
The SPA2 D Green UV by Macsa id is a solid-state laser range designed for industrial marking on delicate plastics, coated substrates and special materials. Its DPSS, Green and UV technologies allow the wavelength and marking result to be tailored to the requirements of each application.
SPA2 D Green UV marks batch codes, dates, 2D codes, QR codes, DataMatrix codes, serial numbers, product references, logos and other variable data on bottles, tubes, tubs, dispensers and other packaged products.
SPA2 D Green UV is suited to applications that require precision, clear contrast and reduced thermal impact on the substrate. Its technology options help achieve reliable codes on plastics and delicate materials where surface preservation and code quality are critical.
Final compatibility should always be validated on the actual material, colour, coating and surface. This makes it possible to select the right SPA2 D Green UV configuration for each industrial marking requirement.
The SPA2 D Green UV range includes technology options for specific applications:
Green and UV options can work on challenging substrates with limited thermal effect. They can also support coating ablation and special surface applications once the process has been validated.
The DUO dual-processor technology in SPA2 D Green UV manages variable data in production lines while maintaining high marking quality. The system can code batch numbers, dates, barcodes, 2D codes, product references and other production data.
This supports product traceability in pharmaceutical, cosmetics, food, beverage, personal care, electronics and consumer goods applications.
SPA2 D Green UV includes a 10.1-inch touchscreen with Macsa Touch OS, contextual help and operator guidance. It can be integrated into automated lines through TCP/IP and, depending on the configuration, through protocols such as Profinet and OPC-UA.
The range is available in configurations for standard, dusty, damp and washdown production environments, with protection levels adapted to the installation.

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