ECOVACS DEEBOT PRO M1 3D

ECOVACS does not publish one universal commercial price for the DEEBOT PRO M1 3D. Pricing depends on market, quantity, charging or water-service equipment, deployment, software, training, warranty and support.

You can request a DEEBOT PRO M1 3D quote through Anton Robots.

You can request the ECOVACS DEEBOT PRO M1 3D through Anton Robots or through ECOVACS Commercial Robotics and its regional commercial channels.

Confirm the exact station configuration, commissioning, training, connectivity, warranty and local service before purchase.

M1 3D is a current ECOVACS commercial floor scrubber. Professional sales are normally handled through a quotation and deployment process rather than consumer e-commerce.

If considering a reseller or used unit, verify software access, battery condition, sensors, service history and whether manufacturer support transfers.

Yes. ECOVACS Commercial Robotics accepts commercial enquiries, and you can request an M1 3D quote through Anton Robots.

Provide floor area, floor types, route widths, traffic, operating hours, water access and destination country to assess fit properly.

The exact commercial package varies by region. The core robot includes the M1 3D platform, 60 Ah LFP battery, 500 mm roller-brush system, clean- and wastewater tanks and autonomous sensor suite.

• DEEBOT PRO M1 3D robot
• 60 Ah LFP battery
• 35 L clean-water and 33 L wastewater tanks
• 500 mm roller brush
• 3D LiDAR-led autonomous sensing
• Charging or water-service equipment where quoted
• Deployment, training, warranty and support as contracted

ECOVACS lists scrubbing, sweeping and dry dust mopping as the M1 3D cleaning modes.

That makes it a hard-floor-focused commercial cleaner rather than a carpet-vacuum specialist.

ECOVACS’ current technical table publishes theoretical cleaning capacity up to 2,160 m²/h.

Practical output will be lower in many real facilities because turns, obstacles, traffic, water servicing and route complexity reduce effective hourly coverage.

ECOVACS publishes approximately 3.5 hours of scrubbing runtime, 8 hours of dry dust-mopping runtime and about 2.5 hours of charging.

Actual runtime depends on cleaning mode, floor resistance, traffic, battery condition and route complexity.

The M1 3D is specified with approximately 35 L of clean water and 33 L of wastewater capacity.

Tank size supports longer autonomous scrub routes, but refill and drainage frequency still depends on water settings, soil level and floor area.

The key difference is the additional 3D LiDAR and the M1 3D’s positioning for large, dynamic commercial environments.

The two models share the same published 500 mm roller-brush width, 35/33 L tanks, 60 Ah LFP battery and 3.5-hour scrubbing runtime, but the 3D model adds a stronger perception layer for more challenging spaces.

ECOVACS publishes a minimum passable width of approximately 85 cm. The robot measures about 775 × 681.5 × 1,050 mm.

Actual routes should be measured with racks, pallets, doors, displays and pedestrian traffic in place.

The official sensor list includes 3D LiDAR, 2D LiDAR, RGB-D sensing, line laser, geomagnetic sensing and an anti-collision bumper.

This stack supports mapping, localization and obstacle awareness, but a site commissioning process remains important in busy mixed-traffic environments.

ECOVACS lists marble, ceramic tile, terrazzo, wood-grain tile, artificial stone, plastic flooring, epoxy resin and multiple concrete surfaces.

Typical scenarios include factories, warehouses, supermarkets, shopping malls, subway stations, railway stations and airports.

ECOVACS publishes gradeability up to 8° and passable obstacle height up to approximately 20 mm.

Threshold geometry and traction vary, so transitions should be tested during site validation.

Check battery warranty, roller brushes, squeegee and water-system consumables, sensor service, software access, spare-parts lead time, remote diagnostics and technician coverage.

If the site depends on unattended cleaning, also confirm station uptime and the manual fallback process.

M1 3D is worth considering for large hard-floor sites where dynamic traffic and obstacle complexity justify stronger 3D perception.

For simpler offices or mid-sized facilities, the standard M1 may be sufficient. Compare both with other commercial cleaning robots using a representative site trial.