Linx UV Laser Marking Machine
Linx UVG5 UV Laser Coder
The Linx UVG5 UV laser coder is the ultimate solution for permanent marking on flexible films and rigid plastics. By removing the reliance on consumables, it not only reduces operational costs but also ensures that the substrate remains intact and unblemished. This advanced UV laser coder offers higher production throughput through rapid product marking and allows for seamless integration into existing production lines.
Its intuitive interface ensures that operators can quickly learn to use the system, minimising training time and maximising productivity.
Linx UV Laser Coder Key Benefits
Performance
- Increased product throughput in a shorter time and line utilisation cost savings with marking up to 2000 characters/second
- Reduced risk of damage to packaging as the UV laser creates minimal thermal stress on substrates compared to CO2 and Fibre marking
- Highly visible and highly readable traceability codes delivered by smoother-edged codes with higher contrast
Integration and Setup
- Built-in integrated Focus Shift means quick product changeovers with no mechanical adjustments to the production line for different size products
- Easy integration into existing production lines, even in difficult or space restricted areas with the flexibility of the laser extension and turning units
Ease of Use
- User-friendly LinxVision user interface allows mistake-free operator interaction
- Built-in Pilot Laser eliminates costly product waste by ensuring products are marked in the right place
- Operator accuracy and simplified marking distance setup with the built-in Focus Finder
UV Laser Marking Machine vs CO2 and Fibre Laser
UV lasers are different to other marking lasers such as CO2 and fibre. UV uses high-energy photons to break chemical bonds in materials, a process known as ‘cold processing’, which minimises thermal damage to surrounding areas.
By minimising thermal stress, UV laser marking ensures substrate integrity and reduces the risk of damage, making it an ideal choice for marking sensitive materials where traditional CO2 and fibre lasers may cause undesirable effects.
Choosing the Right Substrates for UV Laser Coders
UV lasers are an ideal coding solution for a diverse range of materials including delicate mono-recyclable films, glass and difficult to mark rigid plastics such as HDPE, LDPE and PP, whilst maintaining the integrity of the product.
Capable of marking human-readable text and logos as well as machine-readable codes such as 2D Data Matrix, QR including GS1, the UVG5 delivers consistent code quality to support traceability requirements.
UV Laser Marking Machines: Industrial Applications
UV laser marking machines have revolutionized various industries, providing precise and permanent marking solutions. From packaging and automotive to electronics and healthcare, businesses are increasingly adopting UV laser technology for its precision and efficiency. Industries such as consumer goods, aerospace, and pharmaceuticals also leverage UV laser marking for high-quality and permanent identification on a wide range of materials.
GS1-Compliant Coding across Linx Technologies
Linx coding and marking solutions support the application of GS1-compliant 2D barcodes across a wide range of production environments, from high-speed lines to flexible packaging and permanent marking applications.
Designed for reliability, ease of use and consistent code quality, Linx technologies help manufacturers implement traceable, scannable GS1 codes with confidence.
The UVG5 laser is optimised for delicate or hard-to-mark substrates such as mono-material films and specialist packaging where fine coding detail and substrate care are critical.
Request a UV Laser Sample Print
Request a sample print or product demonstration from Linx. Our UK team can help assess your application and recommend the right laser coder configuration for your line.
Resources
UVG5 Datasheet
Technical Specification
UV laser coder
Maximum laser output: 4W
Laser tube wavelengths: 355 nm
Line speed: up to 600 m/min (application dependent)
Maximum marking speed: 1200 m/min (application dependent)
Marking area: Up to 259 mm x 393 mm
Number of lines of text: only limited by character size and marking field size
Character height: up to marking field size
Print rotation: 0-360°
Head mounting options: down (90°), or straight shooter (0°), variable length Beam Extension Units (BEU), 90° Beam Turning Unit (BTU)
Pilot Laser, focus finder and focus shift, available as standard
Code options: Code options: date, time, static text, variable text, serial numbers, shift codes, increment/decrement (batch count), 1D/2D barcodes, graphics and logos, Julian date, Custom date and time formats, 2D Data Matrix, QR including GS1.
IP rating protection class: IP54 or IP65 (optional)
Cleaner Coding Backed By Industry Insight
Independent testing by fume extraction experts Donaldson BOFA has shown that UV laser marking generates fewer and smaller particles than some traditional laser technologies. These findings highlight the importance of using a suitable extraction system to help maintain a clean, controlled production environment.
These insights reinforce what Linx customers already experience with the Linx UVG5 — precise, low-impact coding that delivers high-quality results on delicate materials. The UVG5 is fully compatible with a range of industrial extraction systems designed for laser processes.
Learn more about the UV laser emissions Donaldson BOFA report and extraction best practices
