| Main Configuration | |||
| Connection Method | Gigabit Network Port | ||
| Applicable Laser | All laser Types Mainstream In The Market | ||
| Galvanometer Control | All Mainstream Galvanometer Types On The Market | ||
| Sport Control | 4 Channels, Supports Encoder Feedback | ||
| Hand Wheel | Support | ||
| Power Supply | 24V DC Voltage Input | ||
| Digital Input Port | 16 | ||
| Digital Output Port | 16 | ||
| Analog Input Port | 2 | ||
| Analog Output Port | 2 | ||
| Encoder Input | 2 | ||
| Operating System | Win10 /Win11 64 Bit | ||
| Integrated Laser Interface, No Need For Adapter Card Expansion | |||
| With Watchdog Function To Prevent Abnormal Conditions Of Growing Light | |||
| Suitable For Linkage Between Galvanometer And Platform For Unlimited Format Laser Processing Applications | |||
The Intelligent-Continuous laser processing system is an advanced laser processing solution that seamlessly incorporates galvanometer control, machine vision, servo and stepper drive control technologies. This versatile product boasts multi-axis coordination capabilities, a wide range of calibration options, precise camera positioning, and comprehensive CAD functionalities.
Designed for efficient and precise processing tasks, this system has been tailored to cater to various industries. For large-format laser engraving applications, PCB processing, and the glass industry, specialized Zeus subsystems have been developed. Additionally, dedicated subsystems for PCB laser processing and glass laser processing have been engineered to meet specific industry requirements.
Advantages
JCZ ZEUS Controller for Large-Format Continuous Laser Processing
The JCZ ZEUS Controller is an intelligent laser processing control card designed for large-format and continuous laser processing equipment. Integrating laser control, galvanometer control, multi-axis motion control, and encoder feedback, ZEUS coordinates laser scanning and motion platform movement for high-precision industrial processing.
With 4-axis high-speed linkage, a 4 MHz axis control frequency, and a Gigabit Ethernet connection, the ZEUS laser processing controller provides an integrated control solution for equipment manufacturers and system integrators. It supports mainstream industrial laser sources and galvanometer scanners, with customizable communication protocols, motion configurations, encoder interfaces, and I/O options.
JCZ develops dedicated ZEUS configurations for large-format laser engraving, PCB processing, and glass processing applications. Whether you are developing new laser equipment or upgrading an existing motion control architecture, our team can evaluate your laser source, galvanometer, platform, and processing requirements to recommend a suitable ZEUS configuration.
Key Features of the JCZ ZEUS Laser Processing Controller
1. Integrated Laser and Galvanometer Control
The ZEUS controller integrates laser control and galvanometer control functions into one hardware architecture. It supports mainstream industrial laser types and galvanometer scanners without requiring separate laser or galvanometer adapter card expansion in supported configurations.
This integrated architecture simplifies hardware connections and allows equipment manufacturers to coordinate laser output and galvanometer scanning through a unified control platform.
For different equipment configurations, JCZ can evaluate laser control interfaces, galvanometer communication protocols, resolution requirements, and signal configurations to ensure compatibility with the selected components.
2. 4-Axis High-Speed Motion Control
ZEUS supports 4-channel motion control with 4-axis high-speed linkage and encoder feedback. Its 4 MHz axis control frequency supports coordinated movement in applications requiring synchronized positioning and continuous laser processing.
The controller can coordinate motion commands with feedback signals from external encoders, helping maintain synchronization between the processing platform and galvanometer.
For projects requiring additional motion channels, extended multi-axis configurations can be evaluated according to the machine architecture and control requirements.
3. Galvanometer and Motion Platform Synchronization
A conventional galvanometer has a defined scanning field. When processing workpieces larger than that field, the equipment needs coordinated movement between the galvanometer and the motion platform.
ZEUS addresses this requirement through synchronized galvanometer and platform control. The galvanometer handles local scanning, while the motion platform moves the processing area to support continuous processing across larger workpieces.
This coordinated architecture is particularly suitable for large-format engraving, PCB processing, and glass processing equipment where processing coverage and positioning consistency are important.
4. High-Precision Positioning and Calibration
ZEUS combines high-precision control algorithms with galvanometer and platform synchronization technology to support accurate laser beam positioning during large-format processing.
