Markets
Laser Processing Systems
High-precision motion and laser control for advanced processing
High-precision laser processing systems demand motion control solutions that deliver exceptional throughput, micron to sub-micron level accuracy, and tightly synchronized laser triggering. Whether for through glass via (TGV) or through silicon via (TSV) drilling, direct write lithography, laser direct imaging (LDI), PCB/FPCB cutting, or 3D micromachining, these applications require advanced servo control, sophisticated profile generation, and precise motion-to-process synchronization.
ACS Motion Control’s unique mix of competencies in advanced servo and AI-based control algorithms, multi-axis EtherCAT-based control systems, motion-to-process synchronization, and high-performance servo drive electronics, enables laser processing system OEMs to meet or exceed machine performance requirements and bring high-end equipment to market fast.
Key laser processing applications
- TGV and TSV drilling
- Thin film patterning
- Precision flatbed cutting
- Micro-LED transfer
- Wafer scribing and annealing
- Stent cutting
- PCB and FPCB drilling and cutting
- 3D micromachining
- Laser direct imaging
- PCB and FPCB cutting and drilling
Precision motion stage control expertise
- Linear motor stages
- Direct drive rotary stages
- XY stages, XYZ stages, XYZT stages
- XY gantry stages
- Z voice coil stages
- Precision servo and stepper ballscrew stages
Acs Capabilities
Key capabilities for laser
processing applications
Dynamic Error Compensation
Mechanical accuracy compensation to eliminate system imperfections
ServoBoost & ServoBoost Plus
Improve Motion System Performance with Unique Servo Algorithm
Markets
Accelerating motion control solutions & high-tech equipment innovation
Since our founding, ACS Motion Control has thrived on addressing precision motion control challenges in advanced semiconductor process control. Today, we are proud to provide motion control system solutions to equipment manufacturers in several high-tech market segments.
Ultra-precise, high-speed motion coordination
Compact, compliant, high-reliability control solutions
Ultra-precise, high-speed motion coordination
Nanometer stability for critical beam positioning