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Controllers

The ASC ARGnet Series Controller by Novanta Photonics represents the pinnacle of control and precision in laser-based systems for diagnostic, analytical, micromachining, and fine material processing applications. Engineered by ARGES, a globally recognized brand under Novanta Photonics, this next-generation system controller is ...

Specifications

Function: Laser Controllers
Input Voltage: 90-250 V
Max Input Current: 10.6 A
Accessories: 19" Rack Mounting Brackets, Laser Extension Board, Enclosure, Extra cables, Other (see Data Sheet)
Max Power Consumption: 600 W
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Data Sheet
Experience unparalleled precision and performance in optical scanning applications with Novanta Photonics' DC Series Digital Servo Drivers, optimized by Cambridge Technology. These state-of-the-art servo drivers boast self-calibrating and state-space control features, making them ideal for applications requiring high speeds and ...

Specifications

Function: Drives
Input Voltage: 28 V
Max Input Current: 20 A
Accessories: Extra cables, Other (see Data Sheet)
Number Of Axes: Dual
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Data Sheet
The ScanMaster Controller, meticulously engineered by Cambridge Technology and proudly developed by Novanta Corporation, represents the pinnacle of precision and performance in laser control and scanning systems. This sophisticated controller is meticulously designed to optimize laser control and scanning performance across a ...

Specifications

Function: Laser Controllers
Input Voltage: 240 V
Max Input Current: -- A
Accessories: Software
Compatible Products: 2-Axis and 3-Axis configurations
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Data Sheet
ScannerControlBox Compact Version
Blackbird Robotersysteme GmbH
The ScannerControlBox (SCB) Compact Version is a high-performance controller designed for laser welding systems. It allows for easy integration through a plug and play concept and provides efficient data processing and program execution.    The SCB is lightweight and ideally suited for wall mounting due to its small ...

Specifications

Function: I/O Modules, Laser Controllers
Input Voltage: 240 V
Max Input Current: -- A
Accessories: Other (see Data Sheet)
Weight: 37 kg
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Data Sheet
Blackbird Robotics ScanControlUnit
Blackbird Robotersysteme GmbH
The ScanControlUnit (SCU) from Blackbird Robotics is a flexible and versatile controller designed for use with all Blackbird scanners. Its modular design allows for easy exchanging and supplementing of modules, and it can be extended by an OCT measuring system.       The SCU is compatible with all Blackbird ...

Specifications

Function: I/O Modules, Laser Controllers
Input Voltage: 240 V
Max Input Current: -- A
Accessories: Other (see Data Sheet)
Weight: Approx. 200 kg
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Data Sheet
Automation-1 HyperWire Motion Control Communication Bus
Aerotech
The fiber-optic, light-based HyperWire® motion control bus is the fastest, highest-throughput communication bus in motion control. It enables 20 times the throughput that was possible with a 100BASE-T Ethernet.     With HyperWire, you can count on reliable communication that is immune to electromagnetic ...

Specifications

Function: Motion Controllers
Input Voltage: -- V
Max Input Current: -- A
Accessories: Other (see Data Sheet)
Data Sheet
PCIe Interface Laser and Galvo Controller - LMCPCIE Series
Beijing JCZ Technology Co., Ltd.
PCI-E interface laser and galvo controller connects the motherboard of an industrial PC directly, which greatly enhances the stability of the connection. This controller is widely equipped with laser equipment with galvo (Marking, engraving, welding, cutting, etching...) for automated production lines.

Specifications

Function: Laser Controllers
Input Voltage: 5 V
Max Input Current: -- A
Accessories: Software
Data Sheet
2D-3D Laser and Galvo Controller – DLC SERIES EZCAD3
Beijing JCZ Technology Co., Ltd.
DLC2 series is the new generation of laser controller developed by JCZ, which works with EZCAD3 software. It can control most of the fiber laser in the market directly and other types of laser sources such as CO2, UV, Green, Picosecond and Femtosecond can also be controlled via a small interface board. It is also compatible with ...

