Developping trends of Lab Fume Hood and Ventilation Technology

The development trends of lab fume hood and ventilation systems mainly include intelligent control, efficient and energy-saving design, multifunctional development, sustainable development strategy, improvement of safety and reliability, expansion of application fields, as well as intelligence and automation, efficiency and greening etc.‌

Intelligent Control of Lab Fume Hood

Future fume hoods will be more intelligent, utilizing IT technology and sensor technology to achieve automated monitoring and management. For example, fume cupboard can monitor the temperature, humidity, and gas concentration in the environment in real time, and optimize operating conditions by automatically adjusting ventilation volume and filtration efficiency, ensuring more accurate control and management.

Efficient and Energy-Saving Design

Efficient and energy-saving will be a major focus of future development. By using efficient filtering materials and fans, as well as optimizing the design and layout of ventilation systems, future fume cabinet can significantly reduce energy consumption and costs while ensuring air purification and ventilation effectiveness. We have developed safety fume cupboard with energey saving performance with zero leakage rate.

Multi Functional Development

Future chemical fume hood will have more functions and be able to handle different types of pollutants. By adding different types of filters and accessories, fume hoods will be able to meet diverse and complex experimental needs.

Sustainable Development Strategy of Lab Fume Cupboard

Self purifying laboratory hoods will place greater emphasis on sustainable development, using renewable materials and optimizing production processes to reduce environmental impact. These measures can not only reduce operating costs, but also enhance the market competitiveness of equipment.

Safety and Reliability Improvement of Lab Fume Hood

Safety and reliability are the core requirements of laboratory fume hood design. By optimizing design and manufacturing processes, strengthening quality control and safety testing, future acid fume hoods will provide higher safety guarantees, ensuring the health and safety of users.

Application Field Expansion of Fume Hood

Self purifying fume hoods are gradually expanding from traditional research institutions and university laboratories to multiple fields such as hospitals, pharmaceutical manufacturing, food processing, and fine chemical production.

Intelligence and automation

In the future, ventilation systems will become more intelligent and automated. By introducing more advanced sensors, control systems, and data processing technologies, more precise and efficient ventilation control can be achieved.

Efficient and Green

Efficient and green are the two major trends in the development of laboratory ventilation systems. The new ventilation system will adopt more efficient air filtration technology and environmentally friendly materials to achieve resource recycling.

These trends of lab fume hood and ventilation system reflect the industry’s continued focus on improving energy efficiency, reducing environmental impact, enhancing safety, and expanding application areas, while also indicating a sustained driving force for technological innovation and market demand growth.