Juki FX-3RAL
high-speed modular placement machine, honing the high-speed and high-precision
technology, through the use of high-efficiency new linear servo motors, light
weight and high rigidity of the placement head assembly, and optimized
placement procedures, Achieved a mounting speed of 0.040 sec/chip (90,000CPH)
(optimal condition).
FX-3RAL high-speed modular
placement machine, rigid dual linear drive, magnetic levitation linear motor
drive (improved the shortcomings of low speed and high noise in the original
servo rotary motor screw nut; the linear motor uses magnetic levitation
technology, No friction, no resistance during movement, high speed and long
service life. The linear drive linear motor is
driven by the magnetic field in the magnetic groove to move back and forth in a
straight line, without friction and wear, the equipment is not easy to wear,
the accuracy is maintained for a long time, the service life is long, the
acceleration is several times faster than the general transmission mode, the
production efficiency is high, and the follow-up is put into maintenance. The
device is small, once put into lifetime use.)
Fully enclosed control, high-speed and high-precision positioning
through Y-axis double drive. Long-term
maintenance-free through the use of linear motors.
A new generation of FX high-speed,
high-precision, high-reliability modular placement machine FX-3RA: Based on the
“3E EVOLUTION” theory advocated by JUKI, it is a new FX series model that is
constantly changing and redesigned. FX-3RA: The XY axis adopts a new type of
linear motor, and the acceleration is improved through the light weight and
high rigidity of the placement head; the overall optimization of the placement
operation sequence is realized, and the production capacity can reach an
astonishing 90,000CPH (0.040 seconds/ chip: optimal conditions).
With the “mixed feeder
specification”, electric tape feeders and mechanical tape feeders can be used
at the same time. Used with KE-3010/3020V to produce a high-speed, high-quality production line.
