SIASUN SA10A-10/0.80 (SA10A-10/0.80)

A robot is judged twice: once on the day it is commissioned, and again on every day afterwards that it has to be maintained, re-tooled or moved to a new task. Many SCARA arms are chosen on the first test alone (reach, payload, precision), and the second is left to chance. The SIASUN SA10A-10/0.80 (SA10A-10/0.80) is designed with both judgements in mind. It is the long-reach version of Siasun's new SA10A SCARA generation, carrying a 10 kg (22 lbs) payload across an 800mm reach. Its modular construction is intended to keep maintenance costs down for as long as the cell runs.

Robots Middle East sells and supplies the SIASUN SA10A-10/0.80 to manufacturers, system integrators and engineering teams across the Middle East. We prepare each quotation around the application you describe, arrange delivery to your site and remain your point of contact for technical support once the robot is in production. If you are weighing one arm length against another, or comparing this model with other Siasun SCARA robots, our team will set the options out side by side. That way the decision rests on your cell layout rather than on a catalogue page.

Background

Siasun and the SA10A generation

Siasun is a Chinese robotics and automation manufacturer whose range covers industrial arms as well as SCARA models for high-speed assembly and handling. Siasun describes the SA10A series as a brand-new generation of its SCARA robots. The series is offered in three versions, the SA10A-10/0.60, the SA10A-10/0.70 and the SA10A-10/0.80. Each name pairs the series code with the arm length it designates, and the SA10A-10/0.80 is the version with the 800mm reach. Siasun names 3C electronics, lithium battery, photovoltaic and automotive electronics production as the primary industries for the series. These sectors share small, precise parts, high volumes and little patience for unplanned downtime.

Dual support and modularity

Two design decisions define the series. The first is a dual-support structure. Siasun states that it gives the arm a larger load capacity, high rigidity and low vibration. The second is a modular design, which Siasun presents as a way to meet the needs of more automation scenarios while reducing maintenance costs. Around these sits a practical package. The main unit carries abundant user cables for tooling. It works with a new generation of S series control cabinet and supports multiple programming and teaching methods, so a range of automation tasks can be addressed while the overall machine cost stays in check. The main body is lighter and the overall height is lower, which makes deployment convenient and eases space constraints in crowded cells.

Technical Specifications

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

Siasun has not published the weight, rated power supply, cycle time, joint speed and range, communication interfaces, mounting method, controller model or the contents of the box for this version; each of these is confirmed with your quotation.

What does the SA10A-10/0.80 offer over the SA10A-10/0.60?

The clearest difference within the series is reach. The SA10A-10/0.80 reaches 800mm, whereas the SIASUN SA10A-10/0.60 (SA10A-10/0.60) reaches 600mm. On a SCARA robot, reach sets the radius of the working envelope. A longer arm can therefore serve a wider conveyor, the far side of a tray or several stations arranged around a single base. In practice, one well-placed SA10A-10/0.80 can sometimes take on work that would otherwise need the robot repositioning or a second arm installing.

A longer arm is not automatically the better choice. In a tightly packed cell, extra reach can mean the robot sweeps through space that fixtures, guarding or operators need. Each layout has to be checked so that the full arc remains clear. This is where the 800mm version has to earn its place: it suits layouts in which the distance between pick and place points is genuinely large, rather than cells where a compact envelope would leave more room for everything else. We recommend sharing your cell drawing with us before choosing between versions, so that the reach is matched to the work rather than estimated.

Why does a dual-support structure matter on a long-reach SCARA?

A SCARA robot works by swinging horizontal links around vertical axes. The longer those links, the more any flex in the structure shows at the tool. When an arm flexes, the tool tip can overshoot or settle slowly after each move, and that costs time and accuracy on every cycle. Siasun's answer in the SA10A series is a dual-support structure, which the manufacturer credits with a larger load capacity, high rigidity and low vibration. On the 800mm version, the arm most exposed to these effects, that construction underpins the published repeatability of ±0.02mm for J1+J2, ±0.01mm for J3 and ±0.01° for J4.

The structural design also links back to the maintenance question. A rigid, low-vibration arm places less stress on its own mechanics, and the modular design means that servicing can be approached component by component. Combined with a lighter main body and a lower overall height, the result is a robot that Siasun positions as easier to install, easier to fit beneath existing overhead structures and simpler to keep running.

