EZCAD3 | Laser Source | Galvo Scanner | IO Port | More Axis Motion | DLC2-V4-MC4 Control Card

DLC2-V4 Gigabit Ethernet Laser Controller Board for Industrial Laser Machines

JCZ supplies the DLC2-V4 Laser Controller Board, a high-performance Gigabit Ethernet laser control platform designed for OEM laser marking machines, industrial automation equipment, multi-station laser systems, and advanced galvo-based processing applications.

The DLC2-V4 features Gigabit Ethernet communication, 14 digital inputs, 8 digital outputs, 2 encoder inputs, online firmware upgrades, and multi-controller connectivity supporting up to 32 controller cards. It supports fiber, CO₂, YAG, and UV laser configurations and mainstream digital galvo control protocols, including XY2-100, SPI, RAYLASE, and CANON.

For more advanced equipment, the DLC2-V4-MC4 configuration supports four-axis motion control with a maximum pulse frequency of 4 MHz, together with compatible Scanlab 2D/3D scanner control. Additional MX4 expansion and laser interface options allow the control hardware to be configured for the actual machine architecture.

As a laser control hardware manufacturer and supplier, JCZ provides original DLC2-V4 controller boards, configured control hardware packages, interface modules, and custom OEM laser controller solutions. Our customization capabilities cover industrial I/O, PLC interfaces, laser source connections, galvo protocols, encoder integration, motion expansion, dedicated interface PCBs, connectors, cable assemblies, and EZCAD3-based software integration.

Why Choose the JCZ DLC2-V4 Laser Controller?

DLC2-V4 is designed for machine builders who need to connect laser processing hardware with sensors, PLC signals, external motion systems, and industrial PCs through a single expandable control platform.

The DLC2-V4 is particularly valuable when the controller must operate as part of a larger automated machine rather than an isolated laser marking station.

DLC2-V4 Models and Hardware Configurations

JCZ offers the DLC2-V4 control platform with different expansion and interface configurations.

DLC2-V4 Hardware Configuration Options

DLC2-V4 Standard Controller

The standard DLC2-V4 provides the core laser control functions, Ethernet connectivity, digital I/O, and encoder inputs required for an industrial EZCAD3 system.

It is suitable for machine builders who need a controller for laser marking, engraving, production-line integration, or other compatible galvo-based processing functions.

DLC2-V4-MC4 Motion Control Configuration

The DLC2-V4-MC4 configuration adds the published four-axis motion capability, with a maximum motion pulse frequency of 4 MHz.

This configuration is suitable for equipment that combines laser scanning with rotary positioning, XY platforms, Z-axis movement, or additional mechanical motion.

The MC4 designation identifies a specific control configuration; its four-axis functions are not presented as native capabilities of every standard DLC2-V4 board.

DLC2-V4 with MX4 and Interface Expansion

DLC2-V4 supports MX4 expansion and corresponding laser interface cards.

These options are designed for OEMs that need to connect additional motion hardware, specialized laser sources, or other equipment interfaces.

For a complete quotation, JCZ can supply the controller together with the selected expansion hardware and compatible connection components.

Laser Source Compatibility: Fiber, MOPA, CO₂, UV and YAG

The DLC2-V4 supports major industrial laser types and can be supplied with the interface configuration required by the selected laser source.

For OEM machine builders, compatibility depends on the laser manufacturer’s control interface, not only the laser wavelength or optical output power.

Laser Source Interface Options

Fiber and MOPA Laser Integration

For fiber laser marking equipment, JCZ can configure DLC2-V4 with the corresponding laser interface and control signals.

The controller can be integrated with compatible industrial fiber laser sources, including selected IPG, Raycus, and JPT configurations.

For MOPA systems, the interface design can accommodate the required laser triggering, power control, and source-specific signal connections.

JCZ also supplies laser sources for complete system procurement, including the JPT MOPA M7 Fiber Laser Source.

CO₂, UV and YAG Laser Integration

For CO₂, UV, and YAG systems, JCZ offers compatible laser interface configurations and custom connection options.

Available OEM interface design options include laser gate signals, triggering, pulse control, power-control interfaces, and corresponding cable assemblies.

The controller can be supplied as part of a hardware package built around the specified laser source and its electrical interface.

Galvo Scanner Compatibility and Digital Control Protocols

DLC2-V4 supports mainstream industrial galvanometer control protocols, including XY2-100, SPI, RAYLASE, and CANON.

For OEM machine manufacturers, the scanner protocol and control-interface resolution are important purchasing specifications. Two scan heads described as “digital galvos” may require different controller interfaces.

Galvo Control Interface Options

The scanner’s supported protocol, connector pinout, and interface resolution determine the appropriate DLC2-V4 hardware configuration.

