SEER Robotics Robotic Automatic Charging Station (SCS-C4860)

Every mobile robot on a factory floor eventually has the same problem: the battery runs down, and the hour it spends recharging is an hour it is not moving parts. The SEER Robotics Robotic Automatic Charging Station (SCS-C4860) is designed to make that hour as short and as hands-free as possible. Instead of a technician wheeling a robot to a wall socket, the robot docks itself, draws up to 3 kW and, according to SEER Robotics, returns to a full charge in 60 minutes. For an operator planning shifts around fleet availability, that changes charging from an interruption into a scheduled, predictable part of the workflow.

Robots Europa supplies the SCS-C4860 from Dublin to customers across the European Union and the DACH region. We prepare a quotation for each project, arrange delivery to your site and remain your point of contact for technical questions once the station is in service, so that the charging infrastructure is specified alongside the robots it serves rather than as an afterthought.

Background

SEER Robotics and its platform approach

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. The company serves more than 2,500 customers worldwide with intelligent robotics solutions, and its range covers not only the control technology at the heart of autonomous mobile robots but also the supporting hardware that keeps a fleet running. Charging stations sit naturally in that ecosystem: a robot controller that knows its own battery state is only useful if there is somewhere reliable for the robot to go when that state drops.

Where the SCS-C4860 fits

The SCS-C4860 is matched to the 48 V Small AMR series, and it is positioned as a high-power, fast-charging station within that family. Two characteristics define it. The first is its output: a maximum power of 3 kW at 48 V / 60 A, with the ability to adapt to various lithium batteries. The second is its integration with Roboshop, SEER Robotics' software environment, which supports remote status viewing, remote control and real-time monitoring of the overall machine status. The station therefore behaves less like a stand-alone charger and more like a managed node in the fleet, visible to the same tools that supervise the robots themselves.

Technical Specifications

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

The manufacturer has not published the contents of the box, the cable length, certifications, efficiency, noise level or mounting method; these details are confirmed at quotation.

Why does charging speed matter for a 48 V AMR fleet?

Fleet planning is ultimately a calculation of how many robots must be on the floor at once and how many must be held in reserve while others charge. A slow charger inflates that reserve: if each robot spends a long stretch docked, the operator needs more robots to cover the same workload. A station that reaches a full charge in 60 minutes narrows the gap between working time and charging time, which can reduce the number of spare units a site needs to keep throughput steady.

The 48 V / 60 A output is what makes that pace possible on a 48 V platform. Because the DC output spans 32 V to 60 V and the station adapts to various lithium batteries, it is not tied to a single cell chemistry or pack configuration within its intended range. For integrators, this flexibility matters when a site mixes robots bought at different times, or when battery suppliers change over the life of a fleet.

Network options also shape how the station is deployed. Wi-Fi is the recommended connection, with wired and 5G connectivity available as alternatives. That gives facility teams a choice depending on the coverage and security policies of the building, while Roboshop keeps the station visible to whoever supervises the fleet, whether they are on site or monitoring remotely.

How safe is unattended charging with the SCS-C4860?

Automatic charging means that no one is standing beside the robot while several kilowatts flow into its battery. Safety therefore has to be built into the station rather than left to supervision. The SCS-C4860 carries six kinds of safety protection: overvoltage, overcurrent, reverse connection, short circuit, leakage and over temperature. Between them, these address the most common electrical faults in battery charging, from a misaligned connection to heat building up during a long session.

The station references EN 62477-1, the European standard covering safety requirements for power electronic converter systems, which is a useful point of orientation for safety officers reviewing equipment for a European site. Its working temperature range of 0℃ to 40℃ suits most indoor production and warehouse environments; installations in unheated buildings or cold stores should be discussed with Robots Europa before ordering. Roboshop's real-time monitoring adds a further layer, allowing staff to see the status of the station and intervene remotely if something needs attention.

Who is the SEER Robotics Robotic Automatic Charging Station (SCS-C4860) for?

