SIASUN SN10A-10/1.15 (SN10A-10/1.15)

In most workshops, the scarce resource is not floor space but the bench: the strip of work surface where parts are fed, fitted, checked and finished. The SIASUN SN10A-10/1.15 (SN10A-10/1.15) is designed for that strip. It is a desktop robot with a compact structure, yet its arm reaches 1152 mm and carries a 10 kg payload, so a single small unit can serve a working envelope far wider than its footprint suggests. Add a repeatability of ±0.03 mm and an IP67-rated wrist, and the result is a machine built for places where precision and a demanding environment meet.

Robots Middle East supplies the SIASUN SN10A-10/1.15 to manufacturers, system integrators, training centres and research facilities across the Middle East. Our team prepares each quotation against your application, coordinates delivery to your site and remains your point of contact for technical support once the robot is in service, so that the questions raised during planning are answered by the same people who stay with the project afterwards.

Background

SIASUN and the SN10A series

SIASUN is a robotics manufacturer whose range covers industrial robots, collaborative robots and complete welding solutions. The SN10A series is the company's new generation of desktop robots, and SIASUN describes it through three characteristics: high performance, easy maintenance and a compact structure. Those three priorities shape the SN10A-10/1.15. Performance determines whether a robot can keep pace with a production line; maintenance determines what it costs to keep running over the years; and compactness determines whether it fits into an existing cell at all, without the line having to be redesigned around it.

Within the series, the sources name two versions: the SN10A-10/1.15 described on this page and the SN10A-12/0.90. Each version carries its own specification, and the figures quoted here belong to the SN10A-10/1.15 alone.

Modular design and built-in media routing

Two design decisions distinguish the SN10A-10/1.15 from a bare robot arm. The first is its modular design, which SIASUN states allows the robot to adapt to a wider range of application scenarios while reducing maintenance costs. In practical terms, modularity means that servicing can be planned around assemblies rather than the whole machine, which matters to any operator who measures the value of a robot by its uptime.

The second is the routing of air and signals. The robot body comes equipped as standard with multiple air lines and signal lines intended for end-effector requirements. Anyone who has integrated a gripper, a vacuum cup or a sensor on a robot wrist will recognise the value of this: external hoses and cable bundles snag, wear and restrict motion, and they are among the most common causes of stoppages in small cells. Routing these media through the body keeps the arm clean in outline and simplifies tooling changes.

Technical Specifications

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

The manufacturer has not published the weight, axis speeds, axis motion ranges, power supply, mounting options, controller model, operating temperature, package contents, robot body dimensions or cable length; Robots Middle East confirms these details with you at quotation.

What does IP67 wrist protection mean for the SN10A-10/1.15?

The wrist is the part of a robot closest to the process. It is the joint that meets coolant spray during machining, dust during grinding and polishing, and splashes during washing or inspection. An IP67 rating at the wrist means that this section is protected against dust ingress and against temporary immersion in water, which places the SN10A-10/1.15 in a different class from robots intended only for clean, dry assembly benches.

For a buyer, the significance is twofold. First, it widens the range of processes the robot can be assigned to without additional protective covers, which in turn keeps the tooling simpler and the arm's motion unobstructed. Second, it supports the maintenance argument that runs through the whole SN10A series: a wrist that resists contamination is a wrist that needs attention less often. It is worth noting that the published rating applies to the wrist; the protection level of the rest of the robot and of its controller should be reviewed with us when your environment is wet or dusty.

How does the SN10A-10/1.15 connect to an existing production line?

A robot that cannot exchange data with the line around it becomes an island, and islands are expensive to supervise. The SN10A-10/1.15 supports several fieldbus protocols: TCP/IP, Modbus TCP, EIP and Profinet. Between them, these cover the communication standards found in a large share of modern factories, from simple Ethernet-based data exchange to the industrial networks used by mainstream programmable logic controllers.

This breadth matters most in brownfield projects, where the robot has to fit into a plant that already has its own controllers, safety systems and supervisory software. Rather than adding gateways or converters, an integrator can usually connect the robot directly to the network already in place. Combined with the air and signal lines built into the body, it means that both the mechanical and the data connections of the cell are considered in the design of the robot itself, rather than left to be improvised during commissioning.

