A conventional hot chamber die casting tooling is usually made of two dies, the fixed die half, and the ejector die half. When the die casting machine clamps together, the two die halves are locked and held together by the machine's hydraulic or pneumatic pressure. The surface where the ejector and fixed halves of the die meet and lock is referred to as the die parting line. Once the dies are clamped together, injection takes place in the fixed die half. The cavity is fed through a sprue and runner system, which is filled with liquid metal each time a shot is made. It is common practice to add overflows to vent the tool in order to avoid entrapping of the air during the injection process. Although the conventional die casting technology has become one of the dominant methods people make parts, yet it still has its drawbacks; such as the ratio of part weight to scrap weight is too high, flash effects, expensive tooling, high energy consumption, etc.

Angelcast's multi slide hot chamber die casting helps solve these problems. Instead of using two die halves, Angelcast multi slide die casting machine consists of 2-6 slides all moving independently and each with its own die blocks. When the die casting machine closes, the die blocks form a complete cavity to inject the material. Instead of feeding the cavity through a sprue and runner system, it is directly injected through the parting line, thus eliminating sprue and flash effects.

Ⅰ．Evolutionary multi-slide design, mold design diversity, wide selection of mold parting directions (2-6 directions), the core can be removed from any angle and direction, surpass traditional mold limitations, reduce secondary operations. 

Ⅱ．High mold precision (0.005mm), suitable for high precision and high complexity parts production. Standardized mold to reduce mold production cost. 

Ⅲ．Unique parting line die casting method, eliminates the need of sprue, as the result reduction in material over 50% and saving in labor and energy. 

Ⅳ．High speed production, superior production cycle, up to 45 shots per minute and easy die changeover in 15 minutes.

Ⅴ．Fully hydraulic design, highly consistent parts quality, constant injection pressure, good parts density, and superior surface finish.

Ⅵ．Easy maintenance, reduction in floor space, energy, and material; as a result cost reduction.

Ⅶ．User-friendly design and controls, suitable for non-professionals. Forget about the traditional hot and oily environment. Clean working environment to improve staff's output.