Company Blog

As manufacturing continues to move toward automation, digitalization, and intelligent production, traditional laser marking methods that rely heavily on manual loading and dedicated fixtures are facing increasing challenges.

High-speed production lines, mixed-model manufacturing, flexible production, and product traceability all require laser marking systems to become faster, more flexible, and more intelligent.

Against this background, Flying Laser Marking and Vision-Guided Laser Marking have become important technologies in modern industrial marking applications.

Flying laser marking primarily addresses one question:

How can products be marked while they are continuously moving on a production line?

Vision-guided laser marking addresses another:

How can the laser accurately identify and mark the correct position when product location, orientation, or alignment varies?

When these two technologies are combined, the system can provide automatic identification, positioning, motion compensation, laser marking, inspection, and traceability in a single production workflow.

With the development of smart manufacturing, more and more manufacturers are upgrading their production lines with automated identification and traceability solutions.

Traditional manual labeling and offline marking processes can no longer meet the requirements of modern factories, especially when production speed, accuracy, and product traceability become increasingly important.

Laser marking machines provide a flexible solution that can be integrated into automated production lines to achieve high-speed, permanent, and reliable product identification.

The durian market is booming. As this "king of fruits" gains popularity across the globe, competition among growers and brands has never been fiercer. To stand out, you need more than just quality fruit - you need a recognizable brand that commands trust.

But durian presents unique challenges. Its high unit value means that every lost or returned fruit eats directly into your margins. At the same time, traditional labels and stickers are easily removed or tampered with, making it nearly impossible to verify whether a disputed item actually came from your brand. This hurts both your distribution partners and your hard-earned reputation.

That's why we've developed a two-pronged solution: CO2 laser marking for permanent, food-safe branding, and intelligent sorting systems that streamline your packing line and boost throughput.

In laser marking processing, laser power is one of the core parameters that directly determines the final output. Many users tend to fall into the misconception that "higher power is always better" when selecting equipment, but the reality is far more nuanced. This article systematically examines how laser power affects marking results and provides practical guidance for making informed decisions.

Protecting Consumers, Safeguarding Brands

In today’s food industry, marking eggs with clear production dates is far more than a regulatory formality. It gives consumers instant confidence in freshness, helps prevent health issues caused by accidentally consuming expired eggs, and—just as importantly—creates a legal and brand shield against false liability claims. A unique, permanent mark on every single egg elevates product value, differentiates your brand in a crowded market, and makes it nearly impossible for third parties to swap or misrepresent your products.

With the increasing demand for efficient livestock management and animal identification systems, permanent and reliable marking solutions have become essential in the agricultural industry. DANA has developed a new application solution — UV Laser Marking Machine for Animal Ear Tags, providing high-precision, durable, and environmentally friendly marking technology for plastic animal ear tags.

The printhead is the core component of any UV inkjet printer, directly determining print quality and equipment service life. As an imported precision part, the printhead typically does not come with a factory warranty. Therefore, proper daily maintenance and standardized operating procedures are essential. This article covers two key areas—routine maintenance best practices and our latest equipment upgrades—to help you keep your UV printer in optimal condition.

As manufacturing industries continue to demand permanent, high-speed, and maintenance-free marking solutions, fiber laser marking machines have become one of the most popular technologies for product identification and traceability.

From automotive parts and electronic components to metal nameplates and industrial tools, fiber laser marking systems provide precise and durable markings that remain readable throughout the product's lifetime.