SEER Robotics AMB-300XS (AMB-300XS)

Car manufacturers learned long ago that the most valuable engineering often sits in the platform rather than the body: one well-designed floorpan can carry a saloon, an estate and a van. Mobile robotics works the same way. The SEER Robotics AMB-300XS (AMB-300XS) is a laser SLAM robot chassis built to be that platform: a certified, safety-focused base onto which integrators mount rollers, jacking units or latent traction hooks. The navigation, safety logic and power system come already resolved, so a project team can concentrate on the task the robot must actually perform.

Robots Middle East supplies the AMB-300XS to manufacturers, logistics operators, system integrators and research groups across the Middle East. Our team prepares the quotation, arranges delivery to your site and supports the chassis once it is in service, working from the configuration your application requires.

Background

SEER Robotics and the Robot Brain

SEER Robotics (06106.HK) describes itself as a platform-based embodied intelligent robotics company built around the Robot Brain, its core control technology, and it serves more than 2,500 customers worldwide with intelligent robotics solutions. That platform thinking shows in its chassis range. Rather than designing a separate vehicle for every handling task, SEER offers bases such as the AMB-300XS, alongside versions including the AMB-300 and the AMB-CSW015-SR, that share a common approach to navigation and control and leave the upper mechanism open to the integrator.

A chassis positioned for safety and cleanliness

Within that range, the AMB-300XS puts the emphasis on safety and on demanding environments. It is built with the SRC-3000FS controller and integrates a dual-safe lidar arrangement for 360° laser-based obstacle avoidance, together with an emergency stop button and anti-collision edges. It carries CE certification to ISO 3691-4:2020, the safety standard for driverless industrial trucks, which also supports export. It has passed the ISO CLASS4 cleanliness test, so it can be used directly in high-cleanliness industries such as semiconductor manufacturing. Navigation is by laser SLAM, with laser reflector navigation, 3D obstacle avoidance and precise positioning by QR code available as options.

Technical Specifications

Specifications are as published by the manufacturer and are confirmed against the datasheet at quotation.

SEER Robotics has not published the maximum speed under load, the IP rating, the drive wheel type, the communication interfaces, the battery swap time or the noise level; Robots Middle East confirms these at quotation.

What can be built on top of the AMB-300XS?

The AMB-300XS is deliberately incomplete, in the way a good platform should be. SEER Robotics reserves I/O, CAN, RS485 and other interfaces for the expansion of the upper-level mechanism, which means the chassis can be turned into a range of different robots. The manufacturer names three families of peripheral extension: rollers, jacking and latent traction. A roller top turns the base into a conveyor-to-conveyor transfer unit; a jacking unit lets it lift a rack or cart from beneath; latent traction lets it slide under a trolley and tow it.

The figures that matter to the designer of that top module are clear. The rated load is 300 kg, the chassis weighs 120 kg with its battery, and the body measures 842 x 582 x 302.5 mm. Docking is where many upper mechanisms succeed or fail, and here the chassis offers a navigation position accuracy of ±5 mm and an angle accuracy of ±0.5°, which gives a roller or jacking module a predictable point at which to engage. Where a station demands still tighter alignment, precise positioning by QR code is available as an option.

Power planning is equally clear. The 48 V / 40 Ah ternary lithium battery gives a comprehensive battery life of 12 h, and a charge from 10% to 80% takes no more than 2.5 h. Charging can be manual, automatic or by fast battery swap, so a site running several shifts can choose between opportunity charging at a dock and exchanging batteries to keep the chassis moving.

Is the AMB-300XS suited to shared floors and cleanrooms?

Two questions usually decide whether a mobile base is accepted on a production floor: will it protect the people working beside it, and will it compromise the environment it moves through? The AMB-300XS answers the first with a layered safety design. Two SICK nanoScan3 lidars provide 360° laser-based obstacle avoidance under the SRC-3000FS controller, and the chassis implements five main safety functions: area shielding, safe speed limit, safe protection parking, safe electrical monitoring and system emergency shutdown. The emergency stop button and anti-collision edges add physical safeguards, and 3D obstacle avoidance can be added for loads or obstacles that a planar scan may not see. CE certification to ISO 3691-4:2020 documents that safety case for auditors and for export.

