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High-Precision Motion and Control Solutions for Your Applications

Turning ideas into advanced motion solutions that enable our customers to improve their applications and shape future markets is what drives us at ACS and PI. Thanks to our in-depth expertise in piezo technology, nano positioning, and performance automation – combined with a wide range of technologies and a high level of vertical integration – we can meet the specific requirements of a variety of applications. Our solutions range from single components to complex multi-axis solutions, including controllers, drives, and application specific firmware, as well as software.


Discover what ACS and PI can do for you.

Join us at Machine Building Live on the 4th of October to gain a deeper understanding of how our technologies can drive your projects forward from nanometre-level precision to high dynamic performance. 

REGISTER FOR FREE ADMISSION HERE

 

 

Examples of High-Precision Performance Motion Control, Positioning and Drive Solutions from ACS and PI:

Clear Concise Guidance from the Experts

Do you have questions about our solutions? Our specialists are happy to help you!

Fill out the form below and our Applications Engineers will get in touch.

When you choose PI as a partner you also benefit from:

Software supported by all popular operating systems
On-site training and individual support
Individual consultation from trained specialists
Premium Technical Support
Gain reliability and save on development and process time
Global Experts in performance automation

Are you looking for help with your high-precision motion control application?

You have come to the right place!

PI has the UK's expert application engineers who are ready to help you solve your technical problems.

In order to develop the appropriate positioning and motion control solution that can also be optimally integrated into the application, PI works closely with its customers right from the start. Due to the variety of technologies and experience in precision positioning and automation, PI can react flexibly to the requirements of your technology and offer motion solutions that meet customer needs:

  • From single and multi-axis systems to highly customised solutions where the motion of galvanometer scanners and the positioning systems have to be synchronised and are able to run simultaneously.

 

 

ACS Motion Control, as part of the PI Group, allows the supply of highly sophisticated automation and motion controllers with a wide range of drive options and dedicated modules for the control of laser applications.


Accelerate Development with Motion Application Simulation

The SPiiPlus Simulator is designed to meet the needs of high-tech OEM machine builders. Included in the SPiiPlus ADK Suite software package, it enables streamlined development of applications at the controller- and host-level without connecting to any hardware. A robust simulation of the machine can be developed using ACSPL+ programs to execute process recipes, emulate responses to inputs and fault conditions, and more.

 


For more information about high-performance motion and control solutions for improving throughput and precision in laser applications, and anything of this sort, your best first place for information is to ask Neil Beaumont your local PI applications engineer. 


Understanding your individual needs to build our futures together

  • Market-proven solutions for laser processing
  • Competent advice - right from the start
  • Flexible configuration and application-specific adaptation
  • Different integration levels and high integration capability
  • Comprehensive solutions that combine ease of use and smooth operation while increasing productivity
  • High economic profitability
  • Servicing and support - Always near you - worldwide
  • Better Thoughput | Higher Accuracy | Faster Development | Greater Flexibility

 

ACS Motion Control

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ECMma
2 or 4 Axis Motion Controller with Integrated Servo Drive up to 10/20A at 150VDC
  • Compact Industrial Package for Streamlined OEM Integration
  • Rich Host Programming and Simulation Tools for Faster Software Development
  • Universal Motor Support for Maximum Motor/Stage Flexibility
  • Simple Configuration and Tuning with SPiiPlus MMI Application Studio
  • Max Drive Current: 10/20A at 150VDC, 15/30A at 100VDC
  • Drive Supply Input: 24-150VDC
  • Feedback Channels: 4 (AqB, SinCos, or Absolute)
  • Analog I/O: 4/2
  • Digital I/O: 12/12 
  • Functional Safety: STO, SS1
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IDMma
2 or 4 Axis DS402 EtherCAT® Intelligent Drive Module up to 10/20A at 150VDC
  • Communication Protocol: EtherCAT DS402 (CiA402) CoE
  • Max EtherCAT Cycle Rate: 4kHz
  • Real-Time ACSPL+ Program Threads: 4
  • Drive Axes: 2 or 4
  • Drive Supply Input: 24-150Vdc
  • Bus Voltage: Equal to drive supply input
  • Max Current Output Per Axis: 15/30A up to 100Vdc, 10/20A up to 150Vdc
  • Mounting Type: Panel
  • Functional Safety Options: STO & SS1
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SPiiPlusSPC Smart Processing Commander
Machine Control Interface for High-Precision Laser Processing Applications
  • Flexible CAD-to-motion import and design
  • 2D and 3D processing modes
  • Laser Control Module support for accurate fixed beam laser triggering, dynamic power control
  • Dynamic Position Monitoring
  • Flexible processing architectures
  • Rich galvo scanner and vision system calibration features
  • Pre-developed support for leading galvo, laser, and camera suppliers
  • Customization Options via C# plugins
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Smarter Gantry Control
Improve Throughput and Accuracy with Advanced MIMO Control Algorithm
  • MIMO decoupled control of linear position and yaw displacement loops
  • Independent tuning and optimization of linear and yaw control loops
  • Dynamic cross-axis center of mass compensation
  • Error mapping compensation (orthogonality, straightness...)
  • Dual-loop gantry control
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LCM EtherCAT® Laser Control Module
Enables direct control of a laser source with full synchronization to motion
  • The LCM is designed to meet the needs of laser processing system OEMs with demanding throughput and accuracy requirements.
  • Working under any ACS SPiiPlus Platform EtherCAT master controller, the LCM tightly synchronizes control of a fixed beam laser with motion.
  • Sub-microsecond latency enables high-accuracy laser micromachining, while high pulse frequencies enable high levels of throughput.
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System Optimisation and Support
UK based support tailored to your needs
  • System implementation, mechanics, controller and peripheral devices
  • System optimisation including tuning
  • Fault diagnosis including root cause analysis and corrective action
  • Training

