Issue: School labs and art centers often face challenges related to air quality due to various activities such as metal dust from art projects, 3D printing emissions, laser engraving and cutting, woodworking, and screen printing. It is essential to create a safe and healthy environment for teachers and students by effectively purifying the air and reducing potential health risks. Solution: COOLBIT introduced its Industrial Air Cleaner to address air quality concerns in the school lab and art center. Results: 1. Metal Dust Purification: COOLBIT's Industrial Air Cleaner successfully filtered and purified the air, removing metal dust particles generated during art projects. This significantly improved the classroom air quality, creating a safer and healthier environment for teachers and students. 2. 3D Printing Odor Filtration: The Industrial Air Cleaner effectively captured and filtered emissions associated with 3D printing, reducing odors and potential respiratory irritants. This improved the overall air quality in the technology classroom and minimized health risks for students and teachers. 3. Multi-Purpose Air Purification: The versatility of the Industrial Air Cleaner allowed it to address various activities, including laser engraving and cutting, woodworking, and screen printing. By effectively filtering and purifying the air, the Industrial Air Cleaner ensured a cleaner and safer working environment for all art center users.

Issue: Various industries and educational institutions face challenges related to air pollution caused by oil mist, dust, and other airborne contaminants. Ensuring a clean and healthy working or learning environment is crucial for the well-being and productivity of employees and students. The need for effective air purification systems that can reduce air pollution and protect respiratory health is paramount. Solution: COOLBIT introduced its high-performance Industrial Air Purifiers to address air pollution concerns in mechanical engineering, chemical industry, arts, and educational settings. Results: 1. Reduced Air Pollution: COOLBIT's Industrial Air Purifiers effectively filtered and removed oil mist, dust, and other pollutants from the air, improving air quality in the factories, mechanical engineering classrooms, and chemical industry facilities. This significantly reduced respiratory health risks and created a safer environment for workers and students. 2. Enhanced Workforce Safety: The implementation of COOLBIT's Industrial Air Purifiers in the Workforce Development Agency and educational institutions provided a safer working and learning environment. By minimizing exposure to harmful airborne contaminants, the risk of health issues related to air pollution was mitigated, ensuring the well-being of employees and students. 3. Equipment Protection: The use of Industrial Air Purifiers in settings such as CNC machinery classrooms and computer equipment areas helped prevent damage caused by oil and gas. The purification systems effectively removed airborne particles that could harm sensitive equipment, extending its lifespan and reducing maintenance costs.