The most direct fit is any operator already running, or planning to run, robots from the SEER 48 V Small AMR series. For these customers, the SCS-C4860 is the charging counterpart that completes the system, and its Roboshop integration means the station appears in the same management environment as the robots.

System integrators building intralogistics solutions for manufacturing clients are a second group. They need a charging station whose network options, monitoring and protection functions can be documented in a handover package and supported over the long term. Warehouse and distribution operators with multi-shift schedules form a third group, since faster charging directly affects how many robots must be kept in reserve. Research teams and engineering departments evaluating autonomous mobile robots in pilot projects may also find it practical to trial a complete docking and charging setup rather than charging robots by hand.

If your robots are not from the 48 V Small AMR series, other stations in the SEER range are listed separately, for example the SEER Robotics Robotic Automatic Charging Station (SCS-C4850D), the SEER Robotics Robotic Automatic Charging Station (SCS-C48100D) and the SEER Robotics Robotic Automatic Charging Station (SCS-C24100D). Robots Europa will help you check which model matches your fleet. The full selection is available in our Charging Stations category, and the robots themselves can be found under Factory Robots.

What is the SEER Robotics Robotic Automatic Charging Station (SCS-C4860) used for?

1. Opportunity charging between tasks: robots dock during natural pauses in the workflow and return to work with minimal downtime.
2. Multi-shift warehouse operations: fast recharging helps keep a fleet available across consecutive shifts without manual battery swaps.
3. Production line material supply: AMRs feeding components to assembly stations recharge automatically so that line-side deliveries stay on schedule.
4. Remote fleet supervision: Roboshop lets operations staff check charging status and control the station without walking the floor.
5. Mixed-battery fleets: the station adapts to various lithium batteries, which simplifies sites running robots acquired at different times.
6. AMR pilot projects: engineering teams can test a complete autonomous docking and charging cycle before scaling to a full deployment.

Pricing and Availability

The SCS-C4860 is supplied on a quotation basis, as the right configuration depends on your robots, your site's power supply and your preferred network connection. Please tell us about your fleet, the number of charging points you need and your installation site, and Robots Europa will prepare a tailored offer. Delivery, customs and after-sales support are arranged together with the quotation. To begin, use the quotation request available on this page.

Frequently Asked Questions

Which robots is the SCS-C4860 designed for?

SEER Robotics lists the 48 V Small AMR series as the suitable product model. For other robots, Robots Europa can help assess compatibility before you order.

How long does a full charge take?

The station charges to 100% in 60 minutes, using its 48 V / 60 A output and a maximum power of 3 kW.

Can the station run on European mains power?

The AC input covers 110 V to 120 V and 220 V to 240 V at 50 / 60 Hz. The plug specification is listed as GB 16A with optional alternatives, so the plug for your site is agreed at quotation.

What safety protections are built in?

The station provides six kinds of protection: overvoltage, overcurrent, reverse connection, short circuit, leakage and over temperature.

How is the station connected to the network?

Wi-Fi is the recommended connection, and wired and 5G connections are also supported. Through Roboshop, staff can view status, control the station remotely and monitor it in real time.

What environment does it need?

The working temperature range is 0℃ to 40℃, and the station measures 452 x 485 x 385 mm, which should be allowed for when planning the docking area.

Where can I buy the SEER Robotics Robotic Automatic Charging Station (SCS-C4860) and what does it cost?

You can buy it from Robots Europa, which supplies customers throughout the EU and the DACH region. The price depends on your configuration and is set out in a personal quotation that you can request on this page.

Summary

The hour a robot spends charging is either lost time or planned time, and the SEER Robotics Robotic Automatic Charging Station (SCS-C4860) is built to make it the latter. With 3 kW of charging power at 48 V / 60 A, a full charge in 60 minutes, six layers of electrical protection and live supervision through Roboshop, it gives fleets in the 48 V Small AMR series a dependable place to recover between tasks. Robots Europa supplies it across the EU and the DACH region, with delivery and support organised as part of each quotation. If you are planning how your robots will stay powered through every shift, this page is the starting point.