China Shaft Size Image Measuring Machine | Precision Equipment Suppliers and Factory Solutions
Shaft size image measuring machine
The machine structure includes a precision rotating index plate, Z-axis moving device, chuck device and ejection pin mechanism. Combined with the Line scan imaging device, it can measure shaft workpieces.
Shaft dimensional tolerance measurement, tool measurement.
CCD detector
The orthogonal robotic arm combines with the CCD image recognition system to identify the workpiece contour.
Workpiece contour identification.
Keyboard test machine
Use a three-axis motion platform to carry an access control keyboard and use the Z axis to press the keyboard, and develop a human-machine operating interface to conduct automatic testing of the access control keyboard function, IO and communication functions.
keyboard testing.
Memory card placement machine
Use PLC to integrate the three-axis displacement platform and the conveyor belt, and develop a human-machine operation interface for the user to do settings, to pick up and place the memory card, tray to tray or the conveyor belt to tray to complete the memory card assembly.
Pick-up placement and monolithic material application.
Gantry type dry ice cleaning machine
- Using servo motors on XYZ axes.
- Integrate dry ice machine, dust collection, exhaust filtration system and various sensors.
- PC software operation interface.
- Hand wheel for position guiding
- The program automatically generates paths for cleaning
Dry ice cleaning of large workpieces, target cleaning and other applications.
Hollow precision XY motion positioning platform
- Linear motor drive
- Optical scale feedback
- Accuracy: ±3μm
- Straightness: ±2μm
- The hollow workbench is suitable for AOI measurement.
- Use laser interferometer to calibrate and perform accuracy correction.
Inspection platform, robot arm calibration, AOI measurement.
Air-floating linear motor motion platform
It has XY positioning movement, and its structure is H-shaped. XY moves on the same plane, which can reduce the height of the platform and reduce the Abbe error. The guide rail uses an air-floating guide rail composed of air-floating bearings made of ceramic porous material. Its air-floating It has better stability. The driving device and feedback device use linear motors and optical rulers. The motion structure of this platform has low friction, has the advantages of fast movement, high precision, and fast settling time.
Exposure airborne platform, image measurement platform.
Nano-level high-precision positioning platform
The motion mechanism of the nanometer-level high-precision positioning platform mainly integrates an air-floating linear motor platform and a piezoelectric compensation platform. The feedback system uses a multi-degree-of-freedom laser interferometer measurement system and uses the piezoelectric compensation platform to correct the movement of the linear motor positioning platform geometric error, and the multi-degree-of-freedom dual-frequency laser interferometer positioning feedback measurement system has high resolution and fast response, so the positioning platform moves quickly and the positioning accuracy is high.
- X, Y axis stroke: 200mm×200mm
- Drive System: Linear Brushless motor
- Maximum Speed: 150mm/s
- Feedback: Laser Interferometer
- Measuring Resolution: 0.154nm
- Positioning accuracy: 50nm/200mm
- Straightness error: 50nm/200mm
- Yaw angle error: <0.5arcsec/120mm
Frequently Asked Questions (FAQ)
The Shaft Size Image Measuring Machine is primarily utilized for shaft dimensional tolerance measurement and tool measurement. It implements a precision rotating index plate, Z-axis moving device, chuck device, and ejection pin mechanism combined with a Line scan imaging device to accurately measure shaft workpieces.
The CCD detector utilizes an orthogonal robotic arm paired with a CCD image recognition system to scan, process, and identify the specific contours of a workpiece.
The Gantry Type Dry Ice Cleaning Machine integrates a dry ice machine, a dust collection system, an exhaust filtration system, and various sensors. It uses servo motors on the X, Y, and Z axes, features a hand wheel for position guiding, and utilizes PC software that automatically generates paths for cleaning.
The platform features a positioning accuracy of ±3μm and a straightness of ±2μm. It uses a linear motor drive and optical scale feedback, and is calibrated and corrected using a laser interferometer.
It features an H-shaped structure where the X and Y axes move on the same plane to reduce platform height and Abbe error. The system employs air-floating guide rails composed of bearings made of ceramic porous material, which minimizes friction and provides fast movement, high precision, and quick settling times.
It integrates an air-floating linear motor platform with a piezoelectric compensation platform. The feedback system uses a multi-degree-of-freedom laser interferometer measurement system, which directs the piezoelectric compensation platform to actively correct the geometric errors of the linear motor positioning platform.