September 27, 2022


Maximize Throughput of Large Field Laser Processing

Traditional laser processing of large workpieces with galvo scanners and motion stages involves a step and scan approach, which is subject to stitching errors and limited throughput. To achieve higher throughput and accuracy, ACS Motion Control Ltd. and SCANLAB GmbH jointly developed XL SCAN, a solution that fully synchronizes the control of galvo scanner(s) and motion stages. XL SCAN provides laser processing OEM machine builders the highest precision large format processing solution in the market.

September 27, 2022

Universal Servo Drive Technology

Increase Machine Design Flexibility with Universal Motor Support

High-tech OEM systems often employ a variety of motor technologies. With Universal Servo Drive Technology, ACS drives offer OEM machine builders a common platform for controlling all motor and stage technologies in the machine. This enables maximum flexibility to select best-in-class mechanical solutions for the application.

September 27, 2022

Soft Touch Landing

Maximize Throughput with Force-Controlled Soft Landing

Semiconductor, flat panel display, and electronics test and assembly equipment can involve repeated physical contact between highly sensitive instruments and devices under test. To achieve high rates of machine throughput, ACS motion controller and drive solutions offer unique capabilities that enable soft landing at high speed.

September 27, 2022


Increase throughput and reduce jerk and disturbances caused by complex CAD/CAM generated motion paths in laser processing and additive manufacturing applications. Improve constant velocity control while synchronizing process tasks to motion. SmoothPath for 2 axis motion paths is available with MotionBoost™ license in SPiiPlus series motion controllers.


Contact ACS Motion Control for 3+ axis applications.

September 27, 2022

Smarter Gantry Control

The Ultimate MIMO Gantry Control Algorithm

Gantry stages are used in many high-performance motion control applications. Powered by unique multi-axis Servo Processor technology, ACS offers advanced MIMO (multi-input multi-output) gantry control algorithms that simplify the configuration and tuning process of gantry stages and enhance their accuracy, throughput, and stability.


September 27, 2022

Smarter Autotuning

Achieve high levels of motion system performance and stability, faster. Smarter Autotuning, combined with the new Frequency Response Function Analyzer, provides an integrated solution intended to both simplify tuning and maximize motion performance, bandwidth and stability. Smarter Autotuning is a standard feature available in the MMI Application Studio.





September 27, 2022

SinCos Encoder Compensation

Improve Accuracy with Adjustable SinCos Encoder Compensation

In ultra-high-resolution positioning applications, motion performance may be improved by optimizing the SinCos encoder amplitude, phase, and offset. Many ACS motion controller and drive solutions support this functionality along with software tools to simplify the optimization process.

September 27, 2022


Improve Motion System Performance with Unique Servo Algorithm

High-tech OEM machine builders use high-precision motion stages to achieve high levels of throughput and micron to sub-micron level accuracy. ACS’ ServoBoost algorithm leverages powerful Servo Processor technology and modern control theory to outperform PID-based algorithms – a must-have for applications with demanding move and settle, standstill jitter, and constant velocity requirements.

September 27, 2022

Servo Algorithm Customization

Optimize Motion System Performance With Application-Specific Algorithms

High-tech OEM machine builders need to push the limits of achievable accuracy and throughput. When requirements demand custom stage designs to meet aggressive performance targets, customized servo control algorithms can offer significant advantages. Please contact ACS about leveraging its core competency in servo control algorithms to enable your motion system to exceed its performance requirements.

September 27, 2022

Segmented Motion

Increase Throughput with Advanced Multi-Axis Motion Coordination

Many motion control applications require coordinated motion along a multi-axis path, typically defined as a series of line and arc segments. ACS’ Segmented Motion feature provides this functionality for up to 6 total axes and includes sophisticated look-ahead velocity adjustment and corner processing for up to 2 axes. Digital outputs are easily synchronized to motion segments, enabling seamless control of lasers, extrusion heads, and other devices.