High Precision 3D Online SPI HMS-5 HMS-5-D Solder Paste Inspection by China Suppliers and Factory
Production Overview
It is used to detect and monitor the quality of solder paster printing. With the increasing precision of electronic products, chip components are becoming smaller and smaller, and the requirements for solder paster printing quality are gradually increasing. It can effectively guarantee the printing quality, improve the printing quality, reduce the defect rate of the product, save labor, and improve the production efficiency.
High speed can achieve maximum throughput
The all-digital high-speed CCD camera cooperates with the industrial telecentric lens, high resolution, ultra wide depth of field, ultra low distortion and unique parallel light design, etc. It can clearly image the circuit board and the tall components without strabismus.
Plate bending compensation solution
Real-time measurement and compensation of board bending (refer to ideal board), can reach less than 2mm; provide clear PCB images and measurement data online in real time.
3D raster projection head
Realize shadowless 3D detection without worrying about inaccurate measurement caused by shadows; five-step phase shift algorithm based on defocused sine grating stripes, height detection accuracy up to 1μm.
Man-machine interface with easy operation
Support Gerber, CAD import, support offline programming and manual programming, easy to operate, can switch between Chinese and English system; Through more intuitive software, display 2D/3D true color images to help users read bad; choose 2 commonly used Mark points.
High precision mechanical platform
With AC servo motor system, coupled with precision ball screws and linear guide pairs, ensures high-speed and accurate detection capabilities, fast and stable movement, and positioning accuracy of less than 10μm.
Supports Offline SPC
Display histogram/control chart and true-color three-dimensional stereoscopic image, and export reports and pictures at any time period to trace the root cause of badness from the detection results.