i-wash Pro Reach
Agile and light must-have for working in high places
The i-wash Pro Reach is a lightweight carbon water fed pole. With a reach of up to 18.5 meters operators can clean windows with both feet on the ground. The Pro Reach is the most robust shorter pole on the market with great rigidity even when used with extensions up to 18.5 meters. You can take the Pro Reach anywhere with you. Its collapsed size without the brush is only 1.57 meters, so it can fit in any van.
Extend your possibilities
The rigid and very light extendable carbon poles will make sure you will have the right length for every job, will let you work effectively, and save time. Extension Part 1 has 3 poles and gives an extra height of 4.10 m. Extension Part 2 gives you 1.80 m extra per pole. The maximum working height you can reach with all extensions is 18.5 m.
The hi-tech smart clamps prevent spinning levers and are designed to operate easily & reliably throughout the pole’s entire life. The clamps allow you to easily extend or collapse the pole in just seconds.
The i-wash is a telescopic and modular concept. You can add or remove extensions from the pole to meet your needs. The handle diameter remains the same regardless of the amount of extensions used. All parts have endcaps to protect the carbon fiber from damaging, making them extra durable.Schedule your demo
The hose is led through the inside of the pole so you will never get tangled up. Removing the hose to change a brush is done in seconds. Pull out the red locking clip, push the black collar towards the T-piece, hold it whilst pulling out the hose and off you go.
Efficient quick release system
i-wash has a quick release system so you can exchange brushes and accessories quickly and save precious time on the job.
Never overextend your poles with the visual warning system used at the end of each pole.
We created glasses that borrow the elements of belay glasses: the #1 product for safety and security. This allows you to concentrate, and have a great overall vision of your work area.