SIASUN SA10A-10/0.70 (SA10A-10/0.70)

Above most assembly conveyors there is far less free space than the layout drawing suggests. Cable trays, light curtains, camera brackets and the guarding of the next station all compete for the same volume, and an arm that needs headroom soon becomes the problem rather than the solution. A SCARA robot earns its place in that crowded space by reaching well while standing low, and that balance is exactly what the SIASUN SA10A-10/0.70 (SA10A-10/0.70) is built to strike. It carries 10 kg (22 lbs) across a 700mm reach on a dual-support structure designed for rigidity and low vibration, and Siasun has kept its overall height low so that it eases, rather than adds to, the space constraints of a production cell.

Robots Europa, based in Dublin, supplies the SIASUN SA10A-10/0.70 to manufacturers, system integrators and research facilities throughout the European Union and the DACH region. We prepare each quotation around the application in question, arrange delivery and customs clearance to your site, and remain your point of contact for technical questions and support once the robot is in service.

Background

Siasun and its SCARA line

Siasun is a Chinese manufacturer of industrial automation whose portfolio spans articulated arms, mobile robots and SCARA robots for high-speed handling. The SA10A series is its newest generation of SCARA robots, developed around all-new proprietary core components rather than adapted from an earlier platform. That matters to a buyer: when the motion-critical parts are designed in-house for a specific structure, the manufacturer controls how load capacity, precision, speed and rigidity are balanced against one another, instead of inheriting compromises from bought-in assemblies. Siasun's wider range can be explored in our Industrial Robots category.

Positioning within the SA10A series

The sources name three versions of the series: the SA10A-10/0.60, the SA10A-10/0.70 and the SA10A-10/0.80. All three share the series architecture described on this page: the dual-support structure, the modular design, the generous user cabling on the main unit and the new generation of S series control cabinet. The SA10A-10/0.70 is the version documented here, with a confirmed payload of 10 kg (22 lbs) and a confirmed reach of 700mm. Each sibling has its own page, and its figures belong to it alone; when comparing versions, read each specification from the page of the version concerned.

Technical Specifications

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

Siasun has not yet published the weight, dimensions, repeatability, degrees of freedom, IP rating, power supply, cycle time, controller model, mounting options, maximum joint speeds or the contents of the box for this robot; we confirm each of them with your quotation.

What does the dual-support structure change on the production line?

A SCARA arm works by swinging its links in a horizontal plane at high speed, and every stop at the end of a move tests how well the structure absorbs the energy it has just built up. A frame that flexes or rings after each stop forces the controller to wait before the next action, and that waiting adds up across thousands of cycles per shift. The SA10A series answers this with a dual-support structure, which Siasun pairs with its new core components to deliver enhanced load capacity, higher precision, faster speed, greater rigidity and reduced vibration.

In practical terms, those properties reinforce one another. Greater rigidity and lower vibration mean the tool settles more quickly at the target position, which is what allows higher speed to translate into shorter real cycles rather than simply faster but less accurate movement. The enhanced load capacity gives room for heavier grippers, vacuum manifolds or screwdriving heads without pushing the arm to the edge of its rating. For a robot carrying 10 kg (22 lbs) at the end of a 700mm reach, a stiff structure is what keeps that combination usable in precise assembly work.

How does the modular design affect running costs?

The purchase price of a robot is only the first line of its cost; the rest is written over years of maintenance, spare parts and changes to the application. The SA10A series is built on a modular design, which Siasun developed both to cover more automation scenarios and to reduce maintenance costs. Modules that can be serviced or replaced as units shorten the time a cell stands idle and simplify the spare-parts strategy of a plant that runs several robots of the same family.

The same thinking extends to integration. The main unit carries abundant user cables, so signal and supply lines for the end effector can be routed through the robot rather than strung alongside it, where they wear and snag. The new generation of S series control cabinet supports multiple programming and teaching methods, allowing teams with different backgrounds to work with the robot in the way that suits them. Siasun designed this expandability to meet more automation scenarios while keeping the overall machine cost in check, which is the point that matters when a cell is reconfigured for a new product.

Who is the SIASUN SA10A-10/0.70 for?

