The electrical wire and cable marking world is a vital aspect of many industries, from pharmaceuticals to aerospace. The quality of these markings is essential for safety, traceability, and regulatory compliance. Keep reading to learn the key differences between wire and cable marking, their applications, and the importance of investing in high-quality marking solutions. Understanding… Continue reading Wire vs. Cable Marking: What’s the Difference?

The pharmaceutical industry is continuously evolving, driven by the need to develop new, effective treatments and meet the demands of a growing global population. At the forefront of this innovation lies artificial intelligence (AI), a disruptive force changing the game in drug development, manufacturing, and distribution. Below, we’ll take a closer look at key ways… Continue reading 5 Ways AI Is Benefiting the Pharmaceutical Industry

Beam size is one often-overlooked factor that has a major effect on the overall outcome of a laser marking project. Understanding how beam size affects laser marking projects can significantly affect the quality, speed, and cost of the final result. If you want to learn more about the relationship between laser marking and beam size,… Continue reading How Does Beam Size Affect Laser Marking Projects?

Laser marking technology is utilized in many industries, but one where it’s prominent is pharmaceutical manufacturing. Learn more about laser marking and pharmaceuticals in our ultimate guide to the industry and how the technology is used. What Is Laser Marking? Before we get into how the technology applies to the pharmaceutical industry, we need to explore what laser marking is. Laser marking technology… Continue reading The Ultimate Guide to Laser Marking Pharmaceuticals

The two primary choices for industrial laser cutting for metal materials are fiber and MOPA laser cutting. We’ll explain these cutting methods, the difference between the two, and which is best for your application. What Is Fiber Laser Cutting? Fiber laser cutting is the conventional approach to laser cutting and marking and is a relatively recent development in laser cutting technology. Fiber… Continue reading Fiber vs. MOPA Laser Cutting: What’s the Difference?

Wire labels for electrical cables and conductors are integral for safety and utility. With hundreds or thousands of cables going in different directions, it’s practically impossible to conduct maintenance or repair an electrical system. Learn what information you should put on wire markings for safety and efficiency. Marking Requirements for Conductors & Cables The labels a wire needs depend… Continue reading What Information Should You Put on Wire Markings?

While industrial laser marking is one of the safest methods available, it still comes with dangers to the operators and workers if they do not follow certain rules. Learn the essential safety guidelines for industrial laser marking to prevent injuries and accidents at work below. Only Allow Trained Operators Only those trained and educated in working with… Continue reading Safety Guidelines for Industrial Laser Marking

One of the industries where lasers and laser-marking equipment have had a substantial impact is pharmaceutical manufacturing. Below, we’ll explore some of the ways lasers have improved pill manufacturing, from precise pill marking to enhanced quality control. Pill Marking Perhaps lasers’ biggest contribution to pharmaceutical manufacturing is precise, permanent, and fast laser marking. Laser marking is integral to traceability and security… Continue reading Ways That Lasers Are Improving Pill Manufacturing

Have you ever wondered how electrical wires and cables have such fine markings and labels? Wire marking is critical to electrical safety and organization, and in many cases, inkjet printing on wires would not be possible with plasma treatment. Below, we explain how industrial processes like plasma treatment enable inkjet printing on wires through surface activation. What Is Plasma Treatment? Before we get… Continue reading How Plasma Treatment Enables Inkjet Printing on Wires

Plasma surface treatment is a versatile and innovative technology used in various industries to improve adhesion, clean surfaces, and activate materials for subsequent processes. Below, we’ll explore the different types of plasma surface treatments, their applications, and the equipment used to carry out these treatments. Atmospheric Plasma Treatment Atmospheric plasma treatment utilizes air or other… Continue reading The Different Types of Plasma Surface Treatment