Its system architecture incorporates multiple calibration options, including galvanometer correction, platform correction, optical path correction, and visual positioning in compatible configurations.
These functions help equipment manufacturers coordinate the optical and mechanical components of a laser processing system. Actual processing accuracy depends on the galvanometer, optics, platform, mechanical assembly, calibration method, and operating conditions.
5. High-Speed Data Processing and System Reliability
ZEUS uses high-performance processor hardware and JCZ-developed control algorithms to handle large volumes of processing data and control commands.
Its real-time response capabilities support coordinated equipment operation during high-speed laser processing. A built-in watchdog function also helps monitor abnormal operating conditions.
The controller undergoes quality control and testing as part of JCZ’s product quality management process.
6. Machine Vision and External Equipment Integration
ZEUS supports system architectures incorporating machine vision, servo drives, stepper drives, and external control devices.
Camera positioning and visual correction can be integrated into compatible ZEUS processing configurations to support workpiece recognition and positioning.
The standard digital and analog I/O interfaces also provide connection options for external sensors, switches, and automation equipment. Additional I/O configurations can be evaluated for projects with more complex control requirements.
Electrical Interface and I/O Configuration
The ZEUS controller provides digital and analog interfaces for connecting external devices and coordinating equipment operations.
| Interface | Standard Quantity | Customization Options |
|---|---|---|
| Digital Input | 16 | Additional input channels |
| Digital Output | 16 | Additional output channels |
| Analog Input | 2 | Additional analog channels |
| Analog Output | 2 | Additional analog channels |
| Encoder Input | 2 | Encoder signal and channel configuration |
| Network Connection | Gigabit Ethernet | System-specific integration |
| Power Input | 24V DC | Subject to hardware design requirements |
The digital inputs and outputs can be assigned according to the machine control architecture, while analog interfaces can be configured for compatible external signal requirements.
For OEM projects, provide the required I/O list, signal type, voltage level, and external device information so that the appropriate interface configuration can be evaluated before ordering.
ZEUS Controller Working Architecture
A large-format continuous laser processing system requires coordinated control of the laser source, galvanometer scanner, motion platform, encoder, and processing software.
The ZEUS controller serves as the central hardware control unit, coordinating these components through its laser, galvanometer, and motion control functions.
System Components and Their Functions
| System Component | Main Function | Configuration Considerations |
|---|---|---|
| ZEUS Controller | Coordinates laser, galvanometer, and motion control | Axis count, interfaces, I/O and feedback |
| Laser Source | Generates laser output for material processing | Laser type, power, wavelength and control signals |
| Galvanometer Scanner | Controls laser beam scanning | Scanner protocol, resolution and optical configuration |
| Motion Platform | Moves the workpiece or processing platform | Travel range, axis count and drive type |
| Encoder | Provides position and motion feedback | Encoder type, signal and feedback channels |
| Servo / Stepper Drive | Controls platform movement | Motor type, drive interface and motion requirements |
| Machine Vision | Supports visual positioning and correction | Camera, positioning and calibration requirements |
| ZEUS Processing Software | Manages processing data and system functions | Processing logic, scanning, calibration and control settings |
How the ZEUS Control System Works
1. Processing Data Preparation
Processing files and job parameters are prepared through the compatible ZEUS processing software. The software provides the processing data and control functions required by the selected application.
2. Motion and Scanning Coordination
The ZEUS controller coordinates galvanometer scanning and motion platform movement according to the processing configuration.
3. Laser Output Control
The controller manages compatible laser control signals to coordinate laser output with scanning and motion commands.
4. Encoder Feedback
Encoder signals provide feedback from the motion system. The controller uses the configured feedback architecture to support coordinated movement and positioning.
5. Vision Positioning and Calibration
Where machine vision is included, camera positioning and calibration functions help align the processing system with the workpiece and equipment coordinates.
6. Continuous Processing
The coordinated control of the laser, galvanometer, and platform supports continuous processing across the configured working area.
ZEUS Hardware and Software Integration
ZEUS hardware and ZEUS processing software perform complementary functions within the complete processing system.
The controller provides the hardware control foundation, while the software manages processing functions, scanning control, calibration, and related processing operations.
The dedicated JCZ ZEUS Large-Format Intelligent-Continuous Laser Processing Software supports:
- Galvanometer correction of up to 65 × 65 dots, automatically completed through CCD and motion axis coordination.
