SIASUN Auxiliary Assembly Mobile Robot (Auxiliary Assembly Mobile Robot)

Most factory automation asks the product to come to the machine. The SIASUN Auxiliary Assembly Mobile Robot (Auxiliary Assembly Mobile Robot) turns that around: the machine rolls to the product, lifts it, flips it, extends toward it and then carries it on to the next station. For plants where models change faster than the floor can be rebuilt, that is a very practical idea.

The product is available through this page, by quotation.

Background

SIASUN and the lineage of assisted assembly

The robot is made by SIASUN Robot & Automation CO.,Ltd, a manufacturer whose catalogue spans collaborative arms, palletizing arms, cleaning robots and automated guided vehicles. Within that range, the assisted assembly mobile robot belongs to the family of vehicles that do more than move material from point A to point B. It is built for the working stations of a production line, where a person or a process needs help holding, turning and positioning heavy or awkward parts. Other SIASUN vehicles are also listed in our SIASUN category, among them the SIASUN Heavy Truck Assembly Line Mobile Robot.

The family has grown by process. The sources name versions for the interior and finishing line, the front-end module, the engine, the transmission, the central gear, the axle base line, the axle final line and the instrument panel line. Each one is the same idea, a mobile base with lifting and handling devices, fitted to a different job on the line.

Key technology: a robot vehicle with handling devices

SIASUN describes the product as a combination of the vehicle properties of a robot with devices such as lifting, flipping, telescoping and moving loads. The vehicle side brings trackless movement. The device side brings the motions an assembly worker needs at the station. Together they allow efficient assembly and testing of the engine, front axle, rear axle, front face, gearbox and overall equipment.

Because the robot does not depend on a fixed track, products can be customized to the process they serve. The AGV system can deliver parts automatically and can also form an automatic flexible assembly arrangement. With specific navigation methods, the robot reaches a parking accuracy of ± 3mm, which matters whenever a part must meet a fixture, a pallet or another component.

Technical Specifications

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

The manufacturer has not published the payload, the dimensions, the weight, the battery capacity, the drive system, the navigation method, the speed, the safety sensors, the charging method, the IP rating, the power supply or what is in the box; they are confirmed at quotation.

What makes an assisted assembly robot different from a transport AGV?

A transport AGV earns its keep between stations. It picks up a load, drives a route and sets it down. The work at the station itself is left to people, hoists and fixed equipment. An assisted assembly mobile robot is designed to take part in that station work. It carries the lifting, flipping and telescoping devices on the vehicle, so the part can be raised to working height, turned to reach its underside or extended toward a mating component without a separate fixture.

The second difference is precision. A parking accuracy of ± 3mm, reached with specific navigation methods, lets the vehicle stop where the process needs it rather than somewhere near. That suits assembly and testing, where a misaligned part costs time.

The third difference is flexibility. Mobile robots can adapt to process changes flexibly, and the standardization level of these products is high. In practice, that means a plant can reconfigure its flow by changing the route and the tasks rather than by rebuilding the floor.

Which version suits which process?

The sources name eight versions, and each is named for the line it serves: Interior & Finishing Line, Front-End Module, Engine, Transmission, Central Gear, Axle Base Line, Axle Final Line and Instrument Panel Line Assisted Assembly Mobile Robot. No separate figures are given for them, so none is compared here by number. What the names tell a buyer is where the concept has already been applied. For the final assembly workshop, that covers front-end module, engine, gearbox, interior line, front axle and rear axle assembly. For the battery workshop, it covers module and pack production.

If your process is not on that list, ask. The robot's trackless and flexible character is the basis of its customization.

Who is the SIASUN Auxiliary Assembly Mobile Robot for?

The first group is automotive final assembly plants that build several variants on one line and cannot afford to rebuild conveyors each time the product changes. For them, a fleet that can be re-routed is easier to live with than steelwork.

The second group is powertrain and axle operations, where engines, gearboxes and axles are heavy, awkward and must be positioned carefully. The lifting and flipping devices exist for exactly this kind of part.

The third group is battery workshops that produce modules and packs. For plants that mainly need to move parts between warehouse and line, the SIASUN AGV In New Energy Industry may be the closer starting point. Builders of commercial vehicles can also look at the SIASUN Heavy Truck Assembly Line Mobile Robot.

Finally, integrators and engineering teams planning a new or modernized assembly hall will value the high standardization level, which keeps the design effort manageable across several stations.

What is the SIASUN Auxiliary Assembly Mobile Robot used for?

1. Engine assembly. Handling and positioning of the engine during production assembly.
2. Front-end module assembly. Carrying and aligning the module during its assembly process.
3. Gearbox assembly. Supporting gearbox assembly and testing in the final assembly workshop.
4. Axle assembly. Front axle and rear axle assembly, including testing.
5. Interior line work. Assisting assembly on the interior line, with the part carried to the station.
6. Battery module and pack production. Assisting production in the battery workshop.

Pricing and Availability

Every project differs in process, number of stations and configuration, so the robot is supplied by quotation. Send us the process you wish to automate and we will prepare an offer. Delivery, customs and support are arranged together with the quotation. The SIASUN Auxiliary Assembly Mobile Robot (Auxiliary Assembly Mobile Robot) is available on this page.

Frequently Asked Questions

What does the robot combine?

It combines the vehicle properties of a robot with devices for lifting, flipping, telescoping and moving loads. That lets it travel and also assist at the station.

How accurate is its stopping position?

With specific navigation methods, the parking accuracy is ± 3mm.

Which products can it help assemble and test?

The engine, front axle, rear axle, front face, gearbox and overall equipment.

Does it need a fixed track?

No. It uses the trackless and flexible characteristics of mobile robots, which is also what allows the product to be customized.

Can it adapt when the process changes?

Yes. Mobile robots have strong flexibility and can adapt to process changes flexibly.

Which industry is it made for?

The automotive industry. It is used in the final assembly workshop and in the battery workshop for module and pack production.

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

You can request it through this page. The cost depends on the configuration and the project, so it is given in a quotation rather than printed here.

Summary

The idea behind this robot is simple to say and useful on a busy floor: let the work travel and let the vehicle do the lifting. It brings together a trackless mobile base and handling devices, reaches ± 3mm parking accuracy with specific navigation methods, and has been applied to engines, gearboxes, axles, front-end modules, interior lines and battery packs. If you are planning a more flexible assembly line, this page is the starting point.