Laser wire is a popular wire marking method, but what separates it from other methods like inkjet marking or hot foil stamping? Below, we’ll discuss the reasons why laser wire marking is the best method, from its accuracy to its reliability.

Purchasing a wire crimping machine and equipment can be challenging, especially if you’re unfamiliar with the equipment and what to look for. If that sounds like you, explore our guide on factors to consider when buying wire processing equipment to make your purchasing decision easier.

Non-destructive marking is an essential technology used by the pharmaceutical industry today. Keep reading to learn why this technology is integral to the pharmaceutical industry and how it’s done.

UV laser marking is becoming the preferred method of wire marking in many industrial and technical settings. There are essentially five ways wire material will react to the laser in UV laser marking, and we explain each reaction below.

Do you need to purchase a plasma treatment system, but don’t know what to look for? We can help with these factors to consider when choosing a plasma treatment system, from your budget to the machine’s versatility.

Often, the smallest labels and markings are the most important. Wire markings serve many purposes, from compliance to safety and troubleshooting. Below, we explain the importance of proper wire markings, so those interested can better understand their significance and some standard markings typically found on wires.

A wire crimping machine can significantly boost many productions, but selecting one from the many available can be a challenge. Below, we offer tips on choosing a wire crimping machine that best fits your needs.

Did you know that medications require specific labels and codes to meet rigid FDA regulations? How exactly do manufacturers get indelible markings on their drugs without damaging the product? Read on to learn more about the two laser types used for pill marking in pharmaceuticals.

UV laser marking is a completely non-destructive method that alters the physical characteristics of a surface to create clean, clear, and indelible imagery. It’s an effective technique for many different materials, including certain metals, plastics, ceramics, glass, and more.

In essence, any form of plasma surface treatment serves one function – to modify the chemical and physical properties of the top layer of a material’s surface, modifying the surface’s wettability (bonding characteristics). It’s most commonly used to process plastics such as ETFE, PVC, PET, and similar plastics. Typically, applications include medical device manufacturing and… Continue reading Comparing Atmospheric and Low Pressure Plasma Treatments