For machines requiring the scanning hardware together with the controller, JCZ supplies 2D Galvo Scanners and 3D Galvo Scanner Solutions.

Standard vs. Advanced Galvo Configurations

Industrial I/O, PLC Interfaces and Encoder Integration

The standard DLC2-V4 controller provides 14 digital inputs, 8 digital outputs, and 2 encoder inputs.

These interfaces allow machine manufacturers to integrate the laser controller with the wider equipment control system.

JCZ’s V4 upgrade features also include four NPN/PNP-compatible input channels as part of the controller’s I/O architecture.

For equipment using different electrical signal levels, JCZ provides custom interface and expansion options.

Standard Digital I/O

The four NPN/PNP-compatible inputs are not treated as four additional channels beyond the published 14-input specification.

Optional and Custom Industrial I/O

Typical PLC and Machine Signal Integration

For automated machines, the DLC2-V4 can form part of the equipment control architecture alongside the PLC, industrial PC, laser power supply, scanner, and motion drives.

Machine safety functions must be implemented through the appropriate external safety devices and machine control architecture. The controller’s watchdog is an additional protection function rather than a replacement for required safety interlocks.

DLC2-V4-MC4 Four-Axis Motion Control

For OEM equipment combining laser processing with mechanical movement, JCZ offers the DLC2-V4-MC4 configuration.

This configuration supports four motion axes with a maximum pulse frequency of 4 MHz.

It can be used for machines where the workpiece, fixture, or processing position must be moved as part of the laser operation.

Motion Control Capabilities

Common Four-Axis OEM Applications

When Should You Choose MC4?

For machines requiring a separate six-axis motion controller, JCZ also offers the MCS Series Motion Controller.

Multi-Controller and Multi-Head Laser Systems

The DLC2-V4 product specification supports connection of up to 32 controller cards.

This makes the platform suitable for OEM equipment involving multiple laser processing stations, larger production lines, and centralized system control.

JCZ’s V4 technology information also describes control architectures supporting up to 32 scan heads. The number of controller cards and the number of scan heads are separate system-design parameters.

Multi-Station Hardware Configurations

For multi-station purchases, JCZ can supply the required number of controllers, corresponding interface hardware, and suitable system integration components.

The controller count, scan-head arrangement, software configuration, and processing sequence form part of the OEM system specification.

DLC2-V4 OEM Customization Options

JCZ provides standard control hardware as well as customized interface electronics and integrated control solutions for laser equipment manufacturers.

Our customization services are designed for OEMs who require a specific hardware layout, interface standard, control signal, motion function, or software workflow.

Standard, Configured and Custom Supply

1. Custom Laser and Galvo Interfaces

JCZ offers application-specific laser and scanner interface design.

2. Custom Industrial I/O and Analog Control

Industrial laser machines often require additional signals beyond a standard marking controller.

JCZ can supply interface modules and dedicated I/O hardware for different signal types.

These custom interfaces can be integrated into a dedicated OEM controller package rather than requiring the machine manufacturer to develop all external adaptation electronics.

3. Custom Motion and Scanner Control

4. Custom PCB and Electronic Hardware Manufacturing

For OEM equipment manufacturers, JCZ can provide dedicated interface PCBs and controller-related electronic assemblies.

These options are particularly useful when the equipment requires a fixed connector arrangement, custom installation dimensions, or repeated production of a specialized interface module.

These are OEM electronic manufacturing and interface customization options, separate from the published construction specifications of the standard DLC2-V4 motherboard.

5. EZCAD3 SDK and OEM Software Integration

DLC2-V4 operates with the EZCAD3 software platform.

For OEM developers, JCZ also provides compatible EZCAD3 SDK capabilities for integrating laser-processing functions into proprietary software and automated equipment.

The SDK supports C++ and C# development on the corresponding 64-bit platform.

EZCAD3 is supplied as part of the compatible JCZ controller hardware solution and is not sold as an independent software product.

For development requirements, view the EZCAD3 SDK for OEM and Automation Integration.

DLC2-V4 System Integration and Connection Architecture

A DLC2-V4 laser control system typically connects the industrial PC, laser source, galvo scanner, motion hardware, and external automation equipment.

JCZ can supply the controller and the selected hardware interfaces as part of an integrated OEM package.

Typical System Components

Recommended DLC2-V4 Hardware Packages by Application

DLC2-V4 vs. DLC2-V3 vs. DLC2-PCIE

JCZ provides several DLC controller platforms for different industrial laser machine architectures.

For OEM machine builders, the main differences are the host connection method, available I/O resources, controller capacity, and expansion requirements.

