Core Technology Sector

01

High Pressure Die-Cast : HPDC

Technology of inserting flow into the mold at high pressure and speed, allowing fast production of detailed products, high productivity, thin products with elegant casting surfaces.

  • Realization of engine lightening, high fuel effieciency
  • Complex forms and thin casting products can be produced
  • Mass production available ccompared to other casting methods
High Pressure Die-Cast : HPDC
02

High Vacuum High Pressure Die-Cast

  • Effective control on internal air bubble defects (~3cc/100g Al)
  • Heat treatment and welding available
  • Outstanding mechanical characteristics
  • High vacuum alloys applied (Silafont-36, etc.)
  • T5 and T6 heat treatment condition control according to the type of alloy
High Vacuum High Pressure Die-Cast
03

Low Pressure Die Casting : LPDC

Has high freedom in form and can develop products of complex forms.
A casting technique of injecting into the mold installed above the stock by pushing the flow against the gravity through the stock - by applying a pressure small compared to the clean casting and the flow surface within the sealed container to the gas (air or inert gas).

  • Excellent recovery rates, stable quality
  • Wide pool of materials for usage
Low Pressure Die Casting : LPDC
04

Gravity Die Casting : GDC

Technology of producing aluminum products by injecting molten aluminum into the mold under the Earth's gravity. Low in production efficiency, but allows manufacturing of aluminum products of detailed structures through relatively simple process. Moreover, like low pressure casting, freedom of form is high and development of products with complex forms is available.

  • Excellent casting quality compared to the methods of other companies (stationary)
  • Easy in designing casting schemes
  • High levels of freedom in mold configuration
Gravity Die Casting : GDC
05

Gravity Pressure Tilting Casting : GPTC

  • High mechanical properties required in diesel vehicles can be manufactured, in contrast to conventional methods
  • Combining the advantages of gravity casting +low pressure casting
  • Manufacturing method appropriate for the development of new engines (diesel block)
  • High strength properties through tissue density
Gravity Pressure Tilting Casting : GPTC
06

Quality Guard

Tool monitoring system utilizing CNC cutting machine RawData based on advanced AI improves anomaly detection performance and reduces misjudgments
Detecting and responding to anomalies through real-time monitoring at ms (0.001 second) levels, significantly reducing defects and improving productivity

Quality Guard