AFYS3G Lambda8 Manual Tube & Labware Laser Marker
The Lambda8 by AFYS3G is a highly versatile manual laser marking system designed for permanent laboratory sample identification. It is capable of engraving sample storage tubes (from 0.30ml to 15.00ml), ANSI/SLAS format racks, caps, and microscope slides. By utilizing laser technology, the system ensures that markings cannot be separated from the surface, providing reliable, long-term traceability without the need for physical labels.
| Feature | Specification |
| Voltage | 110-230 VAC |
| Dimensions | 253 x 279 x 481 mm |
| Weight | 13 kg |
| Operating Temperature | Room temperature (5°C to 30°C) |
| Maximum Marking Speed | 5000 mm/s |
| Marking Area | ~100 mm x 100 mm |
| Compatibility | Tubes (0.30 ml to 15.00 ml), caps, racks from Azenta (FluidX), LVL Technologies, and Micronic |
| Code | Article Description | Dimensions |
| A20101 | AFYS3G Manual Information Marking System Lambda8 | 482 x 416 x 778 mm |
| A20102 | AFYS3G Manual Information Marking System Lambda8 + Integrated PC* | 482 x 416 x 778 mm |
| A20501 | AFYS3G Air Filtration System | 420 x 425 x 400 mm |
| (Note: PC is not included) | ||
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Reliable Sample Traceability
Streamlined Manual Laser Marking with Lambda8
The Lambda8 is a compact, benchtop system designed to provide permanent identification for a wide range of laboratory consumables. By utilizing a laser to engrave directly onto the surface of tubes, racks, and slides, the system eliminates the need for labels or ink ribbons. The integrated software allows users to easily design and apply 2D codes, barcodes, and text, ensuring high-resolution results even on frozen labware.
Key benefits
Broad Material Compatibility
Accurately mark a wide range of laboratory items and materials, including plastics, aluminum, stainless steel, and titanium.
Extreme Temperature Resistance
Laser-engraved markings provide exceptional durability, resisting chemical exposure, mechanical abrasion, and extreme temperature fluctuations from +100°C down to -196°C.
Permanent Identification
High-resolution laser engraving ensures that critical sample information never wears off, maintaining sample integrity and traceability throughout the entire storage lifecycle.
Intelligent Operation
Consumable-Free Marking with Intuitive Software
The Lambda8 uses advanced laser technology to engrave high-resolution markings directly onto labware surfaces, completely eliminating the need for traditional labels, ink ribbons, and associated consumables. The system includes user-friendly software that allows researchers to easily create and select a variety of markings, including 1D barcodes, 2D codes, logos, text, and batch IDs. Markings can be precisely engraved into non-transparent areas of sample tubes, ensuring readability regardless of sample color or type.
Technical Considerations for Manual Laser Marking
Common inquiries regarding the implementation of the Lambda8 system in research and clinical workflows.
Unlike adhesive labels that can peel or degrade, laser marking provides a permanent, high-contrast engraving directly on the labware. This ensures 100% readability and traceability even after long-term storage in liquid nitrogen (-196°C) or exposure to chemicals like DMSO and ethanol.
Yes, the system is designed to mark tubes that are already frozen. The laser technology effectively penetrates thin layers of frost to create a permanent mark without compromising the thermal integrity of the sample.
The Lambda8 is a consumable-free system, meaning there are no ink ribbons or print heads to replace. Maintenance is minimal, primarily involving the periodic inspection of the air filtration system to ensure optimal air quality within the laboratory.
The system is highly versatile and can be configured to mark tubes, racks, and slides from a wide variety of industry-standard suppliers, including aluminum and stainless steel components.
The Lambda8 is classified as a Class 1 laser product. It features a fully enclosed housing with safety-interlocked doors and specialized laser-safe glass, ensuring it is safe for operation in standard laboratory settings without additional protective gear.
