Monthly Archives: November 2025

In industrial manufacturing, visible results often get the most attention: precise laser markings, clean solder joints, and perfectly cut edges. Yet the byproducts of these processes, fumes, gases, and ultrafine particles, pose significant health and safety risks. Ignoring these hazards can compromise worker safety, damage equipment, and put your facility at risk of regulatory penalties.

Many facilities rely on general ventilation or HVAC systems to manage airborne contaminants, assuming dilution is sufficient. However, this approach is rarely effective. The most reliable method to protect workers and equipment is source capture, removing fumes immediately as they are generated. This is where Purex fume extractors, supplied by Jorlink, make a critical difference.

Purex systems are engineered to safely capture harmful particles and gases at the point of origin, keeping your workspace clean, your equipment protected, and your operations compliant with safety regulations.

Understanding the

Creating a permanent, readable mark on metal can be challenging for shops that rely on CO2 laser systems. A CO2 laser on its own cannot produce a durable dark mark on bare metals such as stainless steel or raw aluminum. To get a lasting result, you either apply a laser marking compound to the part or use metal that has been engineered for CO2 laser marking.

Both approaches work, but they serve different needs. Your choice depends on the material you’re working with, the required durability, and the volume of parts you process.

Pre-Treated Materials: DuraBlack and AlumaMark

For high-volume flat tags and plates, pre-treated metal is a straightforward option. These materials are built to respond consistently to a CO2 laser, and they remove the steps of spraying, drying, and rinsing.

DuraBlack - DuraBlack is designed for harsh environments. It is a CO2 laser-markable aluminum product that meets requirements such as MIL-STD-130 and MIL-DTL-15024F. It holds up to abrasion, chemicals, UV exposure,