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【Case Study】 FLOW-3D designs and develops die-cast magnesium alloy dashboard brackets

Application FLOW-3D design and development of die-cast magnesium alloy instrument panel bracket

【Case Study】 FLOW-3D designs and develops die-cast magnesium alloy dashboard brackets

Schaufler Tooling is a well-known German manufacturer of die-casting molds for large aluminium and magnesium alloys. The products mainly involve: aluminum-magnesium intake manifold, aluminum-magnesium transmission, oil pan, structural parts and body parts, engine block, etc.

Below is a 2.5 mm wall thickness of a die-cast instrument panel bracket (Jaguar X150) made by Schaufler Tooling.

【Case Study】 FLOW-3D designs and develops die-cast magnesium alloy dashboard brackets
【Case Study】 FLOW-3D designs and develops die-cast magnesium alloy dashboard brackets

Casting shape

Discussion 1: The influence of punch movement in the press chamber on the coil gas

【Case Study】 FLOW-3D designs and develops die-cast magnesium alloy dashboard brackets

The effect of punch movement in the pressure chamber on the coiled air

【Case Study】 FLOW-3D designs and develops die-cast magnesium alloy dashboard brackets

Optimized punch movement

Discussion 2: Mold design

【Case Study】 FLOW-3D designs and develops die-cast magnesium alloy dashboard brackets

Filling analysis (temperature distribution) of the original mold design

【Case Study】 FLOW-3D designs and develops die-cast magnesium alloy dashboard brackets

Filling analysis (temperature distribution) of the original mold design

【Case Study】 FLOW-3D designs and develops die-cast magnesium alloy dashboard brackets

Problems with the original design

【Case Study】 FLOW-3D designs and develops die-cast magnesium alloy dashboard brackets

The runners are symmetrical, but the parts are asymmetrical

Since the volume on both sides of the product is not the same, the symmetrical runner design had to be modified, and the simulation continued after the sprue was changed.

【Case Study】 FLOW-3D designs and develops die-cast magnesium alloy dashboard brackets

Filling analysis (temperature distribution) for the first correction

【Case Study】 FLOW-3D designs and develops die-cast magnesium alloy dashboard brackets
【Case Study】 FLOW-3D designs and develops die-cast magnesium alloy dashboard brackets

The location where the gas is last discharged from the mold

【Case Study】 FLOW-3D designs and develops die-cast magnesium alloy dashboard brackets

Filling analysis of the first correction (oxide film distribution)

【Case Study】 FLOW-3D designs and develops die-cast magnesium alloy dashboard brackets
【Case Study】 FLOW-3D designs and develops die-cast magnesium alloy dashboard brackets

The result of the distribution of the oxide film

【Case Study】 FLOW-3D designs and develops die-cast magnesium alloy dashboard brackets

Based on the distribution of the oxide film, define the location of the overflow

By applying FLOW-3D software to perform punch movement, filling analysis (temperature, coil gas, oxide film), etc., the mold design and process design are improved, and finally the perfect thin-walled die-cast magnesium alloy instrument panel bracket is produced.

【Case Study】 FLOW-3D designs and develops die-cast magnesium alloy dashboard brackets

Malu Technology invites you to the 2024 Foundry Expo & Die Casting Exhibition, and invites you to enjoy more exciting activities at the exhibition site! Learn more about our products and technologies and discuss innovative solutions for the industry.

【Case Study】 FLOW-3D designs and develops die-cast magnesium alloy dashboard brackets

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