The traditional hot die casting machine is usually composed of two modules, which are locked by oil pressure when closing the mold.
After the two modules are combined, the molten metal soup is injected into the mold cavity through the splitter and flow channel, so it is easy to cause air to be drawn into the mold cavity. In order to avoid this situation, the common practice is to add overflow wells around the finished product or design exhaust holes, resulting in a high proportion of waste. Although traditional technology has become the main manufacturing method, it still has many shortcomings, such as: high proportion of finished product and waste, slow production speed, easy to produce burrs The die has short service life, high cost and weight, high energy consumption, etc.
The unique mold design of Angelcast multi axis die casting machine solves the shortcomings of traditional die casting. The multi axis die casting machine uses 2~6 independent modules to replace the traditional combination of two modules. When the mold is closed, the molten soup is directly cast into the mold cavity through the parting line, which reduces the material consumption, saves energy, omits the secondary processing program, and greatly reduces the production cost.
1. Multi axis mold design, diversified structure, flexible parting surface selection (2~6 sides), can be drawn from any angle and direction.
2. Reduce the secondary processing of products.
3. The precision cross guide die base has high die precision (0.005mm), which is suitable for manufacturing precision complex parts.
4. The unique parting surface casting method eliminates the need for vertical runner (splitter) and saves more than 50% of materials.
5. The production speed is fast, the maximum mold times per minute is 45, and the mold can be replaced within 20 minutes.
6. Replaceable mould locking system, suitable for installing moulds of various sizes.
7. The whole machine is designed with oil pressure, stable production quality, stable injection pressure, good casting precision and excellent surface quality.
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Traditional | Angel Cast | Compare | ||
DVD BADIC BODY |
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weight(g) | 49 | 20 | save 59% |
Module times/min | 7 | 11 | save 57% | ||
PHONE |
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weight(g) | 70 | 30 | save 57% |
Module times/min | 7 | 13 | save 85% |
Item | M2 | M5 | |
Mould | Mold actuation number | 4-axis | 4-axis |
Size |
48x60 mm 60x60 mm |
101.6x101.6 mm | |
Trip |
2x38 mm(Up down) 2x38 mm(left right) |
2x50 mm(Up down) 2x50 mm(left right) |
|
Ejection stroke | 30 mm | 40 mm | |
Maximum mold opening size | 76 mm | 100 mm | |
Clamping system | Diameter of crankshaft oil cylinder |
Φ 50 mm |
Φ 70 mm |
Shot | Plunger diameter |
Φ 25 mm |
Φ 25 mm / Φ 30 mm |
Diameter of feed oil cylinder |
Φ 63 mm |
Φ 63 mm |
|
Plunger stroke | 35 mm | 35 mm | |
Ejection capacity (maximum theoretical value) | 110 grams |
110 / 180 grams |
|
Ejection (maximum recommended value) |
50 grams |
50 / 100 grams |
|
Electric heat of feed nozzle | 1.0 kw |
1.0 kw |
|
oil pressure | Oil pressure line pressure (maximum recommended value) | 120 kg | 120 kg |
Fuel tank capacity | 300 liters |
300 liters |
|
Clamping force (maximum) | 8 tons |
20 tons |
|
Empty acceleration | 35 / min |
35 / min |
|
Furnace (electric heating type) | heater | 14 kw | 14 kw |
Furnace capacity | 200 kg | 200 kg | |
Solubility | 60 kg/h |
60 kg/h |
|
motor | Main motor | 15 hp |
15 hp |