NANO DPSS

Nano DPSS is a compact DPSS laser marking system for precision marking, controlled coating ablation and selected delicate substrates. Its all-in-one design supports straightforward integration into industrial equipment, while its short-pulse laser technology helps achieve precise results on applications that require careful process control.

Macsa id assesses the material, coating, marking requirement and production conditions before defining the right configuration. This allows us to validate marking quality, contrast and cycle time on the real component.

Precision marking and coating ablation

Nano DPSS uses a DPSS laser source based on an Nd₄ active medium. Its short pulse width makes it suitable for applications that require precise marking or controlled removal of a surface coating.

Depending on the material and required result, the system can support:

• Permanent identification codes and traceability data.
• Logos, symbols and technical information.
• High-contrast marks on selected metal and plastic components.
• Controlled coating ablation on coated parts.
• Precision marking on delicate substrates.

Every material reacts differently to laser energy. Therefore, Macsa id validates the application on a representative sample before production.

Compact integration for industrial marking

All-in-one design for efficient installation

Nano DPSS provides a compact and cost-effective option for industrial laser marking projects where installation space, ease of integration and marking quality matter.

Its compact format helps machine builders and manufacturers incorporate laser marking into automated equipment without adding unnecessary complexity.

Communication for connected production lines

The system includes onboard digital I/O and TCP/IP communication protocols. As a result, Nano DPSS can exchange signals with production equipment and support a coordinated marking process.

The dual-processor architecture also supports fast cycle times by managing laser control and production data efficiently.

Laser marking for metals, plastics and delicate substrates

Nano DPSS provides quality coding on a wide range of metallic and plastic materials. It is particularly relevant when the application requires more precise control than a conventional marking process can provide.

Typical considerations include:

• Material composition and surface finish.
• Presence and thickness of coatings.
• Required code size and contrast.
• Marking position and part geometry.
• Required cycle time and integration method.

For applications involving sensitive materials, a coating layer or fine details, sample testing helps determine whether Nano DPSS is the most suitable laser technology.

Integrate Nano DPSS in-line or in a workstation

Macsa id can integrate Nano DPSS into automated production lines or configure it with the iLaserBox 450 standalone workstation.

An in-line integration suits automated marking processes. The iLaserBox 450 provides an alternative for static parts, lower-volume production, semi-manual operations or applications that require a dedicated marking station.

Explore our industrial laser marking solutions to compare related technologies and configurations.

Validate your application before implementation

The right laser solution depends on the component, surface coating, code requirement and production conditions. Send us a sample or application details, and our team will assess the marking result and integration option.