Specifications

Function: Laser Controllers
Input Voltage: 12 V
Max Input Current: 3 A
Accessories: Other (see Data Sheet)
Data Sheet
Laser and Galvo Controller LMCV4 Series EZCAD2
Beijing JCZ Technology Co., Ltd.
MCV4 series laser controller works with EZCAD2 software via USB2.0. It is one of the most popular lasers and galvo controllers in the market, with competitive price and high stability. It is compatible with most of the industrial laser sources like fiber, UV, CO2, and green.    Laser galvo scanner head with XY2-100 ...

Specifications

Function: Laser Controllers
Input Voltage: 5 V
Max Input Current: 3 A
Accessories: Other (see Data Sheet)
Data Sheet
A3200 Software-Based Machine Controller
Aerotech
Expert Level Power - Accessible to All: The power of the A3200 Software-Based Motion Controller (SMC) stems from the two pillars it was built upon: powerful features and usability. The A3200 SMC is powerful. We have gone to great lengths to design a controller that excels in delivering precision. Swimming against popular ...

Specifications

Function: Motion Controllers
Input Voltage: -- V
Max Input Current: -- A
Accessories: Software
Data Sheet
Laser Control System
BuildYourCNC
This is a complete control unit for a laser system. It comes with a control box and LCD panel. This control unit will allow you to run a file directly without needing an external computer. It will also allow for laser power intensity to be adjusted within the software rather than manually.

Specifications

Function: Laser Controllers
Input Voltage: 36 V
Max Input Current: 1.5 A
Accessories: Other (see Data Sheet)
Data Sheet
12V DIY Woodworking Laser Engraver Control Board Driver Controller Board for CNC Engraving Machine
CAFAGO
12V DIY Woodworking Laser Engraver Control Board Driver Controller Board for CNC Engraving Machine.

Specifications

Function: Drives, Laser Controllers
Input Voltage: 12 V
Max Input Current: 2 A
Accessories: Other (see Data Sheet)
Data Sheet
Third Party Laser Galvo Head Interfaces
Precision Micro Dynamics Inc
A collection of different third-party laser Galvo heads can be used as an integral part of a Polaris UniverseOne motion control solution. Indeed, four or more third party Galvoscanners can be used in a single machine system. The Polaris UniverseOne™ motion control system uses hardware interface modules to connect with 3rd-party ...

Specifications

Function: Motion Controllers
Input Voltage: -- V
Max Input Current: -- A
Accessories: Other (see Data Sheet)
Data Sheet
Maestro 3000 Integrated Controller
Lansdale Semiconductor Inc
The Lanmark Controls' Maestro simplifies laser system integration, is fully networkable, and provides all the flexibility and functionality of the LEC-1 Embedded Scan Controller and WinLase LAN laser marking software.  The Maestro 3000 controls the most popular lasers and scan heads of the market allowing the integrator the ...

Specifications

Function: Motion Controllers
Input Voltage: V
Max Input Current: A
Accessories: Software
Data Sheet
LCM EtherCAT Slave Module
ACS Motion Control
The LCM EtherCAT slave module provides all ACS Controllers and Control Modules the ability to control a laser source directly and to synchronize its activation and pulsing to motion and to achieve the highest quality laser micro-machining and optimal throughput. It interfaces with a variety of lasers such as DPSS, CO2, excimer, ...

Specifications

Function: Laser Controllers
Input Voltage: 24 V
Max Input Current: 0.2 A
Accessories: Software
Data Sheet
XL SCAN Motion-to-Process Synchronization
ACS Motion Control
XLSCAN is a combined scan solution jointly developed by SCANLAB and ACS Motion Control. This innovative solution enables maximum-precision processing of workpieces without size limitations. XLSCAN is based on the syncAXIS control Software’s novel control concept unites synchronous scan head and XY stage control with ...

