説明
A Machine That Cleans Windows Has One Job It Cannot Fail At. It must stay attached to the glass. Everything else, the route, the speed, the shine, is secondary to suction, which is why this unit runs two discs at 2800 pascals each for a combined 5600 pascals of grip rather than the single disc design that dominates the category.
Edge detection runs continuously so the robot recognises the frame and turns before the bumper touches it, and the anti-fall logic stops the unit at an open edge instead of trusting momentum. Power loss is handled by an onboard UPS that keeps suction alive for roughly twenty minutes, which is the difference between a machine waiting on the glass and a machine on the pavement.
The body weighs 0.95 kilograms, thin enough to work behind a handle, and the two metre cord plus the 100 to 240 volt input means it travels between countries without a converter. The cloth is pre-moistened with a spray bottle before a run, and the cleaning route repeats across the panel until the glass is dry.
Gravity is not the obstacle. Attachment is, and attachment is engineering.
Engineering That Keeps It On The Glass
- ✦ Dual disc suction at 5600 pascals combined, 2800 pascals per disc
- ✦ Continuous edge detection that turns before contact
- ✦ Anti-fall logic that halts the unit at an open edge
- ✦ Onboard UPS holds suction for about twenty minutes if power drops
- ✦ 0.95 kilogram thin body that clears window handles
- ✦ 100 to 240 volt input with a two metre cord
- ✦ Spray-and-run operation, no rail or frame accessory required
Hardware Specification
- Suction 5600 Pa combined, two discs at 2800 Pa each
- Input voltage 100 to 240 V
- Cord length 2 m
- Body weight 0.95 kg
- Safety systems Edge detection, anti-fall, UPS backup about 20 minutes
- Cleaning method Microfibre cloth, pre-moistened with spray
- Body thickness Ultra-thin, designed to pass window handles
- Suitable surfaces Glass, tiles, smooth polished panels
- Not suitable for Frameless glass edges, textured or frosted glass, curved panes
- Operating noise Quiet enough for daytime use in occupied rooms
- Care Rinse the cloths after each run, wipe the discs dry before storage
Buildings Where Ladders Stop Making Sense
Apartments above the third floor, shopfronts with fixed glazing and no access hatch, offices where a ladder in the lobby is a compliance problem, and any building with tall windows that get cleaned twice a year because the process is miserable. It also suits interior glass partitions, shower panels and balcony glazing where a squeegee means reaching.
Owners Ask Us
Q: Will it fall off the window?
A: The UPS keeps suction for roughly twenty minutes after a power loss, and the anti-fall logic stops the unit at open edges. It is designed to fail safe rather than drop, though it is not a substitute for the safety tether when working at height.
Q: Does it need water?
A: Spray the cloth lightly with water before a run. The unit does not carry a water tank, so the moisture comes from the cloth rather than from the machine.
Q: How does it know where the window ends?
A: Continuous edge detection reads the frame and the glass boundary, and the route reverses before the bumper reaches the frame. On frameless glass the behaviour is less predictable, which is why bare edges are excluded.
Q: Can it clean a window with a handle in the middle?
A: That is the reason for the thin body profile. It passes under most window handles, though check the clearance on your own frames before a first run.
Q: How loud is it?
A: Quiet enough to run in an occupied office during the day. Most of the noise is the suction motor and the cloth contact, not a compressor.
Q: Does it work on tiles and mirrors?
A: Yes on smooth polished surfaces including tiles, mirrors and shower panels. Avoid textured, frosted or etched glass, where the discs lose their seal.
Q: What maintenance does it need?
A: Rinse the microfibre cloths after each run, wipe the suction discs dry before storage, and check the cord for wear. The discs are the part that determines how long it stays attached.
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