INCT GmbH
Automotive die casting components demand exceptional surface quality, dimensional accuracy, and machining stability. Conventional ball screw-driven machines often fail to meet these requirements due to inefficient axis reversal and unavoidable surface marks.
This machining solution features a direct-drive overhead gantry structure powered by INCT linear motors, enabling high dynamic response and seamless axis motion without mechanical transmission limitations.
Direct-drive motion increases machining efficiency by approximately 20%, supporting higher output without compromising quality.
Eliminates reversing marks commonly caused by screw-driven systems, delivering consistently high surface finish.
Maintains high positioning accuracy and repeatability, even during high-speed reversing movements.
Combines premium component performance with a cost-optimized system design for long-term operational value.
The customer achieved a stable, high-efficiency machining process with improved surface quality, enabling reliable production of high-standard automotive die casting parts.
Automotive die casting components demand exceptional surface quality, dimensional accuracy, and machining stability. Conventional ball screw-driven machines often fail to meet these requirements due to inefficient axis reversal and unavoidable surface marks.
This machining solution features a direct-drive overhead gantry structure powered by INCT linear motors, enabling high dynamic response and seamless axis motion without mechanical transmission limitations.
Direct-drive motion increases machining efficiency by approximately 20%, supporting higher output without compromising quality.
Eliminates reversing marks commonly caused by screw-driven systems, delivering consistently high surface finish.
Maintains high positioning accuracy and repeatability, even during high-speed reversing movements.
Combines premium component performance with a cost-optimized system design for long-term operational value.
The customer achieved a stable, high-efficiency machining process with improved surface quality, enabling reliable production of high-standard automotive die casting parts.