Laser Date Code Printer for Polyamide Thermal Break Strips

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POLYWELL Laser Date Code Printer: Date Marking for Polyamide Thermal Break Strips

This page focuses on POLYWELL’s laser date code printer, designed to print production dates, expiration dates, or shelf life codes on polyamide thermal break strips—supporting compliance and traceability, with 15+ years of industry experience. The printer delivers clear, permanent date codes on polyamide, compatible with fast production lines. It offers technical support (e.g., syncing date updates with production shifts) and DFM services to align the printer with strip processing. On site service resolves date coding issues, while lifelong training helps clients manage the printer. Client testimonials (Mr. Paolo Celani praising precise services) confirm reliability, and the 6 step cooperation process covers printer quoting and delivery for manufacturers.
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Advantages of the product

Clean and Environmentally Friendly Operation

Laser marking is a clean process that does not require inks, solvents, or other consumables. This eliminates the cost and environmental concerns associated with purchasing, storing, and disposing of these materials. It also creates a cleaner and safer working environment for operators, free from chemical fumes or ink spills, aligning with modern sustainable manufacturing practices.

Related products

A laser date code printer is a specialized industrial system designed for the sole purpose of applying permanent, high-resolution date and time information onto products and packaging. This device is a critical element in manufacturing traceability, inventory rotation, and regulatory compliance, particularly in industries like food and beverage, pharmaceuticals, and electronics where expiration dates and batch tracking are mandatory. Operating on the principle of non-contact laser marking, it uses a focused beam to create a crisp, indelible mark by subtly changing the surface of the material, whether it's a plastic bottle, a glass vial, a metal can, or a cardboard box. The system is typically driven by software that automatically updates the date and time in real-time, ensuring every product leaving the line is accurately marked. Compared to traditional methods like inkjet coding, a laser date code printer offers superior advantages: the marks are smudge-proof and cannot be wiped off, there are no consumables like inks or solvents to purchase and manage, which reduces operational costs and environmental impact, and the maintenance is significantly lower. The technology also allows for high-speed marking, easily keeping pace with modern production lines, and provides exceptional flexibility in font style and size. For manufacturers of technical components, such as polymer profiles, this printer can etch manufacturing dates and batch codes directly onto the product, providing a permanent record that withstands harsh environmental conditions, handling, and the test of time, thereby ensuring full lifecycle traceability and enhancing quality assurance protocols.

Frequently Asked Questions

How does non contact marking benefit the thermal break strip?

Non contact marking eliminates any risk of mechanical stress or deformation that could be caused by a physical stylus or printer head pressing against the strip. It ensures the structural integrity and precise dimensions of the profile are completely unaffected. This is critical for a component whose dimensional accuracy is vital for its performance and fit within the aluminum profile.

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customer evaluation

Ryder

The laser marker provides a permanent, abrasion resistant mark that will not fade or rub off. We now have complete traceability from our production line to the installation site. The ability to mark batch numbers and dates has greatly enhanced our quality control and recall management processes.

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Permanent and High Contrast Marking for Traceability

Permanent and High Contrast Marking for Traceability

Our laser marking machines create permanent high contrast marks on the polyamide strip that will not fade smear or wear off under normal handling and use This permanence is essential for traceability allowing manufacturers to imprint batch numbers date codes material grades or logos This supports quality control simplifies inventory management and enables precise tracking throughout the products lifecycle
Non Contact Process that Prevents Material Damage

Non Contact Process that Prevents Material Damage

Unlike mechanical engraving or ink printing laser marking is a non contact process The laser beam etches the surface without applying any physical force to the strip This eliminates the risk of mechanical stress deformation or micro cracks that could compromise the structural integrity of the thermal break ensuring the marked product remains as strong and reliable as an unmarked one
High Speed and Programmable for Flexible Coding

High Speed and Programmable for Flexible Coding

Our laser markers operate at high speeds seamlessly keeping pace with the extrusion line without creating a bottleneck The marking content is fully programmable via software allowing for quick changes between different codes logos or sequential numbers without any physical tooling changes This offers immense flexibility and efficiency for just in time production runs
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