When to Choose DLC2-V3

The DLC2-V3 Laser Controller is suitable for many existing EZCAD3-based laser systems where its published I/O, encoder, laser, and scanner interfaces meet the equipment requirements.

When to Choose DLC2-V4

Choose DLC2-V4 when your machine requires Gigabit Ethernet, 14 digital inputs, expanded controller capacity, compatible dual-head configurations, or the V4-MC4 motion-control functions.

When to Choose DLC2-PCIE

The DLC2-PCIE Laser Controller is designed for machine architectures that use a PCIe-based controller integrated with the industrial computer.

For a broader overview of the controller family, visit the JCZ EZCAD3 Series Control Cards.

Replacement DLC2-V4 Controllers and Equipment Upgrades

JCZ supplies original DLC2-V4 laser controller hardware for replacement, machinery maintenance, and OEM upgrades.

For a replacement order, the important details are the existing controller model, hardware revision, interface wiring, connected laser source, galvo scanner, and EZCAD3 software environment.

Replacement and Upgrade Requirements

Common Replacement Scenarios

For an OEM machine upgrade, JCZ can also provide a configured hardware package containing the controller, required expansion, interface boards, and cable assemblies.

Technical Information and Documents for OEM Procurement

Industrial controller purchasing often requires technical review before a board can be approved for use in production equipment.

JCZ provides product information and technical support for selecting the appropriate controller and configuring the corresponding interfaces.

Technical Information for Your Project

For an OEM order, include the required technical documents in the RFQ so the supplied hardware configuration and supporting information can be aligned with your equipment specification.

Buying DLC2-V4 Laser Controller Boards from JCZ

JCZ supplies original DLC2-V4 hardware for standard controller replacement, OEM machine production, system integration, and custom industrial laser equipment.

Purchasing Options

What to Include in Your DLC2-V4 RFQ

Standard Hardware and Custom Project Purchasing

Standard DLC2-V4 controllers and configured controller systems can be quoted according to the selected hardware and quantity.

For OEM production, JCZ can prepare a quotation covering the required controllers, interface modules, connection accessories, and custom electronic components.

For fully customized hardware or software projects, the supply scope is established around the technical requirements and engineering work involved.

Frequently Asked Questions About DLC2-V4 Laser Controller Boards

1. Can I purchase an original DLC2-V4 controller directly from JCZ?

Yes. JCZ supplies original DLC2-V4 controller boards for laser machine manufacturing, replacement, and OEM production. You can also order a configured system with the required expansion and interface hardware.

2. What is the difference between DLC2-V4 and DLC2-V4-MC4?

The DLC2-V4 is the main Gigabit Ethernet laser control platform. The DLC2-V4-MC4 is a specific configuration supporting four-axis motion control up to 4 MHz and compatible Scanlab 2D/3D scanner functions.

3. Does the standard DLC2-V4 board include four-axis motion control?

Four-axis control is specified for the DLC2-V4-MC4 configuration. For a machine requiring rotary, XY, or other mechanical axes, choose the corresponding MC4 or suitable expansion solution.

4. Can DLC2-V4 work with my existing fiber laser source?

DLC2-V4 supports common fiber laser control configurations. Supply your laser manufacturer’s name, exact model and interface information so JCZ can provide the corresponding laser connection configuration.

5. Can DLC2-V4 work with JPT MOPA lasers?

Yes. JCZ provides compatible MOPA laser control interface solutions. The required connections and control functions depend on the selected MOPA source model.

6. Does DLC2-V4 support CO₂, UV and YAG lasers?

Yes. These laser types are included in JCZ’s published DLC2-V4 compatibility range. The appropriate laser interface and connection components are selected for the actual laser source.

7. Can DLC2-V4 control XY2-100 digital galvo scanners?

Yes. XY2-100 is among the published galvo protocols supported by the DLC2-V4 platform.

8. Can I use a 20-bit scanner with DLC2-V4?

JCZ offers high-resolution digital scanner interface configurations using the corresponding supported protocol and hardware. Provide the scanner model and protocol specification so the required interface can be included in the controller package.

Request a Quote for DLC2-V4 Laser Controller Boards and OEM Solutions

JCZ supplies DLC2-V4 Gigabit Ethernet laser controllers, DLC2-V4-MC4 four-axis configurations, MX4 expansion solutions, compatible laser and galvo interface hardware, and custom OEM control electronics for laser marking equipment, precision laser-processing systems, automated production lines and multi-station machinery.

Send us your required DLC2-V4 model, laser source, galvo scanner, I/O signals, encoder and motion requirements, expansion modules, and purchasing quantity. For custom projects, include your interface drawings, connection specifications and software integration requirements. We will use these details to prepare the appropriate controller configuration and purchasing offer.

Request DLC2-V4 Controller Pricing