SIASUN HC-X6-B (HC-X6-B)

Most collaborative robots spend their working lives in one place, bolted to a bench while parts, trays and operators come to them. The SIASUN HC-X6-B (HC-X6-B) reverses that arrangement. It pairs a collaborative arm with a self-developed mobile platform, so the robot travels to the machine, the rack or the inspection point and carries out the task where the task actually is. In plants where work is scattered across a hall rather than concentrated in a single cell, moving from a fixed station to a mobile one changes how automation can be planned, justified and expanded.

Robots Europa, based in Dublin, supplies the SIASUN HC-X6-B to customers across the European Union and the DACH region. We prepare each quotation around the specific application, coordinate delivery to your site and remain your point of contact for support after commissioning. A single supplier is therefore responsible from the first enquiry until the robot is in productive use on your floor.

Background

SIASUN DUCO and its engineering lineage

The HC-X6-B belongs to the mobile collaborative robot range of SIASUN DUCO, a sub-brand of SIASUN focused on intelligent robotics. SIASUN DUCO has broken foreign technology monopolies in multiple fields, and all of its core components are independently developed. This matters for a mobile cobot in particular, because the platform, the arm and the peripheral units are designed within one organisation rather than sourced from separate suppliers and reconciled afterwards. The range can be equipped with SIASUN's own vision systems, grippers and other execution units, giving integrators a coherent set of building blocks for what is, in effect, a complete workstation on wheels.

One machine instead of two

Combining a mobile platform with a robot arm is not new in itself; the difficulty has traditionally been that the two halves are programmed, monitored and maintained as separate systems. The HC-X6-B addresses this with an integrated teach pendant: a single screen for visual interaction and debugging of both the mobile platform and the collaborative arm, which allows for faster deployment. Beneath it sits a chassis wheel system designed specifically for the mobile collaborative robot, offering greater stability and reliability than a general-purpose base. Safety protection covers both the ground and the airspace around the robot with real-time protection, enabling safe human-robot collaboration in areas that people also use.

Technical Specifications

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

The manufacturer has not published the power consumption, the IP rating, the total weight of this model without the arm, the battery run time, the maximum travel speed or the included accessories; these are confirmed at quotation.

What does a 470kg Max platform load mean for an HC-X6-B deployment?

The platform load describes what the mobile base can carry: the collaborative arm itself, its tooling and whatever material travels with the robot between stations. A rating of 470kg Max gives planners room to mount the arm together with fixtures, trays or containers on the same vehicle, rather than splitting transport and handling across two separate machines. It should not be read as the lifting capacity of the arm, which is a separate specification belonging to the chosen configuration.

Load capacity is only useful if precision survives the journey. The HC-X6-B is specified with an overall accuracy of ±0.3mm, a figure that covers the combined system rather than the arm in isolation. For tasks such as placing parts into a fixture, presenting a component to a camera or tending a machine, this is the number that determines whether the robot can arrive at a station and work reliably without manual correction.

The vehicle dimensions of 1250*700*800mm define the footprint that has to fit through aisles, doorways and the spaces between machines. Before an order, it is worth checking these against the narrowest points on the intended route and the clearance needed at each workstation.

How does the HC-X6-B navigate and stay safe among people?

The HC-X6-B uses SLAM & QR CODE navigation. In general terms, SLAM (simultaneous localisation and mapping) lets a mobile robot build a map of its surroundings and locate itself within it, so routes can be changed in software rather than by laying new guidance on the floor. QR codes provide fixed reference points that a robot can read to confirm its position at known locations. Combining the two is a common way of pairing the flexibility of map-based travel with dependable positioning where a task demands it, such as at a docking point or in front of a machine.

Moving among people is the other half of the question. The robot's safety protection monitors both the ground and the airspace with real-time protection, which is what allows it to share space with operators rather than being fenced off. As with any collaborative application in the EU, the final risk assessment depends on the tooling, the payload and the layout of the installation, and should be completed for the specific cell before the robot goes into service.