Who is the SIASUN SN10A-10/1.15 for?

The first group is manufacturers with limited space who need to automate a station without rebuilding it. Electronics, metal parts and consumer goods producers often run benches and short lines where a large floor-standing robot would not fit, and the compact desktop format of the SN10A-10/1.15 is aimed at exactly those conditions.

The second group is system integrators building cells for handling, assembly or finishing. For them, the combination of standard fieldbus protocols, built-in media routing and a modular structure shortens engineering time and simplifies the service plans they hand over to their clients.

The third group is operators of processes that are not clean, such as grinding, polishing or work around liquids, where the IP67-rated wrist offers a margin that many desktop robots lack.

Finally, technical colleges, training centres and research laboratories can use the robot to teach industrial programming and integration on a machine that reflects real production practice.

Where your application calls for a different balance of payload and reach, the SN10A series also includes the SN10A-12/0.90; we will set out the specification of each version side by side so that you can choose on confirmed figures. The wider range is presented in our SIASUN Industrial Robots category and across all brands in Industrial Robots.

What is the SIASUN SN10A-10/1.15 used for?

1. Handling – moving parts between fixtures, conveyors and trays with consistent positioning.
2. Welding – guiding a torch along repeatable paths in compact welding cells.
3. Assembly – fitting components where the repeatability supports tight tolerances.
4. Loading and unloading – tending machines and test stations so that operators are freed for other tasks.
5. Inspection – presenting parts to cameras or sensors, with signal lines carried through the arm.
6. Grinding and polishing – finishing surfaces in dusty or wet conditions that the IP67 wrist is built to withstand.

Pricing and Availability

The SIASUN SN10A-10/1.15 is supplied on quotation, because the right configuration depends on your application, your tooling and the network your line already uses. When you contact Robots Middle East, we review the task, confirm the specification against the current datasheet and propose a configuration that suits your cell. Delivery, customs clearance and technical support are arranged together with the quotation, so that you receive a single, complete proposal. To begin, please use the quotation request available on this page.

Frequently Asked Questions

What payload and reach does the SN10A-10/1.15 offer?

The SN10A-10/1.15 carries a payload of 10 kg and has a reach of 1152 mm. These figures belong to this version; the SN10A-12/0.90 has its own specification.

How precise is the robot?

The SN10A-10/1.15 has a repeatability of ±0.03 mm, which suits assembly, inspection and other tasks where parts must be placed in the same position cycle after cycle.

Can the robot work in dusty or wet environments?

The wrist is rated IP67, protecting it against dust and temporary immersion in water. The protection of the remaining components should be reviewed with us for your specific environment.

Which communication protocols does it support?

The robot supports TCP/IP, Modbus TCP, EIP and Profinet, which allows direct integration with a wide range of plant controllers and networks.

Do I need to route external hoses to the gripper?

The robot body comes equipped as standard with multiple air lines and signal lines for end-effector requirements, which reduces the need for external hoses and cable bundles along the arm.

Is the SN10A-10/1.15 easy to maintain?

Easy maintenance is one of the defining characteristics of the SN10A series, and its modular design is intended to reduce maintenance costs. Robots Middle East can advise on a service plan suited to your operating hours.

Where can I buy the SIASUN SN10A-10/1.15 and what does it cost?

You can buy the SIASUN SN10A-10/1.15 from Robots Middle East, which supplies it across the Middle East. The cost depends on configuration, delivery and support, and is set out in a quotation prepared for your project.

Summary

The SIASUN SN10A-10/1.15 resolves a familiar tension: the bench is small, but the task is not. Its compact desktop structure fits where larger robots cannot, while a reach of 1152 mm, a 10 kg payload and a repeatability of ±0.03 mm give it the working capacity that real production demands. The IP67-rated wrist opens up finishing and wet processes, the built-in air and signal lines simplify tooling, and support for TCP/IP, Modbus TCP, EIP and Profinet lets the robot join the line rather than stand beside it. Its modular design keeps the long-term cost of ownership in view. If you are planning to bring robotic precision to a crowded workstation, this page is the starting point.