Automatic Glass Cleaning Robot

Built around a dual-sided wet-cleaning concept, the LIESA 309 Ultra Dual-Sided Spraying Automatic Glass Cleaning Robot combines micron-scale bubble spray technology with synchronized dual cleaning pads to loosen and remove dirt from suitable glass surfaces. As a China robotic glass cleaning machine manufacturer and factory, LIESA integrates programmable control, edge detection, pressure monitoring and backup suction protection into one system, making the machine suitable for residential and commercial cleaning applications where repetitive manual window wiping is required.

Product Specifications

Core Cleaning Technology

Micron-Scale Bubble Spray

The defining feature of the 309 Ultra is its high-energy micron-scale bubble cleaning technology. High-pressure water and airflow interact rapidly to create fine water-air bubbles, which are applied to the cleaning surface before wiping.

Compared with conventional direct spraying, the fine-bubble approach is designed to distribute moisture more evenly and help loosen adhered dirt before the cleaning pads pass over the surface.

Dual-Sided Water Application

The robot uses dual-sided atomizing spray, allowing water mist to be applied from both sides of the cleaning area. This works together with the dual-pad structure to support wet cleaning over the working surface.

Dual High-Density Cleaning Pads

Two high-density cleaning pads operate together with the spray system. The combination of atomized moisture and mechanical wiping is designed to improve the removal of everyday dust and adhered stains from suitable smooth surfaces.

Intelligent Cleaning System

Automatic Path Planning

The Dual-Sided Spraying Automatic Glass Cleaning Robot uses a 2.62 programmable controller to manage its cleaning process. The control system supports automatic route planning so the robot can follow an organized cleaning path rather than relying entirely on continuous manual movement.

Edge Detection

The machine incorporates sensor-based edge recognition to identify the boundaries of the working surface during operation. This helps control the cleaning path when the robot approaches the edge of a suitable glass panel.

Manual Control

Automatic cleaning is supplemented by manual control, allowing the operator to intervene when required for positioning or specific cleaning tasks.

Firmware Upgrade Support

The programmable control system supports later firmware updating, providing a way to maintain and expand the machine's control functions according to the applicable product version.

Safety Features for Vertical Cleaning

Power-Off Suction Retention

When the external power supply is interrupted, the backup battery can maintain suction for approximately 20–30 minutes. This provides additional time for the machine to remain attached to the working surface during a power interruption.

Low-Battery Alert

A low-battery warning function alerts the operator when the available battery power is running low, helping the user respond before the backup power is depleted.

Manual Emergency Stop

A manual emergency-stop function allows the operator to interrupt operation when necessary.

Safety Rope

A safety rope is supplied as an additional physical protection measure for vertical and elevated cleaning applications.

The combination of backup suction, sensor monitoring, emergency control and safety-rope support provides several layers of operational protection for suitable vertical-surface cleaning tasks.

Surface Compatibility

The 309 Ultra is designed for smooth, flat vertical surfaces and can work with both framed and frameless glass.

Suitable application surfaces include:

· Glass windows

· Glass doors

· Smooth architectural glass

· Suitable marble surfaces

· Other compatible smooth flat surfaces

Actual suitability depends on the surface condition, flatness and the robot's ability to maintain stable adhesion.

Application Scenarios

High-Rise Residential Glass

The 309 Ultra is designed for suitable residential glass-cleaning applications where frequent manual access to elevated windows is inconvenient.

Commercial Buildings

It can be used for suitable glass surfaces in offices, commercial properties and other buildings requiring regular cleaning.

Framed and Frameless Windows

Support for both framed and frameless glass provides flexibility for different architectural window designs.

Commercial Glass Doors

Suitable smooth glass doors can also be included in routine cleaning tasks where the robot can maintain stable adhesion.

Smooth Stone and Other Flat Surfaces

The machine can be considered for other compatible smooth surfaces, including suitable marble and flat hard surfaces.

Product Design Highlights

Dual-Sided Spray + Dual-Pad Cleaning

Instead of relying on a single spray direction, the Dual-Sided Spraying Automatic Glass Cleaning Robot combines dual-sided atomized spraying with two cleaning pads, creating an integrated wet-spray-and-wipe cleaning process.

Programmable Control

The programmable controller provides a platform for automatic route planning, edge recognition and firmware updating.

Multiple Safety Functions

Power-off suction retention, low-battery warning, manual emergency stop and a supplied safety rope are integrated into the operating system for vertical cleaning use.

Automatic and Manual Operation

Users can rely on automatic cleaning paths for routine operation while retaining manual control when positioning or intervention is needed.

OEM and Private Label Support

The LIESA 309 Ultra is available for overseas private-label and OEM projects.

Customization can cover:

Product Logo
Custom branding can be applied according to the agreed OEM specification.

Body Color
Product color can be adjusted for different brand identities or sales channels.

Packaging
Branded retail packaging and customized outer packaging can be developed for international distribution.

Private-Label Programs
OEM support is suitable for cross-border e-commerce sellers, offline retailers and commercial cleaning equipment distributors.

FAQ

Q1: What is the main cleaning technology used by the LIESA 309 Ultra?

The 309 Ultra uses high-energy micron-scale bubble spray technology combined with dual-sided atomizing spray and dual high-density cleaning pads.

Q2: Can it clean framed and frameless glass?

Yes. The product is designed to support framed and frameless glass as long as the surface is smooth, flat and suitable for stable adhesion.

Q3: What happens when the power supply fails?

The backup battery can maintain suction for approximately 20–30 minutes after power failure, providing additional attachment time during a power interruption.

Q4: Does the robot operate automatically?

Yes. The 309 Ultra supports automatic path planning and automatic cleaning, while manual control is also available when operator intervention is required.

Q5: Does it have an edge-detection function?

Yes. The control and sensing system supports window-edge detection to help the robot manage its cleaning path near surface boundaries.

Q6: Is there a manual emergency-stop function?

Yes. A manual emergency-stop function is included as part of the safety design.

Q7: Can the 309 Ultra be used on surfaces other than glass?

It is primarily designed for suitable smooth vertical surfaces and can be used on compatible materials such as marble and other smooth flat surfaces. Surface condition should be checked before use.

Q8: Does the product support OEM customization?

Yes. OEM options include custom logos, product colors and packaging for overseas private-label projects.