Specifications

Function: Motion Controllers
Input Voltage: 30 V
Max Input Current: 3 A
Accessories: Software
Data Sheet
Polaris UniverseOne Motion Controller
Precision Micro Dynamics Inc
The Polaris UniverseOne™ motion controller is precise, powerful and easy to use. It has been designed for CNC machine tool applications and for advanced custom machines of all kinds. It is used for multi-axis CNC applications that coordinate and synchronize mechanical stage motion, Galvo scanner motion and laser control. It is also ...

Specifications

Function: Motion Controllers
Input Voltage: -- V
Max Input Current: -- A
Accessories: Other (see Data Sheet)
Data Sheet
Polaris Input-Output Modules
Precision Micro Dynamics Inc
Polaris provides digital I/O and analog I/O modules for use in the Polaris control network. The digital I/O module is used to communicate with a large variety of digital sensors, switches, actuators and solenoids for discrete process control. The analog I/O module is used to collect data from a wide range of analog sensors. 

Specifications

Function: I/O Modules
Input Voltage: 24 V
Max Input Current: -- A
Accessories: Other (see Data Sheet)
Data Sheet
MC4U EtherCAT® Master and Drive Controller
ACS Motion Control
The MC4Unt Control Module is a modular, configurable control system consisting of a motion controller, power supply, and drives designed to meet the needs of OEMs with demanding multi-axis motion control applications. Its unique multi-processor architecture leverages powerful profile generation and servo control algorithms to ...

Specifications

Function: Motion Controllers
Input Voltage: 24 V
Max Input Current: 14 A
Accessories: Other (see Data Sheet)
Data Sheet
Cloudray Ruida RDC6445G-S Laser Controller
Cloudray Laser
RDC6445G system is a new generation system for control of laser engraving and cutting, which is developed by RD Co., Ltd. In addition to high hardware stability, high voltage or static electricity rejection, and friendly 5’’ TFT man-machine display.  This system is provided with stronger software function including perfect ...

Specifications

Function: Laser Controllers
Input Voltage: -- V
Max Input Current: -- A
Accessories: Other (see Data Sheet)
Data Sheet
Cloudray RDC6442G-DFM-RD Large Format Cutting Laser Controller
Cloudray Laser
Cloudray RDC6442G-DFM-RD Large Format Cutting Laser Controller is specifically designed for Laser Cutting Machines Contact us for details including pricing and ordering information.

Specifications

Function: Laser Controllers
Input Voltage: -- V
Max Input Current: -- A
Accessories: Other (see Data Sheet)
Data Sheet
SP-ICE-3 Control Card for Lasers and Deflection Units
RAYLASE GmbH
Your Benefits: The SP-ICE-3 control card is the universal solution for every laser system with deflection units. With its multiple individually configurable ports it fits everywhere, even at highly specific requirements. Thanks to the .NET programming environment and the flexibility of the SP-ICE-3 control card a broad variety of ...

Specifications

Function: Laser Controllers
Input Voltage: 12 V
Max Input Current: 2 A
Accessories: Other (see Data Sheet)
Data Sheet
SP-ICE-1 PCIE PRO Control Card for Lasers and Deflection Units
RAYLASE GmbH
Your Benefits: The SP-ICE-1 PCIe PRO control card offers highest precision, flexibility and easy integration. Windows based DLLs are included. Scanning motion and laser control signals are precisely synchronized with the on-board processor unit. Dual buffering allows for downloading of the next job whilst executing the current ...

Specifications

Function: Motion Controllers, Laser Controllers
Input Voltage: -- V
Max Input Current: -- A
Accessories: Other (see Data Sheet)
Interface: PCIe
...
Data Sheet
IDMma 2 or 4 Axis DS402 EtherCAT Intelligent Drive Module
ACS Motion Control
The IDMma is designed to meet the needs of OEMs employing EtherCAT-based control systems with high-precision motion stages. Controllable by any EtherCAT master, its unique multi-processor architecture leverages powerful servo control algorithms to maximize motion system performance while its universal servo drive technology provides ...

