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5 Materials You Should Never Try To Laser Mark

Laser marking is a technology for marking materials safely and efficiently. This technique uses a laser for annealing, ablation, etching, and creating permanent, precise, and legible markings. While laser marking is versatile and applicable to many materials, some are too dangerous or ineffective for laser marking. Keep reading to learn about the materials you should… Continue reading 5 Materials You Should Never Try To Laser Mark

CO2 vs. UV Lasers: What’s the Difference?

CO2 and UV lasers present many distinct advantages for manufacturers and many other industries. Below, we’ll delve into the differences between CO2 and UV lasers, their applications, benefits, and more. CO2 Lasers: Understanding the Basics CO2 lasers have long been essential in the industrial marking sector. Known for cutting and engraving various materials like wood,… Continue reading CO2 vs. UV Lasers: What’s the Difference?

The Role of Atmospheric Pressure in Plasma Treatment

Navigating the complexities of industrial engineering processes often means staying ahead of the curve with the latest technologies. One such revolutionary technology is atmospheric pressure plasma treatment. This method offers numerous benefits in surface cleaning and activation, proving essential across various applications. For engineering professionals, understanding the nuances of atmospheric pressure plasma treatment can significantly… Continue reading The Role of Atmospheric Pressure in Plasma Treatment

4 Wire Marking Standards You Should Know

Wire marking standards are particularly important in aerospace and defense applications for maintaining safety, ensuring compatibility, and achieving high-performance levels in various applications. Keep reading to learn more about MIL-50881, SAE AS5649, ASD EN4650, and SAE ARP5607, all wire marking standards you should know in the aerospace and defense industries. Why We Need Wire Marking… Continue reading 4 Wire Marking Standards You Should Know

Laser Marking vs. Laser Engraving: What’s the Difference?

Laser technology stands as a beacon of innovation, precision, and versatility in the realm of manufacturing and personalization. Its application spans a multitude of industries, from aerospace to consumer goods, offering unparalleled accuracy. Among the various laser technologies, laser marking and laser engraving are two of the most common. We’ll explain the differences between laser… Continue reading Laser Marking vs. Laser Engraving: What’s the Difference?

A Look at the Damage Counterfeit Drugs Can Cause

The pharmaceutical industry faces a sinister challenge that undermines its efforts to advance and promise better outcomes and quality of life for patients—counterfeit drugs. These illicit products are a violation of intellectual property rights and, more critically, pose severe risks to public health and safety. Their presence in the market erodes the trust in healthcare… Continue reading A Look at the Damage Counterfeit Drugs Can Cause

Common Mistakes People Make With Their Crimping Machines

A properly calibrated crimping machine is the linchpin for secure and reliable electrical connections, especially in the automotive, aerospace, and electronics sectors. But the path to these perfect connections is not without its pitfalls. Below, we explain the most common mistakes people make with their crimping machines that electrical engineers must be on the lookout… Continue reading Common Mistakes People Make With Their Crimping Machines