SIASUN Straits Nebula Intelligent Manufacturing Base (DUCO)

Some factories simply have no room for a robot cell. The aisles are narrow, the workstations stand shoulder to shoulder, and the motherboard arriving at a station may be configured differently from the one before it. That was the situation behind the SIASUN Straits Nebula Intelligent Manufacturing Base (DUCO), a production project in which collaborative robots took on work that conventional industrial arms could not be fitted to. Rather than rebuilding the floor around the automation, the project chose automation that fits the floor.

Robots Europa, based in Dublin, presents this SIASUN reference project to manufacturers across the European Union and the DACH region who face the same mix of tight space and variable product. Where a comparable DUCO collaborative robot installation is under consideration, Robots Europa prepares the quotation, coordinates delivery into the EU and DACH markets and remains the point of contact for support once the cell is in operation.

Background

SIASUN, DUCO and the customer

The project is presented under the SIASUN brand, and the robots at its heart are DUCO collaborative robots, developed in-house rather than sourced from a third party. The customer is the Strait Nebula machine manufacturing base, which is the first domestic chip machine production base in Fujian Province and operates a domestic first-class intelligent machine manufacturing production line. For a site with that standing, the choice of automation was not a minor procurement decision: the line had to deliver quality and flexibility at the same time, in an environment that left little margin for error.

After assessing the options, the customer selected DUCO's self-developed collaborative robots with large loads. The reasoning was practical rather than fashionable. The production environment was confined, the degree of flexibility required was high, and the motherboard configuration varied from product to product. Under those conditions, traditional industrial robots could not be applied.

A line built around shared space

The defining feature of the installation is its layout. The production line realises multiple workstations and three machines in one station, an arrangement described as a front-end application in the industry. Placing three machines within a single station is only workable when the robot serving them takes up little room and can operate without a protective enclosure, and that is precisely what the collaborative robots offer here: they occupy a small space and require no fencing.

Around the robots sits an information system that manages the whole process of order, storage, manufacturing and supply chain. The robots are therefore not isolated islands of automation but part of a production flow that is tracked from the moment an order is placed through to the movement of goods out of the factory.

Technical Specifications

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

The manufacturer has not published the dimensions, the weight, the robot model and payload, the power requirements, the throughput, the contents of the delivery, the communication interfaces or the number of robots deployed; these are established at quotation.

Why choose collaborative robots over traditional industrial robots here?

The answer lies in the three constraints the customer named. A confined production environment rules out the generous safety perimeter that a conventional industrial robot normally needs. A high degree of flexibility rules out automation that is fixed to a single, unchanging task. And differing motherboard configurations mean the line must cope with variation from one unit to the next rather than repeating an identical motion indefinitely.

Collaborative robots answer each of these points. Because the robot occupies a small space and requires no fencing, it can be placed directly within a workstation instead of in a separate, guarded cell. That compactness is what makes the layout of three machines in one station possible: the floor area that a fenced cell would have consumed is instead given over to productive equipment. In a building where every square metre counts, the difference is decisive.

The choice of DUCO robots with large loads also matters. A collaborative robot is often associated with light tasks; selecting large-load models signals that the project did not have to trade handling capability for the benefits of fence-free operation.

What does integrated vision add to the production line?

The project uses a large number of collaborative robots with integrated vision sensors. These robots accurately complete positioning, barcode scanning, inspection and other tasks, and in doing so greatly improve the quality of the production line in place of manual labour.

Vision is what allows a robot to deal with the variation that defeated traditional automation on this site. When motherboard configurations differ, a robot that can see where a part actually is, read the code that identifies it and check the result of its work is far better suited than one that relies on every item arriving in exactly the same place. Barcode scanning also links each physical step to the information system, so that what happens at the station is recorded within the management of order, storage, manufacturing and supply chain. Inspection by the robot itself means that quality checks become part of the process rather than a separate stage carried out by hand at the end of the line.

Who is the SIASUN Straits Nebula Intelligent Manufacturing Base (DUCO) for?

This reference project is most relevant to electronics and computer hardware manufacturers whose floor space is already fully used and who cannot afford to set aside room for fenced robot cells. Production managers dealing with frequent product changes, mixed configurations or short runs will recognise the problem the project set out to solve, as will quality managers looking to replace manual positioning, code reading and inspection with consistent automated steps.

It is also of interest to operations and IT teams who want robotic workstations to feed a single information system covering orders, storage, manufacturing and the supply chain, rather than running as stand-alone machines. Systems integrators planning cobot cells for customers in the EU and DACH region can use it as a model for dense, multi-machine stations.

Buyers whose requirement extends beyond a single line to wider electronics automation may wish to look at SIASUN 3C Electronics Automation Solutions, and the full range of the brand is gathered in the SIASUN category.

What is the SIASUN Straits Nebula Intelligent Manufacturing Base (DUCO) used for?

1. Precise positioning – vision-equipped collaborative robots locate parts accurately before working on them.
2. Barcode scanning – robots read product codes at the station, linking each unit to the information system.
3. Automated inspection – integrated vision checks work in place of manual inspection to raise line quality.
4. Multi-machine stations – compact, fence-free robots allow three machines to share a single station.
5. Mixed-configuration production – the line copes with differing motherboard configurations where traditional robots could not be applied.
6. End-to-end process management – the information system manages order, storage, manufacturing and supply chain as one process.

Pricing and Availability

Every installation based on this project is scoped to the customer's floor, products and process, so Robots Europa works by quotation rather than a fixed list. Share your production layout, the product variants you handle and the tasks you wish to automate, and Robots Europa will prepare a proposal for a comparable DUCO collaborative robot solution. Delivery, customs and support are arranged together with the quotation. To begin, use the quotation request available on this page.

Frequently Asked Questions

What kind of facility is the Straits Nebula base?

It is the first domestic chip machine production base in Fujian Province and operates a domestic first-class intelligent machine manufacturing production line.

Which robots does the project use?

The customer chose DUCO self-developed collaborative robots with large loads, because traditional industrial robots could not be applied in its confined and highly flexible production environment.

Do the robots need safety fencing?

No. The collaborative robot occupies a small space and requires no fencing, which is what allows it to work within dense workstations.

Why were traditional industrial robots not used?

The production environment was confined, the degree of flexibility required was high and the motherboard configuration varied, so traditional industrial robots could not be applied.

What tasks do the vision sensors handle?

The integrated vision sensors enable the robots to complete positioning, barcode scanning, inspection and other tasks accurately, improving line quality in place of manual labour.

How is the production process managed?

An information system manages the whole process of order, storage, manufacturing and supply chain, so robotic work is tied into the wider production flow.

Where can I buy the SIASUN Straits Nebula Intelligent Manufacturing Base (DUCO) and what does it cost?

Robots Europa, based in Dublin, supplies comparable solutions across the EU and the DACH region. The cost depends on the scope of your line, so it is set out in a tailored quotation that you can request on this page.

Summary

The Straits Nebula project began with a floor that had no room for conventional robots and a product that refused to stay the same. Its answer was to bring DUCO collaborative robots into the workstations themselves: compact, free of fencing, equipped with vision for positioning, barcode scanning and inspection, and connected to an information system that follows each order from storage through manufacturing to the supply chain. The result is a layout of three machines in one station that would not have been possible with fenced industrial arms. For manufacturers in the EU and DACH region who face the same tension between limited space and constant variation, and who would like Robots Europa to scope a comparable solution, this page is the starting point.