mm) (mm)
1 2 3 4 5 6 7 10 10 10
TCCR4M048-C 0.369 Ø=22.1, x=18.8 4/3" 38.46 x 20.35 38.37 x 28.10 51.30 x 28.75 133.4 16 <0.08 (0.10) <0.08 (0.10) 6.1 C 77 108 187.5 Quote
TCCR4M048-F 0.369 Ø=22.1, x=18.8 4/3" 38.46 x 20.35 38.37 x 28.10 51.30 x 28.75 133.4 16 <0.08 (0.10) <0.08 (0.10) 6.1 F 77 118 156.7 Quote
TCCR4M048-E 0.369 Ø=22.1, x=18.8 4/3" 38.46 x 20.35 38.37 x 28.10 51.30 x 28.75 133.4 16 <0.08 (0.10) <0.08 (0.10) 6.1 M42x1 FD 16 77 112 189.6 Quote
TCCR4M056-C 0.314 Ø=22.0, x=19.2 4/3" 45.19 x 23.92 45.10 x 33.03 60.29 x 33.79 157.8 16 <0.05 (0.10) <0.04 (0.10) 8.4 C 94 111 196.5 Quote
TCCR4M056-F 0.314 Ø=22.0, x=19.2 4/3" 45.19 x 23.92 45.10 x 33.03 60.29 x 33.79 157.8 16 <0.05 (0.10) <0.04 (0.10) 8.4 F 94 120 166.8 Quote
TCCR4M056-E 0.314 Ø=22.0, x=19.2 4/3" 45.19 x 23.92 45.10 x 33.03 60.29 x 33.79 157.8 16 <0.05 (0.10) <0.04 (0.10) 8.4 M42x1 FD 16 94 114 197.6 Quote
TCCR4M064-C 0.275 Ø=22.6, x=18.7 4/3" 51.60 x 27.31 51.49 x 37.71 68.84 x 38.58 181.9 16 <0.05 (0.10) <0.04 (0.10) 10.9 C 101 123 204.1 Quote
TCCR4M064-F 0.275 Ø=22.6, x=18.7 4/3" 51.60 x 27.31 51.49 x 37.71 68.84 x 38.58 181.9 16 <0.05 (0.10) <0.04 (0.10) 10.9 F 101 133 173.8 Quote
TCCR4M064-E 0.275 Ø=22.6, x=18.7 4/3" 51.60 x 27.31 51.49 x 37.71 68.84 x 38.58 181.9 16 <0.05 (0.10) <0.04 (0.10) 10.9 M42x1 FD 16 101 127 206.2 Quote
TCCR4M080-C 0.221 Ø=22.3, x=19.0 4/3" 64.21 x 33.98 64.07 x 46.92 85.66 x 48.01 226.8 16 <0.05 (0.10) <0.04 (0.10) 17.0 C 119 145 223.7 Quote
TCCR4M080-F 0.221 Ø=22.3, x=19.0 4/3" 64.21 x 33.98 64.07 x 46.92 85.66 x 48.01 226.8 16 <0.05 (0.10) <0.04 (0.10) 17.0 F 119 153 193.4 Quote
TCCR4M080-E 0.221 Ø=22.3, x=19.0 4/3" 64.21 x 33.98 64.07 x 46.92 85.66 x 48.01 226.8 16 <0.05 (0.10) <0.04 (0.10) 17.0 M42x1 FD 16 119 147 225.8 Quote
TCCR4M096-C 0.186 Ø=22.5, x=18.6 4/3" 76.29 x 40.38 76.13 x 55.75 101.77 x 57.04 278.6 16 <0.05 (0.10) <0.04 (0.10) 23.9 C 139 172 249 Quote
TCCR4M096-F 0.186 Ø=22.5, x=18.6 4/3" 76.29 x 40.38 76.13 x 55.75 101.77 x 57.04 278.6 16 <0.05 (0.10) <0.04 (0.10) 23.9 F 139 176 218.6 Quote
TCCR4M096-E 0.186 Ø=22.5, x=18.6 4/3" 76.29 x 40.38 76.13 x 55.75 101.77 x 57.04 278.6 16 <0.05 (0.10) <0.04 (0.10) 23.9 M42x1 FD 16 139 172 251.1 Quote
TCCR4M120-C 0.143 Ø=22.3, x=18.2 4/3" 99.23 x 52.52 99.02 x 72.52 132.38 x 74.20 334.6 16 <0.05 (0.10) <0.04 (0.10) 40.5 C 181 220 277.7 Quote
TCCR4M120-F 0.143 Ø=22.3, x=18.2 4/3" 99.23 x 52.52 99.02 x 72.52 132.38 x 74.20 334.6 16 <0.05 (0.10) <0.04 (0.10) 40.5 F 181 223 248.8 Quote
TCCR4M120-E 0.143 Ø=22.3, x=18.2 4/3" 99.23 x 52.52 99.02 x 72.52 132.38 x 74.20 334.6 16 <0.05 (0.10) <0.04 (0.10) 40.5 M42x1 FD 16 181 220 283.9 Quote
Last update 07 Apr 2022

Notes

  1. Indicates the dimensions and shape of image, where "Ø =" stands for diameter and "x=" indicates the nominal image height and length (Tech Info for related drawing).
  2. With IMX387 (21.7 mm diagonal) sensors, the FOV of TCCR4Myyy-x lenses may show some vignetting at the image corners.
  3. Working distance: distance between the front end of the mechanics and the object. Set this distance within ± 3% of the nominal value for maximum resolution and minimum distortion.
  4. Working f-number (wf/N): the real f-number of a lens in operating conditions.
  5. Maximum angle between chief rays and optical axis on the object side. Typical (average production) values and maximum (guaranteed) values are listed.
  6. Percent deviation of the real image compared to an ideal, undistorted image. Typical (average production) values and maximum (guaranteed) values are listed.
  7. At the borders of the field depth the image can be still used for measurement but, to get a very sharp image, only half of the nominal field depth should be considered. Pixel size used for calculation is 3.45 μm.
  8. Object side, calculated with the Rayleigh criterion with λ= 520 nm
  9. Indicates the availability of an integrated camera phase adjustment feature.
  10. Due to the special shape of TCCR120xx it might be necessary to check the mechanical compatibility with your camera

Technical documents

Product user guide
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Back focal adjustment
pdf

Press & marketing content

Metrology white paper
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