SMD Pick and Place Machine M3

High Speed LED Chip Shooter (M3)

Description:
The 3rd-generation M3 multi-function chip Mounter is developed by joint efforts of all ETA R & D team at home and abroad, drawing on the basis ideas of advanced placement machines, it implements high speed, stability and accuracy operation. The 3rd-generation M3 chip mounter meets the high-density, reliability, miniaturization, multi-encapsulation, large capacity, high precision characteristics requirement of LED field, perfectly dealing with components 0603, 0805, 1206, 1210, LED 3014/3528/5050/5630, diodes, transistors, SOP and other packaging components, effectively improving the accuracy and efficiency.

ETA unique mounting pressure control system, full closed-loop mount control system in Z-axis placement process to ensure the effective height and placement accuracy.

ETA exclusive image recognition system uses digital identification and equips with new industrial cameras, recognition speed is slower than mounting speed, not affecting placement efficiency. Individual imaging of each component, no error.

The first domestically servo motor controlled independently arm with four heads to achieve a maximum speed 24, 000 CPH, excellent consistency patch effect, optimum placement speed and accuracy.

High precision hardware, imported top brands core parts to ensure placement precision like rail, screw, control systems, communication systems and so on.

Combination of LED lighting products and other imported SMT placement machines like Panasonic, Siemens, use the imported main beam structure of multifunction SMT machine, ensuring the simplicity of LED component height mount operations.

ETA independently develops the English operating system on the basis of imported placement machines to ensure the simplicity and convenience of the operator.

Adopt Panasonic digital pressure testing, with alarming component shortages function, even in the case of lacking of material and components, the operator can also replenish components, thus will not affect the production of the highest efficiency.