SIASUN Auxiliary Assembly Mobile Robot (Auxiliary Assembly Mobile Robot)

A fixed conveyor sets the pace and the layout of an assembly hall for years. When a new engine variant arrives or a front-end module is redesigned, the steelwork in the floor becomes the obstacle rather than the solution. The SIASUN Auxiliary Assembly Mobile Robot (Auxiliary Assembly Mobile Robot) starts from the opposite premise. The workpiece rides on a vehicle that can lift, flip, telescope and move its load. It travels between stations without tracks and stops exactly where the operator or the next process needs it. For automotive plants that build several derivatives on shared floor space, this shift from fixed infrastructure to mobile carriers is the central argument.

Robots Europa, based in Dublin, supplies the SIASUN Auxiliary Assembly Mobile Robot to manufacturers throughout the European Union and the DACH region. We prepare the quotation, coordinate delivery to your plant and remain your point of contact for support. We also work with the manufacturer on the version and configuration that your assembly process calls for.

Background

SIASUN Robot & Automation and its automotive mobile robots

The robot is built by SIASUN Robot & Automation CO.,Ltd. The company's range covers industrial and collaborative robot arms as well as an extensive family of mobile robots and AGVs, which you can browse in the SIASUN category. The assisted assembly robots belong to SIASUN's automotive offering. In the final assembly workshop, they serve front-end module, engine production, gearbox, interior line, front axle and rear axle assembly processes. In the battery workshop, they serve module and pack production. These are not speculative use cases: they are the processes the product line is built for today.

Vehicle properties combined with load-handling devices

The design idea is straightforward. SIASUN takes the vehicle properties of a mobile robot and equips the platform with devices for lifting, flipping, telescoping and moving loads. The result can carry an engine, an axle, a gearbox, a front face or other assemblies to a station. It then presents the part in the orientation and at the height the task requires, so that assembly and testing can take place on the carrier itself.

Because the robots are trackless, they are not bound to a fixed path. SIASUN uses this flexibility to customise the product to each application. The same AGV system handles the automatic delivery of parts and can also form an automatic flexible assembly line, so logistics and assembly run on one fleet rather than two separate installations. The standardisation level of the assisted assembly mobile robots is high. That shared base sits behind the eight line-specific versions listed below.

Technical Specifications

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

SIASUN has not published the payload, dimensions, weight, battery capacity, drive system, navigation method, speed, safety sensors, charging method, IP rating, power supply or the scope of delivery; these details are confirmed for your chosen version at quotation.

What makes an assisted assembly mobile robot different from a fixed assembly line?

A conventional line ties the product to the conveyor. Every station sits where the track passes, and every change to the process means changing the infrastructure. An assisted assembly mobile robot separates the two. Each carrier is an independent vehicle, so the sequence of stations is a matter of routing rather than construction. The mobile robots adapt flexibly to process changes, which is the property that matters most when model mix and cycle content shift over a vehicle's life.

The second difference lies in what happens at the station. A transport-only AGV delivers a part and leaves. In contrast, the SIASUN robot stays and works: its lifting, flipping and telescoping devices hold the assembly in position while operators or other equipment complete the task, and testing can take place in the same place. With specific navigation methods, the robot achieves a parking accuracy of ± 3mm. This is the figure that allows a moving carrier to stand in for a fixed fixture.

The third difference concerns how the plant is organised. Because one AGV system can deliver parts automatically and also form a flexible assembly line, material flow and assembly no longer need separate planning. For a production engineer, this means fewer interfaces to manage between logistics and the line.

Which version of the SIASUN Auxiliary Assembly Mobile Robot suits which line?

The product family comprises eight versions, each tied to a stage of vehicle or powertrain assembly:

• The Engine, Transmission and Central Gear Assisted Assembly Mobile Robots serve powertrain lines.
• The Axle Base Line and Axle Final Line versions split axle assembly into its earlier and final stages.
• The Front-End Module version addresses the front face of the vehicle.
• The Interior & Finishing Line and Instrument Panel Line versions cover trim and cockpit work.

