SEER Robotics Industrial Cleaning Robot (SCL-AWG50)

Most floor-cleaning machines are judged by their brushes, yet the more telling part of an autonomous scrubber is the computer that decides where those brushes go. The SEER Robotics Industrial Cleaning Robot (SCL-AWG50) is built around the SRC-2000, the universal mobile robot controller from SEER Robotics, and it uses Laser SLAM to build and follow a map of the site rather than a fixed track. The result is a cleaning machine that behaves less like an appliance and more like a member of an automated fleet. It pushes dust and mops, recognises obstacles with a 3D camera and laser sensors, and leaves its route on its own to recharge, take on fresh water and discharge wastewater.

Robots Middle East sells the SCL-AWG50 and supplies it to industrial, logistics and commercial sites across the Middle East. Our team prepares your quotation, arranges delivery to your facility and provides support once the robot is in service. We can also advise on how it suits your floor layout and your existing systems. You may compare it with the other machines in our Cleaning Robots range.

Background

SEER Robotics and the Robot Brain

SEER Robotics, listed in Hong Kong as 06106.HK, describes itself as a platform-based embodied intelligent robotics company built around what it calls the Robot Brain. It serves more than 2,500 customers worldwide with intelligent robotics solutions. The company's approach centres on a common control and dispatching layer that can be applied to different robot bodies. This explains why its cleaning robot runs on a controller the company describes as universal, rather than on electronics designed only for a scrubber.

For buyers, that lineage matters. A cleaning robot from a company whose core business is mobile robot control is likely to be configured, mapped and managed in a way that is familiar to teams already working with autonomous vehicles. It is not treated as a stand-alone gadget with its own separate logic.

A cleaning robot with a mobile robot's controller

The SCL-AWG50 has the SEER Robotics SRC-2000 controller built in. Among its core functions, the controller provides map construction, positioning and navigation, and model editing. Navigation is by Laser SLAM: the robot builds a map of its surroundings and locates itself within it as it moves. In general terms, this approach lets operators define and adjust cleaning areas in software rather than by installing guides on the floor.

The robot is also integrated with SEER's dispatching system, RDS, which the manufacturer presents as giving it a deep comprehension of industrial scenarios. Connectivity is through Ethernet or Wi-Fi. In facilities where several robots share the same aisles, a common dispatching layer is the usual means of scheduling tasks and keeping traffic orderly. The SCL-AWG50 is designed to take its place within that structure.

Technical Specifications

Specifications as published by the manufacturer; confirmed against the datasheet at quotation. The manufacturer has not published the ingress protection rating, power consumption, operating temperature range, certifications, brush and pad specifications or the list of included accessories, and these are confirmed at quotation.

How does the SCL-AWG50 manage water, charging and long shifts?

Endurance in an autonomous scrubber depends on more than the battery. A robot that must wait for someone to empty a tank is only as autonomous as the staff rota allows. The SCL-AWG50 is designed to complete recharging, fresh water refill and wastewater discharge on its own, and it carries a 34 L clean water tank matched by a 34 L dirty water tank.

The battery is a 24 V / 50 Ah lithium iron phosphate pack with a charging time of 1 h. The manufacturer gives two figures for comprehensive battery life, and the difference between them is worth planning around. Dust pushing runs for 8 h to 10 h, while mopping runs for 2 h to 4 h. In practice, a site might schedule dry dust pushing for long stretches and reserve mopping for the areas that need it. Self-servicing then carries the robot through the gaps without anyone stepping in.

Can the SCL-AWG50 work safely around people and vehicles?

Industrial floors are shared spaces, and a cleaning robot has to coexist with pedestrians, trolleys and forklifts. The SCL-AWG50 combines a 3D camera with laser sensors so that it can dynamically recognise obstacles, stop instantly, avoid obstacles and prevent falling. Its maximum braking distance is ＜20 cm, a figure the manufacturer notes is related to the ground material. It drives at 3.6 km/h, and its noise level is ＜70 dB(A), which matters on sites where cleaning continues during working hours.