- Multiple scanning protocols, including SL2-100 and XY2-100.
- Scanning feedback speed and position adjustment for processing.
- Laser control for supported QCW, FIBER-D/E/G/HPB, CO2, YAG, and SPI laser types.
- Axis motion control with differential pulse frequency up to 4 MHz.
- XYZ encoder feedback in supported configurations.
The hardware and software should be selected as a compatible system according to the laser source, scanner, motion platform, and processing requirements.
Laser Source and Galvanometer Compatibility
Compatibility is one of the most important considerations when selecting a laser processing controller. A controller must match the communication protocols, electrical signals, feedback interfaces, and control requirements of the connected equipment.
ZEUS supports mainstream industrial laser and galvanometer types, with optional interface and protocol configurations for different OEM projects.
Laser Source Compatibility
| Laser Category | Compatibility Considerations | Custom Configuration |
|---|---|---|
| Fiber Laser | Laser model and control signal | Analog, digital, gate and pulse control |
| QCW Laser | Pulse control and synchronization | Laser-specific control signals |
| CO2 Laser | Laser interface and output control | Compatible signal configuration |
| YAG Laser | Laser control and triggering | Application-specific interface |
| SPI Laser | Laser communication and control requirements | Model-specific integration |
| Other Industrial Lasers | Control interface and electrical requirements | Compatibility evaluation |
The ZEUS software documentation lists supported laser families including QCW, FIBER-D/E/G/HPB, CO2, YAG, and SPI. The exact hardware interface and control configuration should be matched to the selected laser model.
Galvanometer Protocol and Resolution Options
| Parameter | Optional Configuration | Selection Considerations |
|---|---|---|
| Communication Protocol | XY2-100 / SL2-100 | Match the scanner communication protocol |
| Galvanometer Resolution | 16-bit / 18-bit / 20-bit | Match the galvanometer model |
| Control Cycle | Down to 10 μs | Match the scanner response and processing requirements |
| Scanner Type | Compatible mainstream galvanometer types | Confirm scanner model and control architecture |
| Feedback | Supported feedback configurations | Confirm scanner and system feedback requirements |
The selected galvanometer must also match the laser wavelength, optical aperture, beam diameter, F-theta lens, and required working field.
JCZ provides different galvanometer products for industrial laser marking, engraving, cutting, and welding. Visit the JCZ 2D Galvo Scanner Product Range to review compatible scanner options.
Encoder and Motion Interface Compatibility
| Parameter | Standard / Custom Configuration | Application Considerations |
|---|---|---|
| Motion Channels | 4 channels standard | Match platform axis requirements |
| Extended Motion Control | Up to 6-axis customized architecture | Multi-axis machine integration |
| Encoder Input | 2 channels standard | Match feedback channel requirements |
| Encoder Signal | Differential / Quadrature options | Confirm encoder output type |
| Axis Control Frequency | 4 MHz standard | Match movement and control requirements |
| Handwheel | Supported | Manual positioning and equipment operation |
Before ordering, provide the laser source model, galvanometer model, encoder specifications, and motion drive configuration. JCZ can evaluate the required interfaces and recommend a suitable hardware configuration.
Motion Control and Synchronization Performance
The motion control architecture is a defining feature of the ZEUS controller. It is designed for laser processing equipment that needs more than conventional fixed-field galvanometer scanning.
4-Axis Motion Control
ZEUS supports four-channel motion control and high-speed linkage. It can be integrated with compatible servo and stepper drive systems to coordinate platform movement with laser scanning.
For equipment requiring additional motion channels, customized multi-axis architectures can be evaluated, including configurations of up to six axes.
Encoder Feedback for Positioning Control
Encoder feedback provides motion information from the connected platform or drive system.
The standard ZEUS configuration includes two encoder inputs. Differential and quadrature encoder configurations can be selected according to the external equipment and signal requirements.
This feedback architecture is useful for equipment where motion position and scanning coordination must be considered together.
Galvanometer and Platform Synchronization
During large-format processing, the galvanometer scans within its configured optical field while the motion platform moves the workpiece or processing area.
ZEUS coordinates these movements to support continuous processing over a larger area. Its control algorithms and synchronization technology help maintain the relationship between galvanometer scanning and platform positioning.
