Opto Engineering PC 360° Pericentric Lenses
Capture an object's top and lateral sides with one camera and one image

Opto Engineering PC 360° pericentric lens Opto Engineering PC 360° pericentric lenses capture the top and lateral sides of an image in perfect focus in one image using a single camera. This design alleviates the need for multiple cameras and image matching software that's required by "multi-point" imaging systems. PC pericentric 360° lenses are designed to work with 1/3", 1/2" and 2/3" detectors to inspect objects up to 60 mm in diameter.

  • Inspect the top and lateral sides of an image with one camera in a single image
  • Suitable for outer inspection of objects
  • Designed for 1/3", 1/2" and 2/3" detectors for objects up to 60 mm
  • No need for image matching software
  • No perspective effects
  • Ideal for inspecting cylindrical objects

Opto Engineering 360° lenses are high quality lenses with superb optical performance. They are specifically designed for 360° inspection of objects, and are widely-used in machine vision applications such as automotive, pharmaceutical, and beverage inspection. There are many 360° lenses and options. Our Sales Engineers can provide expert advice and guidance on selecting the right lens for your machine vision 360° imaging application. Please contact us if you would like more information.


Product User Guide
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Quote
Part
number
Main optical specifications Field of view (diameter x height) Advanced optical specifications Mechanical specifications
Image
circle
diameter
Min
sensor
size
MinimumMaximum Working
distance
with
minimum
object
Working
distance
with
maximum
object
Angle
of
view
ƒ/NMountLengthDiameter
(mm)(mm x mm)(m x mm)(mm)(mm)(deg)(mm)(mm)
1 1 2
PC13030HP3.61/3"20.0 x 60.060.0 x 20.08020241.4 - closeC455.2157
PC12030HP4.81/2"20.0 x 60.060.0 x 20.08020241.4 - closeC451.5157
PC13030XS3.61/3"7.5 x 5.055.0 x 20.08520241.4 - closeC385.3116
PC12030XS4.81/2"10.0 x 5.055.0 x 15.08020241.4 - closeC381.6116
PC23030XS6.62/3"15.0 x 5.055.0 x 12.08020241.4 - closeC381.1116

Notes

  1. Working distance: distance between the front end of the mechanics and the object.
  2. Measured from the front end of the mechanics to the camera flange.

An object’s size and height determines the optimal working distance and recommended F-number. This Field of view selection chart shows the combinations of object diameters, height, working distance, recommended F-number, and "r" parameter (a ratio between the side view height and the detector short size.

r(%) = (Side view height px / Detector short side px) * 100


this image depicts the between the side view height and detector short side