AFYS3G unveils Lambda768 laser marking system
AFYS3G has launched the Lambda768 Information Marking System, a laser marking solution designed to enhance sample traceability in clinical and research laboratories. The system processes up to 500 tubes per hour across multiple rack formats, addressing the growing demand for efficient sample identification in high-throughput environments.
High-throughput capacity for varied laboratory needs
The Lambda768 can mark up to eight ANSI/SLAS racks simultaneously, supporting 96-well, 48-well, and 24-well formats. The system handles mixed formats in a single run, providing versatility for laboratories working with different tube types. A built-in turntable accelerates the picking and placing process, optimising marking speed and workflow efficiency.
The system is compatible with tubes from Micronic, Azenta, and LVL Technologies, allowing integration with existing laboratory supplies. This compatibility enables laboratories to maintain their current tube inventory whilst adopting the new marking technology.
Durable marking for challenging conditions
The Lambda768 offers high-resolution laser engraving capabilities for images, logos, text, and batch identifiers directly onto tube surfaces. According to the company, these laser markings demonstrate resistance to chemicals, abrasion, and extreme temperatures ranging from -196°C to +100°C, ensuring long-lasting legibility in cryogenic storage and other demanding conditions.
The permanent marking approach eliminates concerns associated with traditional labels, such as deterioration, detachment, or illegibility over time. This feature proves particularly valuable for long-term sample storage in biobanks and research repositories.
User-friendly operation and integration
The system features an intuitive touchscreen interface with user-friendly software designed for operation by laboratory staff regardless of technical experience. An internal camera monitors the marking process in real-time, providing quality control throughout the procedure.
The Lambda768 operates via an internal PC and supports connectivity through external computers, LIMS systems, USB, or TCP/IP connections. A removable side panel facilitates integration into automated laboratory environments, reducing manual intervention and supporting streamlined workflows.
Addressing laboratory efficiency requirements
“The new AFYS3G laser marker can mark up to 8 ANSI/SLAS racks simultaneously, including 96-well, 48-well, and 24-well format,” the company noted. “With a marking capacity of 500 tubes per hour, the Lambda768 enhances productivity by ensuring fast and reliable processing, enabling laboratories to easily handle larger sample tube volumes.”
The system’s flexibility in engraving capabilities allows laboratories to customise marking content according to their specific requirements, from simple identification codes to complex batch tracking information.
AFYS3G, based in Emmen, the Netherlands, specialises in developing laboratory devices for the life science industry. The company’s product range includes laser markers, screw cap recappers, code readers, and thawing stations, alongside CNC machining and 3D printing services for tailored laboratory solutions.
For more information, visit: www.afys3g.com
Digital issue: Please click here for more information