Who is the SIASUN SA10A-10/0.80 for?

The robot is aimed first at manufacturers in the industries Siasun names for the series: 3C electronics, lithium battery, photovoltaic and automotive electronics. In these plants, SCARA arms typically handle components, load and unload fixtures and carry out precise assembly steps at volume. The SA10A-10/0.80 is the version to consider when the layout calls for reach across a wide working area and the tooling and parts fall within its 10 kg (22 lbs) payload.

System integrators building cells for these sectors will value the abundant user cables on the main unit and the choice of programming and teaching methods, which help a single robot platform adapt to different customer projects. Maintenance and production engineers responsible for uptime will be drawn to the modular design and its stated aim of lower maintenance costs.

Where the working area is smaller, the SIASUN SA10A-10/0.60 (SA10A-10/0.60), with its 600mm reach, is likely to suit the cell better and leave more room around the base. The SIASUN SA10A-10/0.70 (SA10A-10/0.70) is the third version of the series; its figures are provided with a quotation. The wider choice of models is collected in our SCARA range and in the broader Industrial Robots category. Because of its IP20 protection rating, the robot belongs in clean, dry indoor production areas rather than in environments with splashing liquids or heavy dust.

What is the SIASUN SA10A-10/0.80 used for?

1. Electronics assembly: placing and fitting components in 3C products, where tight repeatability keeps each part in position.
2. Lithium battery handling: moving cells and sub-assemblies between stations on battery production lines.
3. Photovoltaic production: transferring and positioning parts within solar module manufacturing cells.
4. Automotive electronics: assembling and handling the control units and electronic parts used in vehicles.
5. Wide-area pick and place: serving broad conveyors or several fixtures from a single base, using the long reach.
6. Machine tending: loading and unloading test or process equipment arranged around the robot.

Pricing and Availability

The SIASUN SA10A-10/0.80 is supplied on quotation. A quotation lets Robots Middle East confirm the specification against the current datasheet, align the configuration with your application and answer the open points that Siasun does not publish. Delivery, customs clearance and technical support are arranged together with your quotation. To begin, share your application, payload and cell layout with our team. A quotation request for the SIASUN SA10A-10/0.80 is available on this page.

Frequently Asked Questions

What kind of robot is the SIASUN SA10A-10/0.80?

It is a SCARA robot from Siasun's new SA10A generation, built around a dual-support structure and a modular design. It is the 800mm reach version of the series.

What payload does the SA10A-10/0.80 carry?

The rated payload is 10 kg (22 lbs). Your tooling and the part together should fall within that figure.

How repeatable is the SA10A-10/0.80?

Siasun gives repeatability of ±0.02mm for J1+J2, ±0.01mm for J3 and ±0.01° for J4. These figures support precise assembly and placement work.

How does it differ from the SA10A-10/0.60?

The SA10A-10/0.80 reaches 800mm, against 600mm for the SA10A-10/0.60. The longer arm covers a wider working area, while the shorter version suits more compact cells.

Can it be used in dusty or wet environments?

The robot is rated IP20, which points to clean, dry indoor production areas. For harsher conditions, please discuss the environment with our team before ordering.

How is the robot controlled and programmed?

The SA10A series works with a new generation of S series control cabinet and supports multiple programming and teaching methods. The main unit also carries abundant user cables for end-of-arm tooling.

Where can I buy the SIASUN SA10A-10/0.80 and what does it cost?

Robots Middle East supplies the SIASUN SA10A-10/0.80 across the Middle East on quotation. The quotation covers configuration, delivery, customs and support, and you can request it on this page.

Summary

The SIASUN SA10A-10/0.80 is meant to pass both of the tests a robot faces. On commissioning day, it brings an 800mm reach, a 10 kg (22 lbs) payload and fine repeatability across all four joints, backed by a dual-support structure for rigidity and low vibration. In the years that follow, its modular design, lighter body and lower height are intended to make maintenance, re-tooling and redeployment simpler and more economical. For manufacturers and integrators in electronics, battery, solar and automotive electronics production who need a long-reach SCARA arm, supplied, delivered and supported by Robots Middle East, this page is the starting point.