Dr Gansow’s Gmatic range of scrubber dryers reflects the highest standards of German engineering to offer incredible strength, power and durability for a long life expectancy and outstanding cleaning results.
Using the latest XFC battery technology, users can be assured of long run times and complemented by fast recharge cycles, making Dr Gansow’s equipment ideal for multi-shift applications.
Stainless Steel construction meets the needs of those working in hygiene-critical environments, such as food manufacturing and healthcare industries, as well as more demanding situations such as distribution warehouses and large engineering plants.
Dr. Gansow’s Gmatic Scrubber Driers are hand-built from non-magnetic stainless steel which is further improved by electrolytic polishing, producing a hard, closed molecular structure which is extremely resistant to chemical and mechanical attack and a material which is not subject to any wear and tear. Inherent corrosion resistance ensures a long working life and low depreciation of value.
Top quality stainless steel solution and recovery tanks allow Gmatic cleaning machines to operate with hot water and any cleaning agent from pH1 - pH14. Together with high brush pressures and adjustable brush speed, the ability to use highly acidic or alkali cleaners allows for intensive maintenance cleaning and restoration in a variety of industries.
The overhanging design of brush decks and squeegees enable cleaning right up to the edge of floors and below overhangs, and the heavy weight stainless steel squeegee ensures optimum drying capabilities on smooth and profiled surfaces.
The use of XFC (Extra Fast Charge) battery technology, together with adjustable settings for brushes and vacuums offers exceptionally long running times. Additionally, spectacularly fast charging times of between just 3 and 6 hours maximise efficiency, making Dr Gansow’s Gmatic machinery the perfect choice for multi-shift operations.
The logical design of Gmatic scrubber dryers offers safety, positive ergonomics , easy manoeuvrability and handling together with responsive controls and simplistic functional sequences. These qualities combine to give the operator a feeling of safety and confidence when using the equipment and to minimise training requirements.