SIASUN Central Gear Assisted Assembly Mobile Robot (Central Gear Assisted Assembly Mobile Robot)

A central gear is heavy, awkward and unforgiving, and it has to be seated correctly every single cycle, on every shift. That is the job the SIASUN Central Gear Assisted Assembly Mobile Robot was built to take off the shoulders of an assembly crew. It carries the load, raises it to the working height and holds it where the operator needs it, so that people direct the work instead of straining under it.

The product is available through this page, by quotation.

Background

SIASUN and its place in factory automation

SIASUN is a robotics manufacturer whose catalog covers industrial robots, mobile robots and automated handling equipment for factories. Its mobile platforms are the part of that range most often seen on production floors, where they move parts between stations and, in specialized versions, take part in the assembly step itself. Buyers who want to see the wider family can browse the Mobile Robots category or the Factory Robots category.

Within that family, this model is not a general-purpose carrier. It is a purpose-built assist robot for one demanding task in automotive final assembly lines: central gear assembly. That narrow focus is the reason it is shaped the way it is, with a lifting system sized for a heavy component and a navigation scheme suited to fixed production routes.

Positioning and key technology

The robot combines a mobile base with a screw-driven lifting system. The base uses one drive wheel and four caster wheels. It follows color tape and QR code tape on the floor, and a magnetic strip is available as an option. Braking is handled by a servo motor together with a mechanical brake.

The lifting system is the heart of the assist function. A screw drive gives a controlled, steady rise, and the lifting stroke is 580 mm. Online automatic charging and an intelligent control system let the robot support 24/7 operation, which matters on lines that do not stop between shifts. The robot also supports extensions and multi-function add-ons, so the platform can be adapted to a given station.

Technical Specifications

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

The manufacturer has not published the dimensions, the weight, the battery capacity, the travel speed, the runtime per charge, the safety sensors, the IP rating or the power supply voltage; they are confirmed at quotation.

What makes a dedicated assist robot different from a general transport vehicle?

A general transport vehicle moves a load from one point to another and stops. An assembly assist robot has a second duty: it must present the load so that a worker can fit it. This is why the lifting stroke of 580 mm sits next to the payload figure of 400 kg in the specification. Carrying capacity alone does not help an operator if the part cannot be brought to the right height and held steady.

The screw-driven lifting system suits that purpose. The rise is controlled rather than sudden, and the load can be set at the height the station requires. Together with the servo motor and mechanical brake, the robot is designed to stop and hold where it is told to.

The positioning accuracy of ±5 mm and the navigation accuracy of ±10 mm describe two different things. Navigation accuracy relates to how closely the robot follows its route, while positioning accuracy relates to how closely it stops at a station. For a line that repeats the same fitting cycle all day, both figures give planners something concrete to design around.

How does tape-based navigation suit an assembly line?

Many automotive stations already have fixed paths, fixed stopping points and a regular rhythm. Color tape and QR code tape fit that environment well. The tape marks the route, the QR codes mark the locations, and the layout can be read directly off the floor by anyone who walks the line. A magnetic strip is offered as an option where a plant prefers it.

Tape-based guidance is also easy to change in principle, because a route is altered on the floor and not rebuilt in hardware. Your own line layout can be reviewed with us when you ask for a quotation.

Who is the SIASUN Central Gear Assisted Assembly Mobile Robot for?

The first segment is automotive manufacturers running final assembly lines, where the central gear is fitted as part of a larger sequence. For these plants the robot offers consistency from cycle to cycle and a reduction in manual lifting.

The second segment is production engineers and plant managers planning smart manufacturing upgrades. The intelligent control system, online automatic charging and 24/7 operation support suit a line that is meant to run continuously, and the extension and add-on capability helps when a station needs something beyond the standard configuration.

The third segment is integrators and assembly-equipment suppliers who build stations for automotive customers and need a mobile assist platform for a heavy gear component. For buyers whose loads are far heavier or whose task is general heavy transport rather than gear assembly, the heavy-duty platforms in the Mobile Robots category are the better place to look.

What is the SIASUN Central Gear Assisted Assembly Mobile Robot used for?

1. Central gear assembly: carries and raises the gear to the fitting position on automotive final assembly lines.
2. Operator assistance: takes the weight of the load so that the worker guides the part instead of lifting it.
3. Repeatable station feeding: follows tape routes and stops at marked positions cycle after cycle.
4. Continuous production support: online automatic charging and the intelligent control system support 24/7 operation.
5. Station-specific adaptation: extensions and multi-function add-ons let the platform be configured for a given process.
6. Smart manufacturing upgrades: replaces manual handling with a controlled, consistent assist step in a modernized line.

Pricing and Availability

This robot is sold by quotation. Tell us about your line, the station layout and the navigation method you prefer, and we will prepare an offer around that. Delivery, customs and support are arranged with the quotation. The product and its quotation are available on this page.

Frequently Asked Questions

What is the payload capacity?

The payload capacity is 400 kg, and the lifting stroke is 580 mm.

How does the robot lift the load?

It uses a screw-driven lifting system with a lifting stroke of 580 mm. The base moves on one drive wheel and four caster wheels.

How does it navigate?

It follows color tape and QR code tape, and a magnetic strip is optional. Navigation accuracy is ±10 mm and positioning accuracy is ±5 mm.

Can it run around the clock?

Yes. Online automatic charging and an intelligent control system allow it to support 24/7 operation.

Can it be adapted to my station?

Yes, the robot supports extensions and multi-function add-ons. Tell us about your station when you request a quotation.

Are the weight, dimensions and IP rating available?

Not yet. The same goes for the battery capacity, travel speed, runtime per charge, safety sensors and power supply voltage. We provide them with the quotation.

Where can I buy the SIASUN Central Gear Assisted Assembly Mobile Robot and what does it cost?

It is available through this page by quotation. The cost depends on the configuration and delivery requirements, so please request a quotation and we will respond with an offer.

Summary

The central gear is a part that punishes both the people who lift it and the line that waits for it. The SIASUN Central Gear Assisted Assembly Mobile Robot answers with a 400 kg payload, a screw-driven lift with a 580 mm stroke, tape-based navigation with ±5 mm positioning accuracy, and support for 24/7 operation through online automatic charging. It is a focused tool for automotive final assembly, with room for add-ons where a station needs them. If that matches your line, this page is the starting point.