Victor VR-BMS1400 Cordless Rotary

Ref: 105-0676
was£1,750.00 Save £96.25
In stock
SKU
105-0676
Special Price £1,984.50 £1,653.75 Regular Price £2,100.00 £1,750.00
Add to My Products
Delivery: 3 - 5 Working Days
We found other products you might like!
Victor VR-BMS1400 Cordless Rotary Machine
 
The Victor VR-BMS1400 Cordless Multispeed rotary machine is the ideal choice for areas that require both deep cleaning and polishing due to its facility to scrub and polish hard flooring, such as schools, colleges, nightclubs, hospitals, town halls, etc.
 
The Victor VR-BMS1400 gives you two machines in one, as it can easily be switched between different speed settings at the flick of a switch. Slower speeds (180RPM) for scrubbing and higher speed (400RPM) for polishing.
 
With fast charge times and long runtimes the Multispeed Cordless is ideal for daytime cleaning, with no risk of trailing cables that could cause trip hazards. The Multispeed Cordless features a lockable, swap-out Lithium battery, which is quick and easy to change, offering the ability to charge and use multiple batteries. A CentreFlex drive board is included with the machine, allowing for quick and easy attachment of the appropriate pad to suit the user’s specific cleaning requirements.
 
Features;
  • Multiple speed settings - 180/400 rpm
  • Locable swap out battery
  • Easy cleaning fluid application - solution tank upgrade available
  • Soft start motor eliminates jerking motion
  • Built to last - anti slip bolts secure machine to frame
  • Fast charge 
  • Made in the UK
  • 3 Year warranty
The Victor VR-BMS1400 Multispeed is suitable for cleaning and polishing across a wide range of floor types including: Hardwood, Vinyl, Concrete, Terrazzo, Marble and Carpet.
  • Hard floor spray cleaning
  • Hard floor polishing
  • Hard floor stripping
  • Hard floor scrubbing
  • Hard floor bonnet mopping
  • Carpet skimming
  • Carpet bonnet mopping

**Free demonstrations available - contact the sales team on 01299 252440 or [email protected]**

File Icon Manual (302.12 kB)