Specifications

Function: Intelligent Drive Modules
Input Voltage: 100 V
Max Input Current: 30 A
Accessories: Other (see Data Sheet)
Data Sheet
IOMps-EA0004V0 EtherCAT Analog Output Module
ACS Motion Control
The IOMps-EA0004 is designed to meet the needs of OEMs with demanding multi-axis motion control applications requiring analog output expansion. Controllable by any ACS SPiiPlus Platform EtherCAT master, its distributed clock functionality provides sub-millisecond synchronization to motion, enabling high levels of throughput.

Specifications

Function: I/O Modules
Input Voltage: 24 V
Max Input Current: 0.67 A
Accessories: Other (see Data Sheet)
Data Sheet

Frequently Asked Questions

“Laser controller” or “laser machine controller” can refer to a motion control system, the remote control console unit that drives the laser parameters or the part of the system (hardware and software) that is responsible for driving and controlling the laser machine, including the output of the laser, the steering of the laser beam and the positioning of the sample on the workbench (if automated).

The primary purpose of a laser controller is to provide an interface and control over certain aspect of or over all functioning areas of a laser system. In the context of laser machines this includes the laser output, (power, speed, repetition rate, etc.) and the motion control parameters (speed, resolution).

Integrated controllers combine various components of the control architecture into one. They typically include both the laser control and motion control units and come included with cables and a software system. Such integrated laser controllers may eliminate the need for an external PC. Some of them are also capable of communicating simultaneously with several laser marking systems and offer streamlining of production lines.

Many, if not most, laser systems come with a remote control unit that is wired to the main unit. It usually has an LCD screen and some navigation buttons for the menu. It allows changing the key parameters of the laser, including average power, pulse energy, repetition rate, etc. For laser material processing machines it might also allow controlling the motion of the axes, e.g. moving the flatbed in a laser engraver up or down or selecting the start position on the XY plane. These remote control units can also perform more complicated tasks such as initial set up, service and calibration. Usually, laser systems also provide computer connection protocol (RS232, USB 2.0, etc.) that allows controlling the same parameters through computer software.

If your question is about a specific product, simply navigate to that product page; then use the “Contact Supplier” button to contact the respective supplier. Someone from their team will get back to you promptly with an answer.

There are 28 different Controllers from suppliers and manufacturers listed in this category. In just a few clicks you can compare different Controllers with each other and get an accurate quote based on your needs and specifications. Please note that the prices of Controllers vary significantly for different products based on various factors including technical parameters, features, brand name, etc. Please contact suppliers directly to inquire about the details and accurate pricing information for any product model. Simply navigate to the product page of interest and use the orange button to directly reach out to the respective supplier with one click.

Did You know?

Most modern laser machines come with sophisticated laser controllers that consist of software, design architecture, control card(s) and electronics. The term “controller” can be used in different contexts to indicate the specific control card (e.g. motion control card), the remote control unit console that drives the laser parameters or the entire system that controls the mechanical movement of various axes and the laser parameters. In this category you can find many different types of laser controllers including: motion control cards, combined laser and galvo controllers, integrated laser control systems, control board drivers, interfaces and multi-axis synchronization units. In a typical laser material processing system, there is a laser source and mechanical motion control set up (e.g. XY linear scan or a galvanometer scanning head) both of which require active control through a human interface. As an example, in a flatbed laser engraver, a graphical interface allows uploading a 2D raster image into system, and setting the laser engraving parameters (power, speed, repetition rate, etc.). The system is then able to convert that information into electrical signals that drive the laser pulse firing and the linear XY stages that steer the laser beam along X and Y axes. This entire control architecture is comprised of motion control units, laser units, central CPU and software that bring the entire system together to work in unison.