High Speed Technology JUKI KE3010 FX-3 JUKI Placement Machine

JUKI SMT Placement Machine High Speed Shooter KE2050 KE2060 FX-1R FX-2 FX-3

JUKI placement machine has the advantages of high speed technology, convenient for users to operate and meet customer needs.

Take JUKI FX-3 as an example:

Description:

JUKI FX-3 stands for ultra-fast, precise placement of micro-components on printed circuit boards. It is the perfect solution for companies wanting to process large volumes. Among the strong points of the FX-3 are short retooling times thanks to quick-change feeder banks as well as minimal maintenance. The user-friendly touchscreen interface plus the powerful optimisation software provide additional ease of use.

Features:

♦ High Productivity.

   The FX-3 achieves a mounting performance of up to 90,000 CPH(optimum) thanks to four independent cross-rails.

   Each with a six-nozzle     

   Placement head set on two mounting stations, providing the machine with 24 vacuum nozzles in total.

♦ Compatible Feeders.

   The FX-3 supports mechanical and electronic feeders that can be used optionally with feeder trolleys if required.

   This provides companies with the flexibility to keep using their existing equipment for the long term.

♦ User Friendliness.

   Includes a user-friendly operator interface with a 15-inch LCD touchscreen both at the front and the back of the machine intuitive to use.

   This allows users to create pick-and-place programs even without extensive technical knowledge.

Specifications:

SMT Industry:
♦ Manufacturing Department Production Workshop SMT Line.
♦ Proper operation of the fully automatic press ensures that the machine is operating properly, thus ensuring product quality.
♦ Solder Paste Printing Machine: Modern solder paste printing machine is generally composed of plates, tin paste, embossing, and transmission board. Its working principle is: firstly, the circuit board to be printed is fixed on the printing positioning table, and then the solder paste or the red glue is printed on the corresponding pad through the steel mesh by the front and rear scrapers of the printing machine, and the PCB which is uniformly printed is passed through. The transfer station is input to the placement machine for automatic placement.