Dental laboratories and dental offices are high-performance work environments where a wide variety of materials—such as resins, ceramics, and metals—are handled on a daily basis. But there’s an invisible hazard constantly hovering in the air: fine dust. This can pose a serious health risk to dentists, dental assistants, and dental technicians alike.
How Much Dust is Produced?
Studies have shown that an average dental lab generates several kilograms of fine dust each year. Grinding, milling, and polishing dentures, crowns, and other dental restorations produce a significant amount of airborne particles. In larger labs and dental offices, estimates suggest that the amount can reach several dozen kilograms annually. A large portion consists of microscopic particles that can penetrate deep into the lungs.
Health Risks from Fine Dust
Prolonged exposure to fine dust can lead to respiratory illnesses, allergies, and even chronic lung diseases such as silicosis. Dust particles from metal alloys, which may contain toxic substances like beryllium or nickel, are particularly critical. Quartz dust, released when working with ceramics, is another major hazard that can severely affect lung health.
Protective Measures for a Safer Workplace
To reduce dust exposure in labs and offices, high-performance suction units, personal protective equipment (such as masks), and consistent cleaning protocols are essential. Modern grinding and milling machines equipped with integrated dental suction units also play a key role in improving air quality at the workstation. Regular maintenance and proper care of dental suction devices are crucial to ensure a low dust working environment. gewährleisten.
