• Winner of a Red Dot Design Award!

• Drying cycle of only 10-15 seconds.

• Powerful commutator motor with carbon brushes.

• Available in all RAL colours.

• Comes in trendy matt black and classic white as standard.

• Also available coated with different prints.

• Top plate in 6 optional standard designs.

• LED light indicates when machine is in use.

• Adjustable sensor range, motor speed and heating setting.

• 5-year warranty.

SPECIFICATIONS
Product number:	3002 / EAN no. 5-709818-030029
Technical data:	Touch-free hand dryer with steel housing in optional RAL colour. Equipped with top plate. Infra-red sensor and elektronic timer. Drying cycle: 10-15 sec. IPX1, 230 V, 50/60 Hz, 1600 W, Class I (earthed). 76 dBA.
Dimensions	H: 330 mm, W: 205 mm, D: 183 mm
Net Weight:	6.5 kg

Mediclinics offers these products for the purpose of improving the quality of life of people with reduced mobility.

Solutions with several ergonomics and functionalities and with the possibility of having different materials and finishes. Mediclinics offers professionals a wide range of grab bars for toilets to help persons with reduced mobility use the facilities. Within this range, two product lines are available:

Medinox Series

State of the art design, high durability and easy to maintain. The process used for bending the grab bars guarantees uniformity in the diameter of its curves. Built using AISI 304 stainless steel with a bright and satin finish.

Mediepoxy Series

Solutions manufactured with a corrosion resistant treatment, ideal for very harsh environments, with a low need for maintenance and long durability. The grab bars for toilets are made of steel with an epoxy finish. 

Mediclinics grab bars for toilets include a snap flange cover for installation out of sight, offering a perfect visual finish and allowing to be easily blended in with the decoration of the room.  

Apart from the grab bars for toilet, Mediclinics provides shower seats made of AISI 304 stainless steel, which are robust, safe and suitable for installation in harsh environments.