Overview
Engraving and milling are industrial processes that involve the cutting or drilling of a stock piece of material to fabricate or decorate an object. While milling uses a cutting tool to whittle down a workpiece and create a form, engraving uses a drill or other tool to label, decorate or design the surface of a piece. Nowadays most businesses computerize the engraving and milling process with pre-programmed software and code otherwise known as Computer Numeric Controls (CNC).
Because of its high speed and cutting capability, CNC milling and engraving allows for more accurate and intricate designs for customized parts compared to other production methods. Processing metal, resin, organic glass and wood, these machines are known for providing good finishes at a reasonable cost. CNC milling and engraving is used in the metal processing, medical, dental and molding industries.
Health Risks of Engraving & Milling
While fast, inexpensive and highly accurate, CNC milling and engraving does have drawbacks when it comes to worker health. These processes create toxic fumes and ultrafine dust that are extremely hazardous if inhaled. Not only do these contaminants pose serious health risks to employees, but they can also damage computers and other expensive equipment if not properly managed.
An extraction system that captures fume and dust particulates helps protect workers and machines from these toxic fumes and dust.