Double Sided SMT Auto Mounter EMI And CVL Laminating Machine

Fully Automatic Double Sided Cover Layer Auto Mounter, EMI and CVL laminating machine for FPC blank plate manufacturing

INFINITE™ Fully Automatic Double-Sided Cover Layer Auto Mounter is a double-sided EMI and CVL laminating machine used for FPC blank plate manufacturing process. This INFINITE™ Series Fully Automatic Double-Sided FPC Lamination Machine (flex PCB overlay lamination process) has user-friendly operation software and is easy to set up and change models. The software runs through Windows 7 operating interface. This double-sided cover layer automounter machine is capable of covering the front and back EMI and CVL can be combined at the same time. Capable of storing 1000 species and programmable by visual teaching (repeat production change for about 5-15minutes, new product change within 30 minutes).

Features:

• EMI and CVL lamination in FPC blank plate manufacturing process.
• Easy to operate and quick to change.
• The front and back EMI and CVL can be combined at the same time.
• Independent research and development of software and hardware.
• X, Y, 0 alignment using linear motor+DD motor alignment, high-speed, high precision, using the way of heating both the upper and lower platforms, more efficient fitting.
• The detection function is added to the tear film mechanism. When the film is not opened, the second opening action is carried out which greatly improves the success rate of the tear film.
• By adding the function of the turning plate, the equipment can film both sides of FPC at the same time, reduce the transfer process of FPC and improve the yield of FPC.
• The film cleaning function is added. The dust roller and plasma air bar are used to remove dust, which effectively reduces the detection rate.
• The dust removal rate of + plasma is reduced, and the dust sticking rate is reduced.
• The throwing function of the plate and membrane is added. When the MARK point is not recognized, the material will be thrown automatically, which reduces the manual intervention and improves the running smoothness of the equipment.