|Coordinate Measuring System
|High Resolution SONY CMOS Camera
|0.01μm Absolute Scale
3 Axis CNC Vision Measuring System,
Linear Encoder CNC Vision Measuring,
0.01μM Linear Measuring Machine
SP3020 Automatic Vision Video Measuring Machines With 3 Axis 0.01μm Linear Encoder
The SPARTAN series Video Measuriement Machines is designed specifically for large scale repeated measuring, it is with high speed, high effciency and powerful function.
It widely used in dimensional accuracy measurement of various Aerospace, mobile phone, scientific research and teaching, electronics, hardware and plastic, precision metal stamping plate, screen printing plate, acrylic plate, LCP film, PCB board, LCDTFT, glass cover plate, TP, frame of ultra-large LCD, die cutting, backlight module group, as well as for auxiliary measurements such as reverse engineering graphic R & D, design, drawing editing,laboratory inspection, etc..
When putting a workpiece on the work table, its image is captured and exported to the computer through transmission or reflecting lighting of the device, then by using software functions like video, measuring together with work table translating, coordinate collecting, user can take measurements like circle, line, distance to the workpiece. Excellent software performance that supports spatial coordinate rotation, batch measurement and SPC result classification can be carried out when workpieces are randomly placed or fixtures are used.
|Overall Dimension (mm)
|Work Table Glass Size(mm)
|Max Table Load(kg)
|Measurement Accuracy (μm)
|Optical Magnification 0.7-4.5X, Image Magnification 20-125X
|Axis Display Resolution
|Eight areas up light source with two laser positioning system
|Automatic, control by mouse, joystick or keyboard
|Automatic Zoom, automatic focus optical coaxial lens
|High-resolution SONY CMOS global shutter camera
1. The X / Y / Z three axes of the Absolute Linear Scale is independent researched and developed, with a resolution of up to 0.01 μm
2. F3 high precision closed loop auto zoom lens.
3. The special designed motion controller of Vision measuring machine using Ethernet transmission, which is efficient and reliable system, can solve the disadvantage of unstable USB transmission.
4. High-resolution SONY CMOS sensor of image processor to ensure the image is clear and without smearing.
5. The up light source using eight areas partitioned independent control lighting system, and the light-emitting element using low-attenuation LED to extend working life.
6. Independently developed multi-function 2D and 3D measurement software, the measurement results can be output to DXF, Word, Excel, PDF and other formats.
F3 high precision closed loop auto zoom lens
Combine with the high-precision, high-resolution ring scale developed and designed by Easson's F3 lens, full closed-loop position feedback, include the coaxial lighting function, the image multiple repetition error caused by the gear transmission gap is eliminated to Improve the repeatability of the overall measurement.
Mechanical space compensation
Error compensation is to artificially create a new original error to offset the original original error that is currently a problem, and try to make the two equal in size and opposite in direction, so as to achieve the purpose of reducing processing errors and improving processing accuracy.
Vision Measurement Machine's Network control System PCB which is built in 21 orders volumetric compensation, with Ultra high speed linear encoder reading and built-in EAD (absolute scale decoder) , providing high accuracy and high resolution measurement.
Powerful Measurement Accessory
UK Renishaw high-precision touch probe for 2D / 3D composite measurement:
Height measurement, ball measurement, inclined surface measurement, thickness measurement, flatness measurement, squareness measurement and other three-coordinate measurement functions etc.
With high precision Keyence or Panasonic laser probes, it can solve the problem that images and probes can not be measured. For high speed measurement of flatness and fine concave and convex points, V-angle and high precision curved surface scanning, etc.
Contact Person: Tony