Companies and employees in welding are aware of this: hazardous fume is being generated, harming people, contaminating systems and products.
Therefore, ULT LLC provides the most efficient solution for proper welding fume extraction and filtration: The ULT Airtower.
The ULT Airtower follows the layer ventilation principle - the best and most efficient method of air circulation. Waste air is being sucked in on top of the unit, filtered downstream and discharged as clean air into the work area – with more than 99.9% of particulates being removed.
A fresh air lake is being established in the working area, with the clean air forcing the light weighted particulates towards the intake on top of the unit.
Your benefits in welding fume extraction
It is all just “plug and play” – no duct runs needed.
No additional weight from on-torch extraction, no capturing element, nor extraction arm to be drag along while welding extended seams.
Clean air is being provided back into the work area, at no loss of heat – significantly cutting down heating costs.
Sophisticated air flow technology, along with variable EC blowers are keeping energy costs low.
Waste air is being monitored constantly for concentration of particulates. The higher the concentration, the more power is being applied automatically to clean the air – and vice versa. Integrated intelligence for top-notch efficiency.
Filter cartridges are being de-dusted automatically, for extended running time and constant filtration.
The ULT Airtower provides an extreme low-noise operation, making it one of the most silent and energy efficient devices for welding fume removal on the market.
The perfect fit
The ULT Airtower welding fume extractor is featuring four different versions - from 2,950 to 11,700 cfm (5,000 to 20,000 m³/h) of air flow, efficiently cleaning up to 247,000 cft (7.000 m³).
We will gladly provide you with additional information on the extraction and filtration system. Furthermore, we can configure your individual solution if required. You are welcome to contact us: