Low Pressure Die Casting Machines For Brass For The Casting Of
Sanitary Fittings, Faucets, Water Meter Or Valve Bodies.
In low pressure casting process molten metal is filled directly
from the holding or casting furnace into the die or sand mould from
below, with low turbulence and with an absolutely controlled filled
casting process.
Low pressure die casting machines for brass for the casting of
sanitary fittings, faucets, water meter or valve bodies.
I.ADVANTAGES
1. Cost-efficient production
1.1. Multiple dies
1.2. Reduced melting loss
1.3. Increased yield (less circulating material)
1.4. One-man operation
1.5. Cost savings in subsequent stages of manufacture
1.6. For robot grinding low pressure die casting is a must
2. Humanization of the workstation
2.1. Ergonomic design of the workstation
2.2. Minimizing of smoke, heat, noise and danger of accidents
3. High quality castings and high-precision repeatability
3.1. Automated casting
3.2. Oxide inclusions in the casting are prevented by feeding metal
from inside the melt through the riser tube
II.CHARACTERISTIC
Fully automatic machine with two manipulators mounted on a rotary
turning device and one furnace for the cost-effective production of
high-quality casting products.
1) Capacity per shift (8 hours): approx. 700 castings
2) Fully automation of the low-pressure die-casting process, short
mold change time and flexible application, which is very suitable
for mass casting production;
3) Specifications
A. 2 manipulators on a rotary device, operated independently.
Operating Parameters can be edited independently. Two manipulators
either work at the same time; or one set changes the die, or the
other set is under maintenance.
B. Manually setting of the cores
C. Max die dimensions: 600 x400x240 mm
D. Quick die change flanges
E. Simple furnace control electrics
F. Die cooling and coating in a blackwash bath
G. Different die castings are equipped with separated feeders,
graphite baths and manipulators.
H. Large furnace melting rate, capacity is up to 700kg/h, for the
operation with 2 manipulators working together.
I. Drive by servo motor, with high precise, stable and efficiency
performance.
III.EQUIPMENT STRUCTURE
The equipment consisting of main components:
- Manipulator
- Casting device
- Induction furnace
- Unloading device
- Graphite bath
- Die cleaning device
- Crane
- Manipulators
- Hydraulic and drives system
- Pneumatic system
- Riser tube heating system
- Combination of ingot loader and scrap loader
- Control system
- Combination of ingot loader and scrap loader
- Other options are available on request
3.1 Manipulator
3.2 COMBINATION OF INGOT LOADER AND RECYCLING MATERIAL LOADER .
