Westeria Windsifting

The Westeria Windsifter range offers an innovative selection of air separation systems designed for optimal material sorting and recycling efficiency. The AirStar Evolution is a high-performance machine that utilises advanced aerodynamic technology to effectively separate lightweight materials from heavy components, ensuring precise separation even in challenging conditions. The AirBasic provides a more compact and versatile solution with easy integration into existing systems, ideal for operations requiring reliable, straightforward sorting. The AirLift combines cutting-edge separation technology with a flexible design that adapts to a variety of materials and volumes, offering enhanced sorting capabilities for higher throughput. For maximum mobility, the AirLift Move features a transportable version of the AirLift system, allowing for on-site air separation that can be quickly set up and adjusted to meet diverse operational needs. Together, these products form a comprehensive suite of solutions tailored to meet the dynamic demands of the recycling and waste management industries.

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Technical specification

Equipment

Windsifters
Application

Recycling & Energy
Models include

AirStar evolution, AirBasic, AirLift and AirLift move.

Key features

The range utilises advanced aerodynamic technology to accurately separate materials based on weight, density, and shape, resulting in cleaner output streams and improved recycling quality
With multiple models like the AirStar Evolution, AirBasic, AirLift, and AirLift Move, the Westeria Windsifter range offers flexible solutions that can be tailored to different operational needs, from stationary systems to mobile applications
The high-performance design of the windsifters allows for increased material processing speeds, maximising throughput and improving overall efficiency in recycling and waste management operations
Designed with user-friendly controls and easy integration capabilities, the windsifter range seamlessly fits into existing systems, reducing setup time and minimising disruption to ongoing operations