High-Speed Control Configuration
| Performance Parameter | Standard Configuration | Custom Configuration |
|---|---|---|
| Axis Control Frequency | 4 MHz | Application-specific configuration |
| Motion Channels | 4 | Up to 6-axis architecture |
| Encoder Inputs | 2 | Expanded feedback configuration |
| Galvanometer Resolution | Based on selected scanner | 16-bit / 18-bit / 20-bit |
| Galvanometer Control Cycle | Protocol-dependent | Down to 10 μs |
| Synchronization | Galvanometer and platform linkage | Application-specific coordination |
The 4 MHz figure refers to axis control frequency. The optional 10 μs figure refers to the galvanometer control cycle. They represent different control parameters and should not be treated as interchangeable measures of processing speed.
System-Level Positioning Accuracy Reference
JCZ’s intelligent continuous laser processing application information reports the following customer-site measurement results:
| Performance Item | Published System-Level Reference |
|---|---|
| Motion Axis Positioning Accuracy | Within ±10 μm |
| Galvanometer Correction Accuracy | Within ±5 μm |
| Overall Linked Processing Accuracy | Within ±20 μm |
These values are reported for a configured laser processing system incorporating multiple correction technologies, including visual correction, galvanometer correction, optical path correction, platform correction, and closed-loop control.
They are system-level application references rather than guaranteed standalone ZEUS controller tolerances. Actual performance depends on the selected hardware, mechanical structure, optical configuration, calibration, and operating conditions.
For more information about the complete system architecture, visit the JCZ Intelligent Continuous Laser Processing Solutions.
Applications of the ZEUS Laser Processing Controller
ZEUS is designed for industrial applications requiring large-format processing, synchronized motion control, and coordinated laser scanning.
JCZ has developed dedicated ZEUS subsystems for large-format laser engraving, PCB processing, and glass processing.
Large-Format Laser Engraving
Large workpieces may exceed the scanning field of a conventional galvanometer configuration. ZEUS coordinates galvanometer scanning with motion platform movement to extend the processing coverage of the equipment.
Typical requirements include:
- Large workpiece dimensions.
- Continuous processing across multiple scanning areas.
- Coordinated galvanometer and platform movement.
- Consistent positioning during extended processing paths.
- Camera positioning and calibration in compatible systems.
The actual processing area depends on the platform travel, galvanometer configuration, optical system, and machine structure.
PCB Laser Processing
PCB processing equipment may require precise positioning, repeated processing patterns, and coordinated movement across the workpiece.
ZEUS can be configured with dedicated PCB processing subsystems incorporating multi-axis coordination, encoder feedback, and compatible machine vision functions.
| PCB Equipment Requirement | ZEUS Configuration Consideration |
|---|---|
| Workpiece Positioning | Machine vision and calibration |
| Multi-Position Processing | Motion control and encoder feedback |
| Galvanometer Scanning | Compatible scanner and communication protocol |
| Laser Output | Laser type and control interface |
| Automated Equipment | Digital I/O and external device integration |
Glass Laser Processing
Glass processing often involves large workpieces and specific positioning requirements. ZEUS provides a control architecture for dedicated glass processing systems, coordinating laser scanning, platform movement, and compatible calibration functions.
| Glass Processing Requirement | Control Configuration |
|---|---|
| Large-Format Workpieces | Galvanometer and platform synchronization |
| Accurate Positioning | Encoder feedback and calibration |
| Processing Across Extended Areas | Coordinated multi-axis movement |
| Visual Alignment | Compatible camera and positioning system |
| Laser Process Integration | Laser source and control signal matching |
Other Continuous Laser Processing Equipment
ZEUS can also be evaluated for customized equipment requiring continuous processing, multi-axis movement, and synchronized laser control.
Suitability depends on the required processing path, platform configuration, laser source, galvanometer, and control interfaces.
For projects involving different industrial processes, JCZ can review the complete equipment architecture before recommending a controller configuration.
