Badelifter Dietz Kanjo XXL Silverline bathtub lifter antibacterial, B-protect, up to 170kg

Sale price €589,40 Regular price €913,00
Provider DIETZ GmbH

Dietz Kanjo XXL Silver Line B-protect

the unique antibacterial bathtub lift

  • bathtub lift developed together with the Fraunhofer Institute for Chemical Technology ICT with silver ions
  • SilverLine technology means
  • No unpleasant odors
  • No unsightly discoloration
  • Gives bacteria no chance
  • Very easy to clean
  • Suitable for all common bathtub sizes
  • This XXL version is loadable up to 170 kg

The advantages of the Kanjo Silver Line XXL bathtub lift

  • Hand control with suction cup for easy attachment to
    Bathtub rim, spiral cable, and battery charger
  • Skin-friendly and non-slip surface
  • Material antibacterial due to silver ions
  • Easy surface cleaning thanks to nanotechnology
  • Backrest adjustable down to 40°
  • Stepless lifting and lowering at the push of a button
  • Extremely stable base plate (53 x 22 cm)
  • Can be disassembled into 2 main parts
  • Battery: lithium-ion technology with fast charging technology
  • From silver ions to nanotechnology: the KANJO XXL offers all the advantages of the KANJO SilverLine in terms of material quality and surface structure.
  • In addition, its construction has been massively reinforced. As a result, the KANJO XXL is now extremely durable - up to a body weight of 170 kg.
  • In short: perfect hygiene when bathing. Users will surely appreciate this.

 


 

Image of Dietz Kanjo XXL in the bathtub

Woman using the Dietz Kanjo XXL bathtub lift

Woman sitting in the bathtub on a Dietz Kanjo XXL bathtub lift

 


  • Bacteria have no chance thanks to silver ions
  • 99.9% of all germs and pathogens are reliably eliminated
  • Softtouch surface with lotus effect is very easy to clean
  • no unpleasant odors

 

Please read the operating instructions carefully before using this Dietz Kanjo Silverline XXL bathtub lift and follow the manufacturer's instructions. Subject to change. Illustrations may differ from the original.