No figure in this article should be read as applying to one version rather than another. In practice, the right choice follows from the process you are automating, and Robots Europa prepares your quotation for the version that matches it.

Who is SIASUN Auxiliary Assembly Mobile Robot for?

The primary buyers are automotive manufacturers and their tier suppliers who run final assembly, powertrain or axle operations and want to make those lines more flexible. Planning teams facing frequent model changes, or several derivatives on one line, gain the most from a trackless system that can be rerouted rather than rebuilt. Plants assembling engines, gearboxes, front and rear axles, front-end modules, interiors or instrument panels will find a version named for their process.

Battery workshops form a second segment, as module and pack production is among the applications. Buyers whose priority is material transport in new-energy production rather than assisted assembly may also wish to compare the SIASUN AGV In New Energy Industry. Commercial vehicle manufacturers can review the SIASUN Heavy Truck Assembly Line Mobile Robot alongside this product.

System integrators building flexible assembly cells for automotive clients are a third audience. For them, the high standardisation of the product family and the option to customise it are equally relevant.

What is SIASUN Auxiliary Assembly Mobile Robot used for?

1. Engine assembly: carrying and presenting the engine through its production assembly process.
2. Gearbox and transmission assembly: supporting transmission and central gear work at successive stations.
3. Front and rear axle assembly: moving axles through base-line and final-line operations.
4. Front-end module assembly: holding the front face in position for mounting and testing.
5. Interior and instrument panel lines: bringing trim and cockpit assemblies to the operator at the required orientation.
6. Battery module and pack production: serving the assembly steps of the battery workshop.

Pricing and Availability

Robots Europa supplies the SIASUN Auxiliary Assembly Mobile Robot on a quotation basis. Each installation depends on the version, the process and the plant layout. Tell us which line you are automating and which of the eight versions interests you, and we will return a quotation prepared for your project. Delivery, customs and support are arranged with the quotation. Questions about CE marking and documentation for your site are also answered at that stage. To begin, use the quotation request, which is available on this page.

Frequently Asked Questions

What does the SIASUN Auxiliary Assembly Mobile Robot do?

It is a mobile robot equipped with devices for lifting, flipping, telescoping and moving loads. It carries assemblies such as engines, axles, gearboxes and front faces between stations and supports their assembly and testing.

How accurately does the robot stop at a workstation?

In combination with specific navigation methods, the robot achieves a parking accuracy of ± 3mm.

Does it require tracks or rails in the floor?

No. The robot is trackless, which is what allows routes and stations to change as your process changes.

Can the robot be adapted to my process?

Yes. SIASUN uses the trackless, flexible character of its mobile robots to customise the product. The same AGV system can handle both parts delivery and flexible assembly.

Which versions are available?

The range comprises the Interior & Finishing Line, Front-End Module, Engine, Transmission, Central Gear, Axle Base Line, Axle Final Line and Instrument Panel Line Assisted Assembly Mobile Robots.

Is the robot suitable for battery production?

Yes. Beyond the final assembly workshop, the robot serves module and pack production in the battery workshop.

Where can I buy the SIASUN Auxiliary Assembly Mobile Robot and what does it cost?

You can buy it from Robots Europa, which supplies customers across the EU and the DACH region. The cost depends on the version and configuration, so we provide it in a quotation prepared for your project.

Summary

The case for the SIASUN Auxiliary Assembly Mobile Robot rests on a simple reversal: instead of building the line around fixed steel, the line is built around vehicles. Its lifting, flipping and telescoping devices turn each carrier into a working station. Its ± 3mm parking accuracy with specific navigation methods lets that station stand where a fixture once stood. Its trackless design means a new variant calls for new routes rather than new foundations. With eight versions covering powertrain, axle, front-end, interior and instrument panel lines, and with applications reaching into battery production, the product family follows the automotive process from start to finish. For a quotation from Robots Europa tailored to your line, this page is the starting point.