| Speed | |
| Marking Speed | 6000 mm/s |
| Positioning Speed | 15 m/s |
| Step Response Time (1% Of Full Scale) | 300 us |
| Step Response Time (10% Of Full Scale) | 700 us |
| Tracking Error Time | 220 us |
| Precision and Error | |
| Linarity | 99.60% |
| Repeatability | < 22 μrad |
| Gain Error | < 5 mrad |
| Zero Offset | < 5 mrad |
| Long – Term Drift Over 8 Hours | < 0.3 mrad |
| Scale Drift | < 80 ppm /K |
| Zero Drift | < 30 μrad /K |
| Wavelength | 10600 nm / 1064 nm / 355 nm |
| Power and Signal | |
| Input Voltage | ± 15 V DC |
| Rated Current | 3A |
| Interface Signal | XY2-100 |
| Scan Angle | ±0.19 rad |
| Working Current, Temperature, Dimension | |
| Working Temperature | 10℃ – 40℃ |
| Storage Temperature | -20℃ – 60℃ |
| Aperture | 10 mm |
| Scanner Dimension | 114×96.5×95.4 mm |
| Scanner Weight | 1.9 kg |
| Speed | |
| Marking Speed | 4000 mm/s |
| Positioning Speed | 10000 mm/s |
| Writing Speed | 590 cps |
| Step Response Time (1% Of Full Scale) | 350 us |
| Step Response Time (10% Of Full Scale) | 750 us |
| Tracking Error TimeP | < 178 us |
| Precision and Error | |
| Linarity | 99.90% |
| Repeatability | < 2 μrad |
| Gain Error | < 250 mrad |
| Zero Offset | < 150 mrad |
| Long – Term Drift Over 8 Hours | < 0.5 mrad |
| Scale Drift | < 150 ppm / ℃ |
| Zero Drift | < 2 μrad / ℃ |
| Wavelength | 10600 nm / 1064 nm / 355 nm |
| Power and Signal | |
| Input Voltage | ± 15 V DC |
| Rated Current | 3A |
| Interface Signal | XY2-100 |
| Scan Angle | ±0.35 rad |
| Working Current, Temperature, Dimension | |
| Working Temperature | 0℃ – 45℃ |
| Storage Temperature | 0℃ – 60℃ |
| Aperture | 10 mm |
| Scanner Dimension | 114×96.5×96 mm |
| Scanner Weight | 1.39 kg |
GO7 Series 2D Galvo Scanner Head for Laser Marking Systems
The GO7 Series 2D galvo scanner head is a dual-axis digital galvanometer scanner designed for laser marking, engraving, and other compatible laser processing systems. It directs the laser beam along the X and Y axes, making it suitable for flat-surface processing applications where controlled beam positioning and repeatable scanning are required.
JCZ provides GO7 Series laser galvo scanner heads for OEM laser machine builders, equipment manufacturers, system integrators, and industrial laser solution providers. The appropriate configuration depends on the laser wavelength, optical setup, required marking field, scanning performance, and control system.
- Dual-axis digital galvo scanner for 2D laser processing
- XY2-100 digital interface listed for the GO7 configurations
- Optical configurations selected according to laser wavelength
- Suitable for compatible laser marking and engraving systems
- Technical configuration support for OEM integration
GO7 Series 2D Galvo Scanner Specifications
The GO7 Series includes configurations with different scanning performance and optical requirements. Confirm the exact model and configuration before comparing specifications or placing an order.
| Parameter | Specification / Selection Notes |
|---|---|
| Scanner Type | Two-axis digital galvo scanner head |
| Scanning Axes | X and Y axes for 2D beam positioning |
| Digital Interface | XY2-100, subject to confirmation for the selected configuration |
| Laser Wavelength | Select according to the laser source and mirror coating. Confirm the available wavelength for the exact model. |
| Input Aperture | Confirm the selected aperture against the incoming beam diameter and optical configuration. |
| Marking Speed | Configuration-dependent; confirm the model-specific datasheet. |
| Positioning Speed | Configuration-dependent; confirm the model-specific datasheet. |
| Step Response and Tracking Error | Confirm the values for the selected GO7 configuration. |
| Repeatability and Drift | Confirm model-specific performance requirements and test conditions. |
| Scan Angle | Confirm the selected scanner configuration and optical setup. |
| Electrical Requirements | Check the rated voltage and current in the corresponding datasheet. |
| Dimensions and Weight | Confirm the mechanical drawing for the selected model. |
For a complete technical evaluation, request the model-specific datasheet, mechanical drawing, and recommended lens configuration. Performance figures should be compared under equivalent test conditions.