ZEUS Controller vs. Conventional 2D Laser Marking Controllers
A conventional 2D laser marking controller is generally suitable for applications centered on galvanometer scanning within a defined working field. ZEUS is designed for more complex processing architectures involving synchronized galvanometer and motion platform control.
| Comparison Factor | Conventional 2D Marking Controller | JCZ ZEUS Controller |
|---|---|---|
| Main Application | Standard laser marking and engraving | Large-format and continuous laser processing |
| Laser Control | Depends on controller model | Integrated laser control |
| Galvanometer Control | Standard scanning control | Integrated galvanometer control |
| Motion Control | Depends on controller configuration | 4-channel standard motion control |
| Axis Linkage | Model-dependent | 4-axis high-speed linkage |
| Encoder Feedback | Model-dependent | Supported |
| Encoder Inputs | Model-dependent | 2 standard inputs |
| Axis Control Frequency | Model-dependent | 4 MHz |
| Galvanometer Synchronization | Depends on system architecture | Designed for galvanometer-platform synchronization |
| Machine Vision | Depends on software and hardware | Supported in compatible ZEUS configurations |
| Typical Applications | Conventional 2D marking equipment | Large-format engraving, PCB and glass processing |
For conventional marking equipment, buyers can also compare the available products in the JCZ Laser Controller Range.
For large-format equipment requiring synchronized scanning and motion platform control, ZEUS is a more appropriate configuration to evaluate.
How to Select the Right ZEUS Controller Configuration
Selecting a ZEUS controller requires evaluating the entire laser processing system rather than choosing a controller based only on axis count or network interface.
The following factors should be reviewed before confirming an order.
| Selection Factor | Information to Confirm | Recommended Configuration Direction |
|---|---|---|
| Processing Area | Workpiece length, width and processing coverage | Define platform travel and galvanometer scanning field |
| Laser Source | Brand, model, laser type and control interface | Match the laser control signals |
| Galvanometer | Brand, model, protocol and resolution | Select compatible scanner configuration |
| Motion Platform | Number of axes, travel and drive type | Standard 4-axis or extended multi-axis architecture |
| Encoder | Encoder type, signal and feedback channels | Select compatible encoder inputs |
| Processing Speed | Required scanning and platform movement speed | Evaluate axis frequency and galvanometer control cycle |
| Machine Vision | Camera positioning and recognition requirements | Configure compatible visual positioning |
| I/O Requirements | Sensors, switches, alarms and external devices | Standard or expanded digital and analog I/O |
| Software Functions | Processing, calibration and automation requirements | Select the compatible ZEUS software configuration |
| Optical System | Wavelength, beam diameter, aperture and lens | Match laser source, scanner and optical components |
Configuration Recommendations by Project Type
| Project Type | Main Requirements | Configuration Focus |
|---|---|---|
| Large-Format Engraving Machine | Extended processing area and continuous scanning | 4-axis motion control, galvanometer synchronization and encoder feedback |
| PCB Processing Equipment | Accurate positioning and repeated processing | Motion control, visual positioning, laser control and I/O |
| Glass Processing Equipment | Large-area positioning and calibrated scanning | Galvanometer-platform coordination and calibration |
| Customized Industrial Laser Equipment | Integration of multiple external devices | Multi-axis control, encoder configuration and I/O expansion |
| High-Speed Continuous Processing Equipment | Coordinated laser output and motion | Axis control frequency, galvanometer cycle and feedback architecture |
OEM Customization and System Integration
JCZ provides ZEUS configuration options for OEM laser equipment manufacturers, automation system integrators, and industrial processing equipment developers.
Customization can cover control interfaces, galvanometer protocols, motion architecture, feedback signals, I/O, and software integration.
Available Customization Options
| Customization Category | Available Options | Main Application |
|---|---|---|
| Laser Source Interface | Analog, digital, gate and pulse control | Matching different laser source models |
| Galvanometer Protocol | XY2-100, SL2-100 and compatible protocols | Integrating different scanner brands |
| Galvanometer Resolution | 16-bit, 18-bit and 20-bit | Matching scanner specifications |
| Galvanometer Control Cycle | Down to 10 μs | High-speed scanning applications |
| Motion Control | Standard 4-axis and extended configurations up to 6 axes | Customized equipment architecture |
| Encoder Interface | Differential and quadrature configurations | Motion feedback integration |
| Digital I/O | Standard 16DI/16DO and expanded configurations | Sensors, switches and automation devices |
| Analog I/O | Standard 2AI/2AO and expanded configurations | External analog signal control |
| Machine Vision | Camera integration and visual positioning | Workpiece alignment and correction |
| Calibration | Galvo, linear, platform and optical path correction | Processing accuracy and system alignment |
| Software Integration | ZEUS processing software and compatible development interfaces | Customized equipment functions |
OEM Project Integration Process
Step 1: Equipment Requirement Collection
Provide the laser source, galvanometer, motion platform, processing area, application, and control requirements.
