OptiCentric®

The benchmark for lens centration

High-precision centration test devices, alignment, cementing and bonding systems.
The OptiCentric® product group represents the global standard for optical centration testing and manual and automated cementing and bonding of lenses and lens assemblies. With its extremely high degree of centration accuracy and integrated operation, OptiCentric® systems are indispensable in modern optics productions. It makes no difference whether the sample has a small or very large diameter, works in the visual or infrared spectral range, or is to be cemented, bonded or just measured: modular OptiCentric® systems permit a wide range of different applications and samples for optimum composition.

OptiCentric® 101

Centration testing taken to a new level

With its especially stable structure and an increase in processing speed by the factor of 4, the OptiCentric® 101 is increasing precision and efficiency.

  • Lens diameter from 0.5 mm to 225 mm
  • Precision < 0.1µm
  • Maximum sample weight of 20 kg on adjustment table
  • Motorized or manual stage with 500 mm travel path as standard

OptiCentric® 100

The industry standard for centration testing

The OptiCentric® 100 permits centration testing as well as cementing and bonding of lenses with a diameter of 0.5 mm to 225 mm.

  • Precision < 0.1 µm
  • Maximum sample weight of 20 kg on adjustment table
  • Motorized or manual stage with 450 mm travel path as standard, (optional 250 mm or 550 mm)

OptiCentric® 300

Reliable determination of the centration of large samplesThe OptiCentric® 300 can be used for measuring and aligning lenses with a diameter of up to 400 mm.

  • Precision < 0.1 µm
  • Maximum axial sample weight of 300 kg (without adjustment table)
  • Motorized stage with a travel path of 990 mm

OptiCentric® 300 UP

Stability for large and heavy samples

The granite base of the OptiCentric® 300 UP provides outstanding rigidity and long-term stability for the testing and alignment of lenses with a diameter of up to 400 mm.

  • Precision < 0.1 µm
  • Maximum axial sample weight of 450 kg
  • Motorized air bearing linear stage with a travel path of 1000 mm

OptiCentric® 600 UP

Precise centering of heavy weights
Lens assemblies with a diameter of up to 600 mm are centered and aligned safely using the OptiCentric® 600 UP.

  • Precision < 0.1 µm
  • Maximum axial sample weight of 900 kg
  • Motorized air bearing stage with a travel path of 1500 mm

OptiCentric® 800 UP

Largest samples – maximum precision

The OptiCentric® 800 UP is recommended for the testing and alignment of the largest sized lens assemblies ¯ up to a diameter of 800 mm.

  • Precision < 0.1 µm
  • Maximum axial sample weight of 1200 kg
  • Motorized air bearing stage with a travel path of 1500 mm

OptiCentric® 3D

Determine center thickness and air gaps in systems

The expansion stage 3D permits the complete opto-mechanical characterization of mounted optical systems using the OptiCentric®.

  • Combined measuring instrument for centration testing and center thickness/air gap measurement
  • Precision of centration measurement < 0.1 µm
  • Maximum measuring length of 800 mm

Dual

Lens assemblies with many lens surfaces

Every OptiCentric® can be equipped with a second measurement head for testing lens assemblies with more than 20 lens surfaces.

  • Centration testing of lenses and complex optical systems
  • Two measurement heads simultaneously determine the centration of more than 20 surfaces
  • Precision < 0.1 µm

OptiCentric® IR

Centration testing of IR lens assemblies

The OptiCentric® is enhanced by an IR-measurement head for the setup and testing of assembled infrared lens assemblies.

  • Automatic changeover between MWIR and VIS
  • Precision: 1 µm
  • High operating comfort: visual and IR systems are operated in the same way

LensAlign

Automated alignment and cementing

OptiCentric® with LensAlign makes a significant increase in alignment precision possible and manufacturing throughput.

  • Alignment precision better 2 µm
  • Automatic alignment of the center of curvature of the upper surface to a defined axis using the SmartAlign technology
  • Automated process: software-controlled measurement, alignment and UV-curing

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