INCT GmbH
A customer operating in the automotive and aerospace machining sector required a machine that could deliver both extreme processing efficiency and long-term stability in precision. To meet this need, the customer adopted the INCT full linear motor drive solution integrated into a horizontal 5-axis machining center, thereby achieving a significant boost in overall production performance.
1. Efficiency-Oriented Machining
• Rapid traverse speed (X/Y/Z): 120/120/120 m/min
• High acceleration (X/Y/Z): 16/10/30 m/s²
• Maximum feed force (X/Y/Z): 6,000 / 10,000 / 6,000 N
• Acceleration range: 0.8–2G, greatly reducing cutting cycle times.
2. High-Precision, Stable Operation
• Positioning accuracy: Tp = 0.008 mm (direct and absolute measurement)
• Maintains 0.01 mm machining accuracy over long production runs, ensuring stability and consistency.
3. Multi-Station Productivity
•Equipped with dual pallets or multi-spindle configurations, enabling “one machine, multiple functions” for significantly higher throughput.
• Extremely low speed fluctuation at low feed rates, ensuring superior surface finish in fine machining.
• Controlled thermal generation in the linear motor, minimizing thermal drift effects.
• Fully unleash the performance potential of the linear motor, combining cutting rigidity with high speed.
• Automotive: Impellers, brake calipers, scroll compressors, ABS valve bodies.
• Aerospace: High-precision machining of aluminum alloy structural parts and titanium alloy components.
Customer Benefits
• Reduced machining cycle times, increasing single-part efficiency by over 30%.
• Stable accuracy in long-cycle batch production, reducing rework and inspection costs.
• Doubled machine utilization rate, significantly shortening ROI cycles.
A customer operating in the automotive and aerospace machining sector required a machine that could deliver both extreme processing efficiency and long-term stability in precision. To meet this need, the customer adopted the INCT full linear motor drive solution integrated into a horizontal 5-axis machining center, thereby achieving a significant boost in overall production performance.
1. Efficiency-Oriented Machining
• Rapid traverse speed (X/Y/Z): 120/120/120 m/min
• High acceleration (X/Y/Z): 16/10/30 m/s²
• Maximum feed force (X/Y/Z): 6,000 / 10,000 / 6,000 N
• Acceleration range: 0.8–2G, greatly reducing cutting cycle times.
2. High-Precision, Stable Operation
• Positioning accuracy: Tp = 0.008 mm (direct and absolute measurement)
• Maintains 0.01 mm machining accuracy over long production runs, ensuring stability and consistency.
3. Multi-Station Productivity
•Equipped with dual pallets or multi-spindle configurations, enabling “one machine, multiple functions” for significantly higher throughput.
• Extremely low speed fluctuation at low feed rates, ensuring superior surface finish in fine machining.
• Controlled thermal generation in the linear motor, minimizing thermal drift effects.
• Fully unleash the performance potential of the linear motor, combining cutting rigidity with high speed.
• Automotive: Impellers, brake calipers, scroll compressors, ABS valve bodies.
• Aerospace: High-precision machining of aluminum alloy structural parts and titanium alloy components.
Customer Benefits
• Reduced machining cycle times, increasing single-part efficiency by over 30%.
• Stable accuracy in long-cycle batch production, reducing rework and inspection costs.
• Doubled machine utilization rate, significantly shortening ROI cycles.