Step 2: Hardware Compatibility Review
JCZ evaluates laser interfaces, galvanometer protocols, encoder signals, motion drives, and I/O requirements.
Step 3: Controller Configuration
The standard or customized ZEUS configuration is selected according to the equipment architecture and required control functions.
Step 4: Software and System Integration
The controller is evaluated together with compatible ZEUS processing software, machine vision, and external automation components.
Step 5: Technical and Commercial Confirmation
The selected configuration, required documentation, and quotation are reviewed before the equipment project proceeds.
For OEM projects involving multiple laser components, JCZ can also evaluate suitable products from its Laser Source Range and Galvo Scanner Range.
Frequently Asked Questions About JCZ ZEUS Controllers
1. What is the JCZ ZEUS Controller used for?
The JCZ ZEUS Controller is an intelligent laser processing control card designed for large-format and continuous laser processing equipment. It integrates laser control, galvanometer control, multi-axis motion control, and encoder feedback to coordinate laser scanning and platform movement.
Its main application directions include large-format laser engraving, PCB processing, and glass processing.
2. What is the difference between ZEUS and a conventional 2D laser marking controller?
A conventional 2D controller is generally used for galvanometer scanning within a defined working field. ZEUS adds 4-axis high-speed motion control, encoder feedback, and coordinated galvanometer-platform control.
It is designed for equipment requiring extended processing coverage and synchronized movement rather than only fixed-field marking.
3. Which laser sources are compatible with ZEUS?
ZEUS supports mainstream industrial laser types through its integrated laser control architecture.
The companion ZEUS software lists support for QCW, FIBER-D/E/G/HPB, CO2, YAG, and SPI laser types. Specific laser models, electrical interfaces, and control signals should be confirmed before ordering.
4. Which galvanometer protocols does ZEUS support?
ZEUS supports mainstream galvanometer types, with customizable protocol configurations including XY2-100 and SL2-100.
Available galvanometer resolution options include 16-bit, 18-bit, and 20-bit configurations. The appropriate protocol and resolution depend on the selected scanner model.
5. Can ZEUS support 20-bit galvanometer scanners?
Yes. A 20-bit galvanometer configuration can be evaluated as an optional configuration. The scanner protocol, communication interface, and corresponding software settings must be matched during system configuration.
6. How many motion axes can the ZEUS controller support?
The standard ZEUS configuration supports 4-channel motion control and 4-axis high-speed linkage.
For equipment requiring additional movement channels, customized architectures of up to 6 axes can be evaluated according to the required platform structure and control functions.
7. Does ZEUS support encoder feedback?
Yes. Encoder feedback is supported, and the standard hardware configuration includes two encoder inputs.
Differential and quadrature encoder configurations can be selected according to the external motion system. Additional feedback requirements should be provided during technical evaluation.
8. Can ZEUS control a galvanometer and motion platform simultaneously?
Yes. Galvanometer-platform synchronization is one of the main functions of ZEUS.
The galvanometer handles local laser scanning while the motion platform moves the workpiece or processing area. The controller coordinates these movements to support continuous processing over a larger working area.
The achievable processing coverage and accuracy depend on the platform travel, optical configuration, calibration, and machine structure.
Request a JCZ ZEUS Controller Configuration and Quotation
Looking for a laser processing controller for large-format engraving, PCB manufacturing, glass processing, or customized industrial laser equipment?
JCZ provides ZEUS controller solutions integrating laser control, galvanometer control, multi-axis motion coordination, and encoder feedback. Standard and customized configurations are available to match different laser sources, scanners, motion platforms, and automation requirements.
Whether you are developing a new OEM laser machine or upgrading an existing processing system, our team can evaluate your technical requirements and recommend a suitable hardware and software configuration.
Send us your laser source model, galvanometer specifications, motion platform configuration, required processing area, and application details to discuss compatibility and request a ZEUS controller quotation.
