2D SPA Series Scanhead
- Technology
- DPSS lasers
- Partner
- SOING Photonics
The SOING Photonics 2D SPA Series Scanhead is a two-axis galvanometer laser scanning solution designed to deliver fast, accurate and repeatable beam positioning for industrial laser processing.
Using precision galvanometer technology to control the laser beam across the X and Y axes, the SPA Series provides the speed and positioning performance needed for applications including laser marking, engraving, cutting, welding, cleaning and surface treatment.
As part of SOING Photonics’ wider Galvo scan-head portfolio, the SPA Series is designed for integration into laser processing systems where reliable high-speed scanning, precision and compatibility are essential. SOING’s scan-head portfolio covers a range of laser technologies and applications, including 2-axis Galvo scanners, 3D scanners and high-speed solutions for industrial marking.
Built for precise, high-speed laser processing
The SPA Series combines fast beam deflection with accurate positioning to help manufacturers achieve consistent processing results across a wide range of materials and applications.
Its 2D scanning architecture makes it particularly well suited to applications where the laser needs to move rapidly and precisely across a flat working plane. This makes the scanhead an important component in automated laser marking and processing equipment, helping maximise throughput while maintaining process quality.
For current model availability and detailed technical specifications, contact us for the latest SOING Photonics SPA Series datasheet and configuration options.
Range features
A high level overview of what this range offers
- High-speed 2D laser scanning
Rapid X-Y beam movement enables efficient processing of text, graphics, patterns and complex geometries, helping reduce cycle times and increase machine throughput.
- Precision galvanometer technology
The SPA Series uses galvanometer-driven mirrors to position the laser beam accurately, supporting consistent and repeatable processing results.
- Accurate beam positioning
Precise control of the laser beam helps produce clean marks, detailed graphics and repeatable processing across production runs.
- Designed for industrial laser systems
The scanhead is intended for integration into professional laser processing equipment, making it suitable for automated production environments and OEM machine builds.
- Broad application potential
The 2D scanning architecture makes the SPA Series suitable for a variety of laser processes, including marking, engraving, cutting, welding, cleaning and surface treatment.
- Flexible laser integration
SOING develops scan heads for use across different laser wavelengths and applications, allowing the appropriate scanhead configuration to be selected according to the laser source and processing requirements.
- Built for productivity
Fast scanning and precise positioning help reduce unnecessary beam movement and processing time, supporting higher production throughput without compromising the quality of the finished result.
- Part of a wider SOING scanning portfolio
The SPA Series sits within SOING Photonics’ broader range of Galvo scanning solutions, giving system designers access to complementary technologies for 2D, 3D and high-speed laser processing applications.
What’s in this range?
All the variants in the range and a comparison of what they offer
| Specification | SPA Series |
|---|---|
Product type | 2D Galvo Scanhead |
Scanning axes | X / Y |
Scanning technology | Galvanometer |
Primary function | High-speed 2D laser beam positioning |
Typical applications | Marking, engraving, cutting, welding, cleaning and surface treatment |
Laser wavelength | Configuration dependent |
Input beam aperture | Model/configuration dependent |
Maximum scanning speed | Model/configuration dependent |
Positioning speed | Model/configuration dependent |
Scan angle | Model/configuration dependent |
Scan field | Dependent on F-theta lens and system configuration |
Compatible laser source | Configuration dependent |
Cooling | Model/configuration dependent |
Communication/interface | Configuration dependent |
Operating temperature | Refer to current SOING datasheet |
Dimensions | Model dependent |
Weight | Model dependent |
