PRODUCT
レーザー干渉計販売

G60UⅡ Vertical Spherical レーザー干渉計

G60UII Vertical Spherical Laser Interferometer

The standard diameter of G60UII vertical downward spherical interferometer is Φ60mm, where the vertical structure is applicable to the in-process inspection done in optical workshop, platter inspection and optical lens inspection of various models by small lot. The spherical normal lens is F0.7, optional models include F0.6, F1.0, F1.4, F2.0, F2.8, F3.3, F5.6, F8.0 and F13, other F# lens can be customized; plane normal lens and relevant fixtures can be optionally selected to measure the plane lens.
Main applications: For the measurement of surface aperture, local deformation of spherical optical elements (including all kinds of glasses, plastic lens, spherical mirrors, aperture gauges, spherical bearings), and radius of spherical curvature(with grating scale).

1. Specification

Model G60UII
with radius curvature measure
Effective Diameter Φ60mm
Light Source Semiconductor laser (635nm)
Camera resolution 1024*1024
Optical-path Switch Electrically controlled switch between Align (Crosshair) and Test (Interference Field)
Normal Lens F0.7
Optional Lens F0.6, F1.0, F1.4, F2.0, F2.8, F3.3, F5.6, F8.0, F13 and Flat, etc.
Accuracy of reference lenses PV≦λ/20@632.8nm
Effective length of linear guide 540mm
Dimension (L X W X H) 400X300X1140mm
Weight 80KG
Power Source AC100-240V 50/60Hz

2. Sirius Interferometer fringe Software

3. Specification Table of Transmission Spheres

F# Radius of Curvature of Standard Surface (mm) Range of Measurement (Radius of Curvature) (mm) Max. Diameter of Measurement (mm)
Convex Concave Convex Concave
QY-60-F0.6 17 1~17 1~216 28 180
QY-60-F0.7 23 2~23 2~252 32 180
QY-60-F1.0 43 4~43 4~460 43 180
QY-60-F1.4 65 6~65 6~475 46 180
QY-60-F1.5 75 7~75 7~465 49 180
QY-60-F2.0 105 9~105 9~435 53 167
QY-60-F2.8 150 13~150 13~390 53 100
QY-60-F3.3 179 15~179 15~361 54 79
QY-60-F4.5 255 21~255 21~285 56 41
QY-60-F5.6 320 27~320 27~220 57 21
QY-60-F8.0 468 39~468 58
QY-60-F8D 495 495~1035 116
QY-60-F13 757 217~757 58