Usage:
The fully automatic large stroke composite image measuring instrument is suitable for all application fields with the purpose of two-dimensional coordinate measurement. It is widely used in high-end manufacturing industries such as LCD, LED display screens, touch screens, mobile tablets, large glass products, automotive accessories, large PCBs, film films, televisions, hardware, molds, instruments, plastics, precision electronics, precision machinery, etc.
Instrument features:
High precision marble base, columns, ensuring extremely high stability and rigidity
Taiwan’s high-precision linear guide rail and grinding grade ball screw
Panasonic fully enclosed servo motor from Japan, with adjustable speed
Imported German Heidelberg RSF high-precision non-contact grating ruler with a resolution of 0.0005mm
Programmable 5-ring and 8-zone circular surface light can meet lighting needs from different angles
Fully automatic zoom lens, changing magnification does not require taking a scale, saving calibration time and avoiding human error
Optional British Renishaw contact probe for 3D data measurement such as height and depth
Optional Japanese KEYENCE laser displacement sensor for tracking and measuring surface features of roughness and flatness
Optional spectral confocal sensor for measuring small and sensitive surfaces
arguments：
| model |
DMD1512 |
DMD2015 |
DMD2515 |
| X. Y-axis travel（mm） |
1500*1200 |
2000*1500 |
2500*1500 |
| Z-axis travel（mm） |
200(customizable） |
| X、Y、Z轴分辨率 (μm) |
0.5 |
| length standard |
HEIDENHAIN Grating ruler |
| accuracy (μm) |
2.5+L/150 L=The length of the measured workpiece, in units：mm |
| instrumentation |
Electric, Panasonic servo motor |
| Image detection device |
High resolution 1/2 “color CCD camera imported from Japan |
| Freeze frame zoom lens |
0.7X~4.5X |
| Video magnification |
23X~190X |
| Object field of view |
10.6mm~1.6mm |
| work distance |
90mm |
| measuring software |
Professional 2D automatic measurement software |
| light source |
Reflective lighting |
LED circular programmable light |
| Transmission lighting |
LED tracking bottom horizontal light |
| power supply |
AC100~240V 50/60Hz |
The fully automatic image measurement instrument is an advanced measurement device based on digital image measurement technology, which can achieve high-precision, fast, and non-contact measurement. This instrument is mainly used for size detection and quality control in modern manufacturing, and can meet the needs of modern manufacturing for high-speed and accurate measurement.
The working principle of the fully automatic image measurement instrument is mainly based on machine vision and image processing technology. It uses high-precision optical lenses and sensors, combined with computer technology and software algorithms, to achieve fast and high-precision measurements of various complex shapes and sizes. This instrument can measure a large number of samples in a short period of time without the need for manual operation, greatly improving measurement efficiency and accuracy.
The advantages of a fully automatic image measuring instrument include:
High precision: This instrument uses high-precision optical lenses and sensors, combined with advanced image processing technology, to achieve measurement accuracy at the micrometer or even nanometer level.
Fast: This instrument can complete a large number of sample measurements in a short time, greatly improving measurement efficiency.
Non contact: This instrument adopts a non-contact measurement method, which will not cause damage to the sample, and is particularly suitable for measuring fragile, soft or thin samples.
Automation: This instrument can achieve automated operations, reducing the errors and costs of manual operations.
Repeatability: The measurement results of this instrument have high repeatability, ensuring the accuracy and reliability of the measurement.
The application of fully automatic image measuring instruments is very extensive, including but not limited to the following fields:
Electronics industry: used for size testing and quality control of electronic components, integrated circuits, and flat panel displays.
Automotive industry: used for size inspection and quality control of automotive components, brake pads, tires, etc.
Hardware industry: used for size inspection and quality control of metal parts, screws, nuts, bearings, etc.
Medical devices: used for size testing and quality control of medical equipment, surgical instruments, and implants.
Precision manufacturing: used for size inspection and quality control of precision machinery, cutting tools, molds, etc.
Research field: used for high-precision measurement and analysis in materials science, biomedical, geological and other fields.
In summary, the fully automatic image measuring instrument is a very important modern measuring instrument with broad application prospects and huge market potential.
Demerton