Physical limits are clearly defined. The robot needs a minimum aisle width of 900 mm, handles slopes of ＜8°, and cleans along edges at a distance of 10 cm to 20 cm. Because no certifications are published, buyers with specific compliance requirements should raise them when requesting a quotation.

Who is the SEER Robotics Industrial Cleaning Robot (SCL-AWG50) for?

The clearest fit is the operations or facilities manager responsible for large hard floors in manufacturing plants, warehouses and logistics centres. In these settings, cleaning must be repeated consistently and fitted around continuous activity. Sites that already use SEER Robotics equipment or plan to adopt the RDS dispatching system gain the most, because the robot is integrated with that system rather than managed separately.

The supported floor types also make it relevant to commercial and public buildings with tile, stone or terrazzo surfaces, as well as to facilities with epoxy or cement floors. Buyers should check two constraints first. Aisles must be at least 900 mm wide, and ramps must stay below 8°. Floor coverings not on the manufacturer's list of suitable ground should be discussed with our team. The sources name a single version, the SCL-AWG50, so there is no alternative version to recommend for a different segment. Other options are presented in our Cleaning Robots category.

What is the SEER Robotics Industrial Cleaning Robot (SCL-AWG50) used for?

1. Production halls: routine dust pushing and mopping of cement and epoxy floors between and during shifts.
2. Warehouse aisles: keeping racked aisles of 900 mm and wider free of dust that settles from packaging and traffic.
3. Logistics and distribution centres: cleaning busy cross-docking and sorting areas while working alongside other dispatched robots.
4. Commercial and public buildings: mopping tile, stone and terrazzo concourses where a quieter machine is preferred.
5. Out-of-hours cleaning: running unattended overnight, recharging and servicing its own water without staff on hand.
6. Mixed-fleet sites: adding floor care to an RDS-managed operation so that cleaning is scheduled with the rest of the fleet.

Pricing and Availability

Robots Middle East quotes the SCL-AWG50 on request, so that the offer reflects your site, your floor types and the systems the robot must work with. Delivery, customs and support are arranged with the quotation. To begin, please share your floor area, surface types and any compliance requirements, and our team will prepare a tailored offer. The request form for the SEER Robotics Industrial Cleaning Robot (SCL-AWG50) is available on this page.

Frequently Asked Questions

Which floors can the SCL-AWG50 clean?

The manufacturer lists tile, cement, stone, terrazzo and epoxy floors as suitable ground. Other surfaces should be discussed with our team before ordering.

How much floor can it cover in an hour?

Its cleaning efficiency reaches up to 1800 ㎡/h. It has a cleaning width of 500 mm when mopping and a dust pushing width of 670 mm.

Does it need staff to refill water or empty the tank?

No. It is designed to complete recharging, fresh water refill and wastewater discharge autonomously, using its 34 L clean and 34 L dirty water tanks.

How long does the battery last?

Comprehensive battery life is 8 h to 10 h for dust pushing and 2 h to 4 h for mopping. The 24 V / 50 Ah lithium iron phosphate battery charges in 1 h.

Can it connect to our network and fleet system?

It connects through Ethernet or Wi-Fi and is integrated with SEER's dispatching system, RDS. The built-in SRC-2000 controller handles map construction, positioning and navigation.

How much space does it need?

The robot measures 900 x 676 x 1080 mm, weighs 140±10 kg and needs a minimum aisle width of 900 mm. It can handle slopes of ＜8°.

Where can I buy the SEER Robotics Industrial Cleaning Robot (SCL-AWG50) and what does it cost?

Robots Middle East supplies it across the Middle East and prices it by quotation for your project. Please request a quotation on this page, and delivery, customs and support will be included in the offer.

Summary

The SCL-AWG50 is best understood as a mobile robot that happens to clean. Its SRC-2000 controller, Laser SLAM navigation and RDS integration place it alongside the automated systems that already run a modern site. Its dust pushing, mopping, autonomous water servicing and 3D camera and laser sensing address the practical demands of keeping large hard floors clean. For facilities that want floor care to be planned, dispatched and repeated like any other automated task, and supplied and supported by Robots Middle East, this page is the starting point.