What type of dust removal system should be chosen for multi-station robotic welding in order to handle welding fume?

What type of dust removal system should be chosen for multi-station robotic welding in order to handle welding fume?

In modern industrial workshops, welding is an essential process, and with the advancement of technology, welding robots have gradually replaced manual welding, greatly increasing productivity. However, welding inevitably generates fume pollution. So, how should we address dust removal for robotic welding? Practical experience has shown that installing a robotic welding fume purifier is necessary.

When selecting a specific dust removal system, it is important to consider factors such as the number of robotic welding stations and the welding space between them. Generally, there are two common methods for robotic welding fume removal: dust removal booths and top-suction-type air hoods. For top-suction-type collection, it is necessary to design the dimensions of the air hoods in advance, lay out the ducting according to the workshop conditions, and connect the air hoods to the dust removal duct network. The other end of the ducting should be connected to the robotic welding fume purifier.

By choosing the appropriate dust removal system for multi-station robotic welding, we can effectively control and purify welding fumes, ensuring a cleaner and healthier working environment.