UltraFlex™ Animal Allergy

With 33% more dust-up ability than the leading competitor*, UltraFlex has been designed to effectively remove dust and dirt. The twin inlet channels optimise airflow and suction whilst the turbo cyclone spins air at an impressive 140km/hr to efficiently separate the dust. Moreover, the unique inner flaps of the hose and an insulated motor allow UltraFlex to be quieter*** than the leading competitor.

Good filtration is not just about the HEPA filter, dust leakage can occur in other parts of the machine even if the vacuum uses the highest filter type. UltraFlex uses a range of HEPA filters in combination with a sealed filtration system to ensure dust or micro-particles don't leak at any point of their journey throughout the machine. The result, 99.99% of dust particles** and allergens are captured.

Aside from the AeroPro Extreme nozzle for carpet and hard floors, UltraFlex Animal Allergy includes a turbo nozzle which is ideal for pet hair pick-up. The turbo nozzle features powerful turbine driven bristles that reach deep into the carpet achieving a gentle brushing action that does not harm the surface.

Offering a compact and light design UltraFlex is very easy to glide and store. Its front multi-directional wheel allows you to move the vacuum in any direction and its clip-on hose reduces storage space. UltraFlex can also be stored horizontally or vertically, giving you more flexibility. Lastly, UltraFlex has an extended cleaning reach of 12 metres to allow you to clean large areas without having to change power points.

*As measured against Dyson DC54 Multi-Floor on Wilton carpet by independent testing institute SLG, report no. 1258-14-WW-14-PB002 Dated July 2014. Nozzle used on UltraFlex: AeroPro Extreme. Nozzle used on DC54: Musclehead tool.**As measured by independent testing institute SLG, report no.1174-14-WW-14-PB001. Date May 2014)***5DB or 3 times quieter. Measured under laboratory conditions against Dyson DC54 Multi-Floor by independent test Institute SLG, report no. 1258-14-WA-14-PB002 Dated July 2014