The second question is answered by the ISO CLASS4 cleanliness test, which allows the chassis to be used directly in high-cleanliness settings such as semiconductor production. The operating environment of 0°C to 50°C and 10% to 90% relative humidity, without condensation, suits indoor sites that stay within that range. Layout is the final consideration: the chassis needs a minimum aisle width of 722 mm and a rotation diameter of 972.6 mm, while its ground clearance of 27 mm and passability of ≤5% slope, 5 mm step and 30 mm gap make it a machine for level, well-maintained industrial floors.

Who is the AMB-300XS for?

The first group is the system integrator who builds application-specific robots and needs a dependable base with open interfaces and a certified safety system. For that buyer the AMB-300XS removes the heaviest engineering burden, so that effort goes into the top module and the integration with conveyors, stations and site software.

The second group is the manufacturer in a high-cleanliness industry, such as semiconductor or precision electronics, where a transport robot must not become a source of contamination and must work safely alongside technicians. The cleanliness test result and the safety functions speak directly to this buyer.

The third group is the operations or engineering team in a factory or warehouse that wants to automate repetitive internal transport of loads within the rated 300 kg, on level floors and through standard aisles. Research and training institutions developing mobile manipulation or logistics concepts may also find an open chassis of this kind useful.

Buyers comparing chassis within the SEER range may also wish to review the SEER Robotics AMB-300 (AMB-300); Robots Middle East can set out the details of both versions side by side so that the choice suits the application.

What is the AMB-300XS used for?

1. Semiconductor material transport: moving carriers between process tools in cleanrooms where cleanliness is a condition of entry.
2. Roller transfer between conveyors: carrying loads from one conveyor line or station to another with a roller top module.
3. Rack and cart lifting: raising shelving or carts from beneath with a jacking extension and delivering them to workstations.
4. Latent towing of trolleys: sliding under trolleys and pulling them through production areas with a latent traction mechanism.
5. Production line feeding: supplying components to assembly cells on a repeatable route shared safely with operators.
6. Custom robot development: serving as the mobile base for integrators and research teams building their own upper mechanisms.

Pricing and Availability

The cost of an AMB-300XS project depends on the configuration: the upper mechanism, the optional navigation and obstacle-avoidance functions, the charging method and the number of units. Robots Middle East therefore prices each order by quotation, based on your application and site. Delivery, customs clearance and after-sales support are arranged together with the quotation. To begin, send us your requirements using the quotation request available on this page.

Frequently Asked Questions

How does the AMB-300XS navigate?

It uses laser SLAM navigation with two SICK nanoScan3 lidars. Laser reflector navigation and precise positioning by QR code are available as options.

What load can the AMB-300XS carry?

The rated load is 300 kg, and the chassis itself weighs 120 kg with its battery.

How long does the battery last and how is it charged?

The 48 V / 40 Ah ternary lithium battery provides a comprehensive battery life of 12 h, and charging from 10% to 80% takes no more than 2.5 h. Charging can be manual, automatic or by fast battery swap.

Which safety certification does it hold?

The AMB-300XS carries CE certification to ISO 3691-4:2020. It is built with the SRC-3000FS controller and has five main safety functions, including safe speed limit and system emergency shutdown.

Can it be used in a cleanroom?

Yes. It has passed the ISO CLASS4 cleanliness test and can be used directly in high-cleanliness industries such as semiconductor manufacturing.

How much aisle space does the AMB-300XS need?

The minimum aisle width is 722 mm, and the rotation diameter is 972.6 mm. These two figures are the starting point for planning routes and turning areas on your site.

Where can I buy the SEER Robotics AMB-300XS (AMB-300XS) and what does it cost?

You can buy it from Robots Middle East, which supplies it across the Middle East. The cost depends on configuration and quantity, so it is set out in a quotation prepared for your project.

Summary

Like a well-engineered vehicle platform, the AMB-300XS earns its value in what it lets others build. Its laser SLAM navigation, millimetre-level docking accuracy, layered safety system under the SRC-3000FS controller, CE certification to ISO 3691-4:2020 and ISO CLASS4 cleanliness result give integrators a resolved foundation, while its reserved interfaces and roller, jacking and latent traction extensions leave the application open. For factories, warehouses and cleanrooms in the Middle East seeking a certified base for their next mobile robot, Robots Middle East can configure, quote, deliver and support it, and this page is the starting point.