Key Features of the GO7 Series 2D Galvo Scanner Head
Dual-Axis Digital Beam Scanning
The GO7 Series uses two galvanometer-controlled axes to direct the laser beam across a two-dimensional processing field. This scanning architecture is suitable for applications such as text marking, serial-number marking, QR code marking, and flat-surface engraving. Actual processing performance depends on the selected scanner, laser source, lens, and control configuration.
Configuration for Different Laser Wavelengths
The optical configuration of a 2D galvo scanner head must match the wavelength of the laser source. Mirror coating, input beam diameter, scanner aperture, and optical alignment all affect compatibility. Confirm these parameters before ordering a GO7 scanner for a fiber, UV, CO2, or other laser system.
Scanning Performance for Equipment Integration
Marking speed alone does not determine the throughput of a laser marking machine. Positioning speed, step response, tracking error, repeatability, drift, marking-field size, and the complexity of the processing pattern also influence cycle time and marking quality. Select the GO7 configuration according to the actual operating requirements of your equipment.
Integration with Compatible Control Systems
The GO7 Series is listed for use with compatible EZCAD2 and EZCAD3 control solutions. Compatibility depends on the scanner interface, controller, software version, and system configuration. Verify the complete signal and control architecture before integrating the scanner into a new machine or replacing an existing unit.
For controller selection, see JCZ Laser Controller Products.
Applications of the GO7 Series 2D Galvo Scanner
A 2D galvo scanner head is typically selected for laser processes where the workpiece can be processed within a defined focal plane. The GO7 Series can be evaluated for the following applications, subject to the laser source, optical configuration, and process requirements.
Laser Marking and Product Identification
For industrial marking systems, a GO7 2D galvo scanner can be evaluated for logos, text, serial numbers, QR codes, Data Matrix codes, and other identification marks on compatible materials. The required marking field, line quality, cycle time, and laser parameters should be confirmed during system selection.
Metal and Plastic Engraving
For engraving applications, select the scanner and F-theta lens according to the required field size, focused spot, scan response, material, and laser process. Deep engraving and other demanding applications may require additional evaluation of thermal drift and process stability.
OEM Laser Marking Equipment
OEM machine builders can evaluate the GO7 Series when designing standard 2D laser marking equipment. Before integration, confirm the scanner’s mechanical dimensions, optical configuration, interface, controller compatibility, and operating conditions.
Other Laser Processing Applications
The GO7 Series may also be evaluated for compatible engraving, cutting, cleaning, or welding systems. Suitability depends on the actual process, laser power, optical components, scan dynamics, and required production performance. A scanner intended for standard marking should not automatically be assumed suitable for every cutting or welding application.
How to Select the Right 2D Galvo Scanner Head
Selecting a laser galvo scanner requires more than comparing headline speed figures. Machine builders should evaluate the complete optical and control system before choosing a model.
| Selection Factor | What to Confirm |
|---|---|
| Laser Wavelength | Confirm that the scanner’s mirror coating and optical configuration match the laser source. |
| Input Beam Diameter | Match the incoming beam to the scanner aperture and optical design. |
| F-Theta Lens | Check lens input aperture, focal length, working distance, processing field, and focused spot requirements. |
| Marking Speed and Cycle Time | Evaluate positioning speed, response time, tracking error, and the actual marking pattern rather than speed alone. |
| Accuracy and Stability | Confirm repeatability, linearity, and drift requirements for the intended production environment. |
| Controller Compatibility | Verify the digital interface, controller, software version, and required signal connections. |
| Mechanical Integration | Check mounting dimensions, installation space, cable routing, and operating temperature. |
If your application requires curved-surface processing, changing focal height, or dynamic Z-axis focus, compare a standard 2D galvo scanner with a G3-3D Galvo Scanner before finalizing the system architecture.
