The SPARK CO₂ laser coder by Macsa id is designed to apply expiry dates, batch numbers, 2D codes, QR codes, references and other variable data directly onto products and packaging. Its CO₂ laser technology delivers permanent, legible codes without the use of inks or solvents.
Built for production lines that require reliable coding, simple operation and controlled running costs, SPARK can be integrated into packaging processes across food, beverage, cosmetics, personal care, pharmaceutical and consumer goods sectors.
SPARK uses CO₂ laser technology to create a direct mark on the product or pack. By removing the need for inks and solvents, it reduces consumable handling and avoids ink spills on the production line.
The result is a clean, permanent and high-contrast code that supports product traceability, protects product identification and helps keep information legible throughout distribution.
The SPARK CO₂ laser coder creates messages including expiry dates, batch numbers, times, barcodes, QR codes, DataMatrix codes, serial numbers, text and logos. This makes it easier to respond to production changes and real-time traceability requirements.
Built-in message templates help streamline coding jobs and reduce the time needed to create new layouts. On-screen preview allows operators to check the message before marking begins.
SPARK features a 10.1-inch touchscreen and intuitive software to simplify daily operation. Its setup wizard and maintenance video tutorials help reduce commissioning time and support routine tasks on the line.
The system includes Ethernet connectivity for integration into production environments and remote equipment status management. It can also work with Macsa id’s IntegraNet 4.0 platform for equipment monitoring and maintenance planning.
SPARK is available in 10 W and 30 W versions to suit different applications and production speeds. It is suitable for a broad range of packaging materials, including cardboard, paper, glass, wood, selected plastics and films. The final result should always be validated on the actual substrate, colour and finish.
Typical applications include:
SPARK operates without inks or solvents, helping to reduce the waste associated with conventional coding technologies and simplifying consumable management on site.
Its combination of permanent marking, straightforward operation, connectivity and compact integration makes SPARK a strong solution for manufacturers seeking to improve traceability without compromising productivity.
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