Hubron Laser Marking Masterbatch. Perfect for increasing your sustainability
Hubron have developed a Laser Marking additive masterbatch solution which can be integrated into plastics to provide a permanent black, high contrast colour change.
Our additive masterbatch is suitable for a wide range of plastics, from polyolefins to engineering resins. This laser marking additive masterbatch can be used for applications such as printing lot numbers, expiry dates, logos, readable QR codes and tamper proof anti-counterfeit technology.
Key benefits
When used in combination with an appropriate CO2, our laser product benefits include:
- High quality, permanent marking: light, heat, scuff, and wash resistant
- Excellent image clarity and sharpness that can provide a clear and readable QR code
- Efficient laser solution with fast coding speeds which increases productivity
- Eliminates consumables from production environments
- Removes foaming, burning and ablation area
- Print anywhere, even on stepped or curved surfaces
Using our Masterbatch additive is perfect for increasing your sustainability, improving efficiency and enhancing the integrity of your brand. Using additive Masterbatch with CO2 lasers provides a cheaper option compared to UV and fibre alternatives.
Applications
This product can be used for photonic printing in a range of different applications including:
- Automotive Parts
- Electronic Components
- Industrial Cables and Pipes
- HPC Bottles and Tubes
- Caps and Closures
- Agriculture ID Tags
- Medical
How it works
- The DataLase Masterbatch Additive is integrated into raw material, in pellet format and extruded/injected during the product manufacturing process.
- Standard CO2 scribing lasers, positioned at the end of the line, activate the functional additive within the product to print variable information directly onto the product surface.
- Products are ready to enter the distribution network with clear, permanent, anti-counterfeit and tamper-proof coding.
Applications
DataLase Materbatch Additive is used to achieve permanent coding and decoration for extruded plastics, such as:
Automotive
Parts
Electronic
Components
Industrial
Cables and Pipes
HPC
Bottles and tubes
Caps and Closures
Agricultural
Cattle ID tags
Medical