Network Control Vms CNC Vision Measuring System With Coaxial Light

Fast and Accurate CNC Vision Measuring Network Control Systems With Coaxial Light

Product Introduction

The SP series CNC Automatic Vision Measuring Systems is designed specifically for large scale repeated measuring, it is with high speed, high effcient and powerful. 

It mainly used in precision measurement such as metal, glass inspection, mobile phone, scientific research, electronics, hardware and plastic, precision metal stamping plate, screen printing plate,  PCB board, LCDTFT,  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..

Technical Specification

Characterisitics

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.

7. High adaptability to a variety of measurement sensors; Flexible application scenarios

8. The column and base are made of high precision 00 grade granite structure, which is stable and reliable.

Motion Control System Features

• Using single circuit board structure in order to greatly reduce the number of wiring to improve reliability.
• Special design processor (ASP) to significantly reduce the number of electronic circuits and parts to improve reliability.
• Ultra high speed grating scale reading circuit and built-in EAD (absolute code decoder) allow AR series to use AS-80 high precision absolute scale, providing high precision, high resolution measurement.
• High speed, energy saving, high precision fully closed-loop AC servo control can provide positioning accuracy of up to 1um,
  in order to minimize the possible factors affecting measurement repeatability.
• Comprehensive 21 kinds of high precision geometric stereo space error compensation, providing the highest precision image and probe measurement.

F3 high precision closed loop auto zoom lens

Auto Zoom Lens Features:

3 million pixels high resolution auto zoom, auto focus, coaxial light lens

Closed loop servo control eliminates gear transmission gap and greatly improves the repeatability of the machine.

High precision and resolution ring scale specially developed and designed for full closed loop position feedback.

Coaxial light source can solve the darkness problem for deep hole measurement.

Fully closed-loop servo position feedback for fully automatic focusing

Three Axis of SPARTAN series AC servo motor system, providing high speed and reliable position measurement.

21 Items Mechanical Space Compensation

AR Network control System included the 21 orders volumetric compensation, with Ultra-high-speed linear encoder reading and built-in EAD (absolute scale decoder), that allow the system to use our  AS-80 high precision absolute scale, providing high accuracy and high resolution measurement.

2D / 3D Multiple Measurement

CNC Vision measuring machines can cooperate with the UK Renishaw high precision touch probe for the measurement as below: 

1. Height measurement: use probe to touch a standard plane and many other measuring planes, program will automatically get the height difference between measuring planes and the standard plane.

2. Plane measurement: touch at least three points in the measuring plane, right mouse click to finish, then you can get this plane's inclination and flatness.

3. Sphere measurement: use probe to evenly touch three points on the bigger diameter part of measuring sphere, then touch the top of the measuring

4. Cylinder measurement: touch three points around the cylinder at the same height, then touch another three points at another height, finally you can get the cylinder's radius and inclination.

5. Cone measurement: touch three points around the cone at the same height, then touch another three points at another height, finally you can get this cone's radius and inclination.

6. circle measurement: use probe to evenly touch at least three points on the measuring object, right mouse click to finish, then you can measure an inner circle.