Who is the SIASUN HC-X6-B for?

The HC-X6-B suits manufacturers whose processes are spread across several stations: a machine shop with a row of CNC machines, an electronics plant with separate test and assembly areas, or a production hall where parts must move between processes before they are handled. For these organisations, a single mobile cobot can serve several points in turn instead of requiring a dedicated arm at each one.

It is also relevant to operations that need to run beyond staffed hours. With contact-based, wireless and automatic charging methods, the robot can be integrated into a shift pattern that includes short-term, real-time or round-the-clock operation, depending on how charging is arranged on site. System integrators and automation engineers will appreciate the single teach pendant, which reduces the number of interfaces to learn and shortens commissioning.

The SIASUN DUCO mobile range also includes the SIASUN HC-X2-B (HC-X2-B), the SIASUN HC-X3-B (HC-X3-B), the SIASUN HC-X4-B (HC-X4-B), the SIASUN HC-X2-L (HC-X2-L) and the SIASUN HC-X2-T (HC-X2-T). If your application calls for a different combination of load, footprint or configuration, compare these pages and ask Robots Europa which version fits your process best.

What is the SIASUN HC-X6-B used for?

1. Material handling: collecting, carrying and placing parts and containers between stations across a facility.
2. Assembly: bringing the collaborative arm to a workstation to join, insert or fit components alongside operators.
3. Inspection: carrying a vision system to the part or the machine and checking components where they are produced.
4. Precision processing: performing tasks that rely on the system's ±0.3mm overall accuracy after the robot has arrived at a station.
5. Multi-station machine service: serving several machines in turn with one robot rather than installing a fixed arm at each.
6. Extended-hours operation: running through the night using automatic charging so that work continues without staff present.

Pricing and Availability

The SIASUN HC-X6-B is supplied on quotation, because the final configuration depends on the arm, the end effector, the vision system and the navigation set-up your process requires. Tell us what the robot needs to carry, where it needs to go and which tasks it should perform, and we will prepare an offer that reflects that scope. Delivery, customs and support are arranged with the quotation. The form to request a quotation for the SIASUN HC-X6-B is available on this page.

Frequently Asked Questions

What is the platform load of the SIASUN HC-X6-B?

The HC-X6-B has a platform load of 470kg Max. This figure refers to the mobile platform rather than to the arm.

How accurate is the HC-X6-B?

The overall accuracy of the HC-X6-B is ±0.3mm, covering the combined mobile platform and collaborative arm.

Which navigation methods does the HC-X6-B use?

It navigates using SLAM & QR CODE, combining map-based travel with fixed reference codes.

How is the robot charged?

The HC-X6-B supports contact-based, wireless and automatic charging methods. The most suitable option depends on your shift pattern and site layout.

What are the dimensions of the HC-X6-B?

The vehicle dimensions are 1250*700*800mm. We recommend checking these against the aisles and doorways on the intended route.

Can the HC-X6-B work alongside people?

Yes. Its safety protection covers both the ground and the airspace with real-time protection, enabling safe human-robot collaboration, subject to the risk assessment for your installation.

Where can I buy the SIASUN HC-X6-B and what does it cost?

You can buy the SIASUN HC-X6-B from Robots Europa, which supplies customers across the EU and the DACH region from Dublin. The cost depends on the configuration, so we provide it in a tailored quotation that also covers delivery, customs and support.

Summary

The SIASUN HC-X6-B takes the collaborative robot off the bench and puts it on a platform built for it, so automation can follow the work around a facility instead of waiting for the work to arrive. A platform load of 470kg Max, an overall accuracy of ±0.3mm, SLAM & QR CODE navigation and a single teach pendant for platform and arm make it a practical choice for processes spread across several stations, while ground and airspace protection allows it to share space with people. Robots Europa configures, quotes, delivers and supports it for customers across the EU and the DACH region. If you are planning a mobile collaborative application, this page is the starting point.