Introduction: As one of North America's long-established active carbon filter manufacturers, RSE has led the industry in several aspects, including designing and manufacturing high-quality air filtration products through its own expertise and equipment. As the demand for indoor air quality increases, RSE's standardized custom activated carbon air filters produced by fiber laser technology continue to meet the needs of OEM users.
OFweek Laser News: RSE Incorporated has grown nearly 10 times in size in the past 20 years. As one of North America's long-established active carbon filter manufacturers, RSE leads the industry in several aspects, including the design and manufacture of high-quality air filtration products through its own expertise and equipment.
As the demand for indoor air quality increases, RSE's standardized custom activated carbon air filters produced by fiber laser technology continue to meet the needs of OEM users. With fiber laser cutting systems, the time required to process most parts can be greatly reduced.
Demand for fresh air
Activated carbon filters can absorb gases, odors and pollutants in the air we breathe, including potentially dangerous and carcinogenic chemicals. The ambient air is circulated through the activated carbon filter and returned to the surrounding environment or discharged to the outside. Due to the excellent adsorption properties of activated carbon, this air filtration method approved by the Environmental Protection Agency (EPA) has been widely used.
RSE products are everywhere, from airports to schools, to office buildings, restaurants, casinos, and even morgues and wastewater treatment centers.
As air quality is increasingly becoming an important public health, economic and environmental issue, the demand for RSE products is increasing. RSE Chief Operating Officer Charles McCormick explained that the company maintains its market advantage by effectively producing its products by maintaining its core business and the latest technology. In November 2015, RSE successfully entered the field of fiber laser cutting through the 2kW fiber laser machine Lunx FL produced by LVD Strippit. After in-depth research on the laser cutting system, McCormick chose fiber laser cutting technology, eliminating traditional carbon dioxide cutting technology
