Compared with traditional die-casting equipment, the core advantages of the Magnesium-Aluminum Semi-Solid Injection Machine are:

• Optimized material structure: Using semi-solid forming technology, the magnesium-aluminum material is heated to the solid-liquid coexistence zone, and an electromagnetic stirring process refines metal grains into a near-spheroidal structure, significantly improving product density.
• Enhanced mechanical properties: Porosity is controlled below 0.5%, and tensile strength is increased by more than 30% compared with traditional processes.
• Lower forming temperature: The forming temperature is reduced by approximately 100°C, minimizing thermal shock to the mold and extending mold life by more than double.
• Green and safe production: No SF6 shielding gas is required; only ordinary mixed shielding gas is needed for safe operation, reducing energy consumption by 40%.

In terms of operation and precision, the machine is equipped with DKM’s self-developed intelligent control system incorporating AI algorithms, enabling precise regulation of temperature, pressure, and injection speed. Temperature control accuracy reaches ±1°C, and slow injection repeatability is < ±0.02 m/s. It can easily achieve one-shot forming of complex and thin-walled parts, with surface roughness of Ra 0.8 μm and dimensional tolerance of CT6 level, greatly reducing subsequent machining processes and material waste.

The DKM Magnesium-Aluminum Semi-Solid Injection Machine is compatible with various alloys including magnesium and aluminum. It can be widely used in mass production of high-end products such as new energy vehicle structural parts, robot joints, and foldable phone hinges, meeting lightweight and high-precision manufacturing demands across multiple fields.