Contact us today.

Clear Concise Guidance from the Experts

   


Motion Control Solutions to Improve Throughput and Precision.

You can find out more about our broad portfolio for Performance Automation here.

 

Products for Industrial Applications

Downloads

Brochure

ACS Product Map

ACS Product Map

Version / Date
02/08/2023
pdf - 4 MB
Brochure

ACS Sales Brochure

ACS Sales Brochure

Version / Date
v1.5_230614
pdf - 2 MB
Brochure

Automation Platforms for Laser Material Processing

Precision – Throughput – Synchronized Motion

Version / Date
BRO67E R1 2018-06
pdf - 3 MB
Version / Date
BRO67CN 2018-11
pdf - 12 MB
Brochure

X-417 Scalable Integrated Multi-Axis System

Fast Configuration, Delivery, and Startup to Accelerate the Implementation of Precision Automation Processes

Version / Date
BRO75E 2020-11
pdf - 1 MB
English
White Paper

Advanced Control Technology for Laser Material Processing

How to make it easier for system integrators to design and build advanced systems for a new age of laser applications

Version / Date
WP4027 2020-03
pdf - 1 MB
English
Catalogs & Brochures

How to Optimize the Performance of Gantries and High Throughput Motion Platforms with ACS Motion Controllers

Version / Date
2018-09
pdf - 2 MB
English
Catalogs & Brochures

Brochure: Motion Control and Precision Positioning Systems for Electronics & Semiconductor Manufacturing / Test

Version / Date
2018-09
pdf - 9 MB
English

More reading and case studies

Open, Modular, Technology-Agnostic Control Platform for Various Drive Types and Applications

How to Integrate Laser Control and Motion Control to Achieve More with Less

Smart Actuator and Drive Technologies for Active Damping and Vibration Compensation

Beam Pen Lithography (BPL) - Desktop Nanoprinting Enabled by Compact 3D Nanopositioning Stage

Air Bearings are Critical in CMM and Metrology Applications

Motion Systems and Automation Controllers Help Improve PCB Manufacturing: LDI / Stencils

How to Integrate Laser Control and Motion Control to Achieve More with Less

Motion and Laser Control integration provides system integrators with advanced laser processing solutions

Ultrafast Lasers & Advanced Motion Control Systems Improve Performance in Material Processing

Why Constant Velocity and Synchronized Motion Performance across Multiple Axes Matters for Ultrafast Laser Machining, Imaging, and Metrology

Laser Beam Focus Control in Cutting & Welding Applications with High-Speed Deformable Mirror

PILOT - Enabling the Highest Performance Precision Automation Systems in the World

Advances in Laser Micromachining and Microprocessing

High Dynamics Motion Systems and Advanced Motion Controllers Boost Throughput in Laser Material Processing Applications

3D Printing | Gantries Systems for 3D Printing | Additive Manufacturing

3D Printing – Gantry Motion Platforms to Support 3D Printing, Additive Manufacturing

The importance of Automation Actuators and Motion Control in 3D printing

The Importance of Automation Actuators and Precision Motion Control in Additive Manufacturing

Precision Motion Control in Laser Machining, Cutting

Precision Motion Control in Laser Machining, Cutting

A Batch Recipe of 3D Printed Parts in SPC with an imported STL file (converted from solid part

3D Printing - Direct from Digitised Data - Based on STL and other File Formats

What is a Difference between a Gantry System and a Split-Bridge?

Programming ACS Motion Controllers with LabVIEW (Elegant and Easy)

Easy LabView programming of ACS / PI precision motion systems.

Point-Cloud Surface Reconstruction: What 3D Laser Manufacturing and Lidar Measurements have in Common

ACS and PI Motion Control

At PI we recognise that moving to a new controller platform involves risk and a considerable investment in time for our customers. To support this activity we are able to provide a range of software and hardware tools for technology familiarisation as well as knowledgeable personnel who can provide training and support as and when needed.

Position Accuracy, Repeatability & Methods for Reducing Errors