Contact Person : Wei.feng
Phone Number : +86 18823383970
WhatsApp : +8618823383970
August 16, 2021
Today we will share Features of JUKI pick and place machine:
In addition to supporting IC or complex shaped heterosexual components, one machine also has high-speed placement capabilities for small components. At present, multifunctional equipment is favored in China. In this era of processing, no one can do everything. In order to survive, whether it is LED or PCB patch, it will be undertaken. Therefore, multifunctional equipment in the patch field has become the key.
JUKI pick and place machine has a strong ability to identify the deviation of the component: laser recognition mainly captures the shape of the component from the front side, which can reduce the influence of unstable factors such as the electrode shape and color of the chip component and ensure a stable high Identification of accuracy.
Reduce defective rate: Use component inspection function to improve placement quality: use laser recognition to monitor the suction of components through the screen before placement, which can prevent the defective placement of small components that cannot be identified by air pressure. Advanced post-placement component inspection and stand-up inspection functions reduce bad mounting.
Image recognition: JUKI's original component recognition system uses both laser recognition and image recognition (reflection recognition, transmission recognition)
A. Corresponding ability:
1. Image recognition technology: Depending on the shape, size, and material properties of the component, a laser recognition system suitable for high-speed placement of chip components and image recognition with high versatility can be used separately. In addition, special-shaped nozzles, universal imaging systems, etc. that support various special-shaped components are installed to further develop and improve the ability to support components.
2. Universal image system: This is a universal image system that can flexibly respond to evolving shaped elements. When data is compiled, part and overall confirmation of components can be confirmed in the preview screen, and the operation of identifying the edges and corners of the shape recognition component can further simplify data input and complete functions. High production performance: MNVC (Multi-Nozzle Vision Centering): This is a general-purpose imaging system that can flexibly respond to evolving irregular-shaped elements. During data compilation, part and overall confirmation of the component can be performed on the preview screen, and the operation of identifying the edges and corners of the component can be simplified, and data input is further simplified and the functions are more complete.
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