GO7 Series vs. G3 Series 2D Galvo Scanners
The GO7 and G3 Series serve different equipment requirements. Choose between them according to the required performance, processing conditions, and total system budget rather than assuming that one series is suitable for every application.
| Comparison Factor | GO7 Series | G3 Series |
|---|---|---|
| Typical Selection Focus | Standard 2D laser marking and general-purpose machine integration with a cost-conscious approach. | Applications requiring a more specific balance of response, repeatability, stability, or performance. |
| Product Range | GO7 Series configurations | G3 Base, G3 Std, and G3 Ult configurations |
| Selection Priority | Match the required marking performance and system budget. | Match the required dynamic response, accuracy, and operating conditions to the selected configuration. |
| Final Selection | Compare model-specific datasheets under equivalent test conditions and confirm optical and controller compatibility. | |
View the 2D Galvo Scanner range to compare available models, or contact JCZ for assistance with application-specific selection.
Matching the GO7 Scanner with an F-Theta Lens
The galvo scanner and F-theta lens should be selected as a coordinated optical system. The lens affects the working distance, processing field, and focused spot, while the scanner aperture and incoming beam diameter must also be compatible.
When selecting an F-theta lens for a GO7 2D galvo scanner head, confirm the required marking area, focal length, laser wavelength, input beam diameter, and optical aperture. Do not select a lens based on focal length alone.
See the F-Theta Telecentric Lens range for related optical components. Confirm lens compatibility with the selected scanner configuration before ordering.
GO7 2D Galvo Scanner for OEM and System Integration
For OEM laser machine manufacturers and system integrators, choosing a 2D galvo scanner head is part of a broader engineering decision. The scanner must work with the laser source, optics, controller, software, and machine structure as a complete system.
When requesting a GO7 Series quotation or technical recommendation, provide the following information where available:
- Laser source brand, model, and wavelength
- Incoming beam diameter and required scanner aperture
- Required marking field and F-theta lens configuration
- Target marking speed, accuracy, and production cycle time
- Current scanner and controller model, if replacing equipment
- Control interface and software version
- Intended application and operating environment
- Estimated quantity and project stage
These details help determine whether the GO7 Series is appropriate for your application and which configuration should be evaluated. If a different scanning architecture is required, JCZ can help identify a suitable product within its galvo scanner range.
Frequently Asked Questions About the GO7 2D Galvo Scanner Head
1. What is a 2D galvo scanner head?
A 2D galvo scanner head uses two galvanometer-controlled axes to direct a laser beam along the X and Y directions. It is commonly used in laser marking and engraving systems that process workpieces within a defined focal plane.
2. What applications is the GO7 Series designed for?
The GO7 Series is designed for compatible 2D laser processing systems, including marking and engraving applications. Its suitability for cutting, cleaning, or welding depends on the specific laser process, optical configuration, and system requirements.
3. Which laser wavelengths are available for the GO7 Series?
Wavelength compatibility depends on the scanner’s mirror coating and optical configuration. Confirm the exact wavelength and configuration for your selected GO7 model before ordering.
4. Is the GO7 Series compatible with EZCAD2 and EZCAD3?
The GO7 product information lists compatibility with EZCAD2- and EZCAD3-based control solutions. Actual compatibility depends on the controller, interface, software version, and system setup. Confirm your complete configuration with JCZ before integration.
5. Which interface does the GO7 Series use?
The current GO7 product information lists the XY2-100 digital interface. Confirm the interface and signal requirements for the exact model and controller combination before installation.
6. How do I choose the correct F-theta lens for a GO7 scanner?
Select the lens according to the required marking field, focal length, working distance, laser wavelength, and incoming beam diameter. The lens aperture must be compatible with the scanner and the complete optical configuration.
7. What is the difference between a 2D and a 3D galvo scanner?
A standard 2D galvo scanner controls the laser beam in the X and Y directions. A 3D galvo scanner adds dynamic focus control to accommodate changes in surface height or geometry. For curved surfaces or variable-height workpieces, consider the G3-3D Galvo Scanner.
8. How can I confirm whether the GO7 Series fits my existing machine?
Provide the existing scanner model, laser source and wavelength, beam diameter, F-theta lens, controller, interface, and required marking field. JCZ can use this information to help assess configuration compatibility before you place an order.
9. How can I obtain the GO7 Series price and technical datasheet?
Contact JCZ with your application, required configuration, and estimated quantity. Request the corresponding datasheet, mechanical drawing, configuration recommendation, and quotation for the selected GO7 Series model.
