Two-in-one blasting machines:
single chip-cleaning and grain blowing.
2.
Small space required and
powerful dust cleaning, making the placement of the machine
easier and the working environment cleaner and more comfortable.
3.
The design
of placing and retrieving of chips by a one-side fixed point.
At operation only one man is needed for carrying out the production.
Placing or retrieving will not interfere with a simultaneous
check on the processing chips and thereby the yield and the
pass rate are enhanced.
4.
The speed of the main turntable can
be micro-adjusted for the speed of the turntable according to
the requirements of the production.
5.
The small turntable is to fix workpieces
with a special vacuum sucking device. Air pressure and airflow
are powerful and stable, which insures the safety in the process
of workpiece processing.
6.
The filter for multi-filtering
can screen out trifles and miscellaneous articles, reducing
the rate of broken chips to the minimum.
7.
The blasting can effectively
lead sands to crash the chip, enabling all grains to produce
an integral true circle and a beautiful slant surface.
8.
The stable cyclone separator
can effectively separate dust and make the blasting more
smooth and, with the design of an effective sand recycle,
the production of noise can be reduced considerably. Thus,
the working environment can be made quieter and more comfortable.
9.
With the compact design,
the operator can easily operate smoothly without sophisticated
skills and blasting machines can be constantly kept at
a highly effective production.
Introduction
of new products- Blasting-proof protective films (specific for silicon
chips blasting, cut into small circular and sheet grains)
Application
of blasting-proof protective films. The main feature is
that at blasting the crack between film boards will not
have any remnant gel. At the beginning of blasting, the
chip is blasted, so during the processing the blasting
and carving can be performed, saving energy and processing
time. The blasting time it requires is reduced by about
40% than the wax coating. (Note: Because with the wax
coating, when the workpiece is pasted, wax will be left
in the space of the protective iron pieces, the thickness
reaching up to 0.4mm, at blasting time should be spent
on reducing blasting time and after the wax is blasted
are the blasting and carving started. Besides, the sand
is very easily mixed in due to remnant wax resulting in
unsmooth blasting, so a lot of processing time is unconsciously
wasted.) The application of the new method, however, not
only solves the high rate of broken chips resulting from
the old protective iron pieces, which, after blasting,
easily produce heat and thereby is deformed; but also,
with the advantages of its powerful blasting protection,
secure pasting, and no deformation at crash, greatly enhances
the successful rate of yield. In addition, this product
can be molded and mass-produced in Taiwan and thereby
can meet the demands of small-quantity-and-many-pattern
production for Taiwanese manufacturers.