The clearest match is the manufacturer in one of the industries the series was developed for. Producers of 3C goods, meaning computers, communications equipment and consumer electronics, need fast and precise handling of small parts in compact cells. Lithium battery manufacturers handle cells and modules in repetitive, high-volume sequences, as do photovoltaic producers working with cells, strings and junction components. Suppliers of automotive electronics combine the precision of electronics assembly with the traceability demands of the automotive sector.

System integrators form the second group. For an integrator, the generous user cabling, the multiple teaching methods and the low overall height simplify the design of a cell and the routing of tooling, and the modular design eases the service commitments made to end customers. Engineering departments and research facilities evaluating SCARA kinematics for new lines will also find in the SA10A series a current-generation platform.

Not every application needs the 700mm working envelope of this version. Where a cell is tighter or a layout calls for a different envelope, compare the SIASUN SA10A-10/0.60 (SA10A-10/0.60) and the SIASUN SA10A-10/0.80 (SA10A-10/0.80), each on its own page. For applications with a different payload class, our SCARA category presents the other Siasun SCARA series.

What is the SIASUN SA10A-10/0.70 used for?

1. Electronics assembly: placing, inserting and joining components in 3C production cells.
2. Battery production: handling lithium battery cells and modules in repetitive transfer and stacking steps.
3. Photovoltaic manufacturing: moving cells and components between process stations in solar production.
4. Automotive electronics: assembling control units, sensors and connectors where precision and repeatable cycles matter.
5. Pick-and-place and sorting: transferring parts between conveyors, trays and fixtures at high cadence.
6. Screwdriving and dispensing: carrying process tools with their supply lines routed through the user cabling.

Pricing and Availability

Robots Europa supplies the SIASUN SA10A-10/0.70 on quotation, because the right configuration depends on your application, tooling and integration requirements. Tell us what the robot is to handle, how your cell is laid out and which control and programming environment your team uses, and we will prepare an offer that reflects it. Delivery, customs and support are arranged together with the quotation, so that the robot arrives ready for integration at your site in the EU or the DACH region. The quotation request for the SIASUN SA10A-10/0.70 is available on this page.

Frequently Asked Questions

What payload does the SIASUN SA10A-10/0.70 carry?

The SA10A-10/0.70 carries a payload of 10 kg (22 lbs). Keep the weight of the gripper or tool in mind when you size the application.

What is the reach of the SA10A-10/0.70?

Its reach is 700mm. Other versions of the SA10A series have their own figures, listed on their own pages.

Which industries is the SA10A series designed for?

Its primary industries are 3C, lithium battery, photovoltaic and automotive electronics, together with related sectors. Its modular design is intended to cover a wide range of automation scenarios beyond these.

What is the advantage of the dual-support structure?

Combined with Siasun's all-new proprietary core components, the dual-support structure delivers enhanced load capacity, higher precision, faster speed, greater rigidity and reduced vibration.

Which control cabinet does the robot use?

The SA10A series works with a new generation of S series control cabinet and supports multiple programming and teaching methods, so your team can choose the approach that suits it.

Is the SA10A-10/0.70 easy to integrate into an existing cell?

The main unit carries abundant user cables for routing tool lines through the robot, and its lower overall height reduces space constraints. Together with the modular design, this keeps integration and later reconfiguration straightforward.

Where can I buy the SIASUN SA10A-10/0.70 and what does it cost?

You can buy it from Robots Europa, which supplies it across the EU and the DACH region. The cost depends on configuration and scope, so we provide it in a tailored quotation that you can request on this page.

Summary

The space above a conveyor is never as generous as it looks, and the SIASUN SA10A-10/0.70 is designed for exactly that reality: a SCARA robot that reaches 700mm and carries 10 kg (22 lbs) while keeping a low overall height. Its dual-support structure and new proprietary core components bring rigidity, precision and low vibration to fast handling, its modular design keeps maintenance costs down, and its user cabling and S series control cabinet make integration straightforward. For manufacturers in electronics, battery, photovoltaic and automotive electronics production, and for the integrators who build their cells, it is a current-generation option worth specifying. Robots Europa quotes, delivers and supports it throughout the EU and the DACH region; for your project, this page is the starting point.