Interferometer utilizes the principle of phase-shifting interferometry to analyze the interference pattern and calculate the optical path difference at any point in the pattern, that is, the degree of inconsistency between the shape or inclination of the detected surface and the reference surface. The interference pattern reflects the condition of the measured surface.

Single lens reflective center deviation measurement

Single lens transmission based center deviation measurement

Effective focal length (EFL) measurement

On axis transfer function (MTF)

radius measurement

Back intercept (BFL) measurement

At present, it is mainly used for the basic dimensions, angles, distances of mechanical parts, tooling molds, irregular shaped parts, and optical components, as well as the selection of form and position tolerances and runout between elements. And it can accurately measure the actual radius values of large-sized (diameter 300-650mm) and large radius (R 3000+) optical components.

Used for testing projects such as direct transmission, variable angle transmission, partial scattering, scattering, variable angle absolute specular reflection, diffuse reflection, etc. for solar materials, glass, filters, thin films, coated optical materials, etc

Comprehensive control of light collimation and spot size

Complete measurements that other systems may take hours or even days to complete within minutes, significantly saving testing time and costs

The absorbance range has reached an unprecedented 10 Abs, making advanced material analysis no longer a challenge

Boxin is equipped with Mahr contour measuring instrument for high-precision measurement of non spherical mirrors.

Boxin is equipped with Zygo white light interferometer, which is a non-contact measurement method based on white light interference technology, used to measure various ultra smooth to rough workpiece surfaces.

Boxin is equipped with a digital cylindrical lens polarizer that adopts a horizontal structure, which can efficiently and accurately measure the inclination, offset, and wedge angle of the cylindrical lens busbar in a non-contact and non-destructive manner.

Boxin is equipped with a laser damage width tester, which uses a 1064nm water-cooled pulse laser with adjustable laser power density to irradiate optical lenses and films with laser radiation. High magnification microscopes are used to detect surface defects and calculate the damage width.