Fast full-load cleaning. Advanced load-sensing technology
Get speed and flexibility with Series 6000 MaxWash: A fast cycle even for full-sized loads. Shorten other cycles as needed with TimeSave Plus. Includes anti-bacteria hygiene cycle. Advanced load-sensing technology optimises time, water and energy use.

Go big, go fast: Wash a full load in 45 minutes at 30°C
No need to compromise on load size to use a fast cycle. The MaxWash45' programme washes even a full machine load at 30°C in 45 minutes. Ideal for typical, lightly soiled, everyday clothes, mixed fabrics and coloured cottons.

Advanced load sensing technology helps to save resources
AI WashAssist: Advanced load sensing technology using AI algorithm adjusts cycle time, water and energy*, reducing them by up to 30%**.

Advanced load sensing technology using AI algorithm adjusts cycle time, water and energy.*

*Based on Load weight detection algorithm that has been pre-trained based on a variety of loads. No user data is used to further train the AI. ** Internal test for time, water and energy consumption of a 30°C Cotton cycle optimized with AI WashAssist for 1kg vs maximum load.

More flexibility with Timesave plus — Efficient washing in quickest time possible
Simply select the TimeSave option to reduce the duration of the cycle up to two times, giving you an efficient wash that is as quick as possible.

The hygiene programme removes more than 99.99% of bacteria and viruses*
The Hygiene programme certified by Swissatest is a high-performance wash cycle that removes more than 99.99% of bacteria and viruses* from clothes. By keeping your wash temperature above 60°C, you can also reduce allergens.

*Tested for Staphylococcus aureus, Enterococcus faecium, Candida albicans, Pseudomonas aeruginosa and MS2 Bacteriophage in external test performed by Swissatest Testmaterialien AG in 2021 (Test Report No. 202120117)

Inverter Motor+. Durable and energy-efficient
Inverter Motor+ is the advanced evolution of the inverter motor. Its permanently magnetized rotor eliminates the need for magnetization, delivering precise control and consistency, and enabling accurate load recognition through a dedicated algorithm.