SIASUN SA10A-10/0.60 (SA10A-10/0.60)

A SCARA arm is judged by what it asks of the room around it: the floor it occupies, the headroom it needs and the time it takes to put in service. The SIASUN SA10A-10/0.60 (SA10A-10/0.60) is designed with those questions in mind. It is a new-generation SCARA robot with a 10kg payload and a 600mm reach, and its overall height is kept low to reduce space constraints.

The product is available through this page, by quotation.

Background

Siasun and the SA10A line

Siasun is a Chinese maker of industrial robots, and its catalog covers several robot families, SCARA arms among them. The SA10A series is a brand-new generation of SCARA robots. It is built on all-new proprietary core components, so the arm is not a repackaging of an earlier design.

Within the series, the sources name several versions: SA10A-10/0.60, SA10A-10/0.70 and SA10A-10/0.80, along with SA7A-7/0.60 and SA7A-7/0.70. This page covers the SA10A-10/0.60, and every figure below belongs to that version only.

Positioning and key technology

The SA10A series uses a dual-support structure. It gives enhanced load capacity, higher precision, faster speed, greater rigidity and reduced vibration. For a buyer, rigidity and low vibration matter most at the end of the arm, where parts are placed, screwed or inspected.

The design is modular, which serves two goals: meeting the needs of more automation scenarios and reducing maintenance costs. The main unit carries abundant user cables, so tooling and sensors can be routed without improvising. The arm is paired with a new generation of S series control cabinet and supports multiple programming and teaching methods. The main body is lighter, and deployment is convenient and simple.

The SA10A-10/0.60 belongs to the SCARA range and, more broadly, to the Industrial Robots catalog.

Technical Specifications

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

The manufacturer has not published the weight, the power supply, the maximum speed, the cycle time, the communication interfaces, the controller model, the contents of the box, the mounting method, the operating temperature or the axis motion ranges; they are confirmed at quotation.

What makes the SA10A-10/0.60 suited to tight workcells?

Most SCARA purchases are decided by layout rather than by catalog numbers. A cell for electronics assembly or battery handling is usually surrounded by feeders, fixtures, vision stations and conveyors, and every centimeter counts. The overall height of this series is lower, which reduces space constraints, and the main body is lighter. Together these make the arm easier to place in a cell that already exists, not just in a new one.

The 600mm reach and 10kg payload give enough capacity for a gripper plus a part, and a working envelope sized for a single station. The repeatability figures are given per axis group: ±0.02mm for J1+J2, ±0.01mm for J3 and ±0.01° for J4. Those are the figures a process engineer checks first when the task is fine placement or insertion.

Protection is IP20. That rating suits clean, indoor production areas and is not intended for washdown or dusty conditions, so the environment of your line should be part of the quotation conversation.

How does the dual-support structure help in daily production?

A SCARA arm moves fast in a horizontal plane and has to stop precisely. Any flex in the structure shows up as vibration at the end of the stroke, and the robot then waits for the vibration to die down before it can place the part. The dual-support structure delivers greater rigidity and reduced vibration, along with higher precision and faster speed. Those are the properties that decide whether an arm can keep pace with a line.

The other half of the story is integration. Abundant user cables on the main unit leave room for grippers, sensors and small peripherals. The S series control cabinet and the several programming and teaching methods mean that teams with different habits can work with the arm. This broadens the range of automation scenarios while the overall machine cost is maintained.

Who is the SIASUN SA10A-10/0.60 for?

The first segment is makers of consumer and computing electronics, the 3C sector, where compact arms assemble, screw, insert and transfer small parts. The second is lithium battery producers, where cells, tabs and modules are handled in repeated, regular motions. The third is photovoltaic manufacturers, and the fourth is automotive electronics suppliers. These are the primary application industries of the series.

System integrators are a fifth group. A modular design, accessible user cables and a familiar control cabinet shorten the path from an idea to a working cell, and lower maintenance cost helps the integrator after handover.

If your task needs a different working envelope within the same series, look at the siblings: the SA10A-10/0.70 and the SA10A-10/0.80 share the series name and are quoted separately.

What is the SIASUN SA10A-10/0.60 used for?

1. 3C assembly. Placing, inserting and fastening small components in consumer electronics production.
2. Lithium battery lines. Handling and transferring parts in repetitive battery manufacturing steps.
3. Photovoltaic production. Pick-and-place and transfer work in solar component cells.
4. Automotive electronics. Assembling and handling parts where precise, repeatable placement matters.
5. Compact workcells. Fitting automation into stations where height and floor space are limited.
6. Integrator projects. Building varied automation scenarios on a modular arm with user cables and several teaching methods.

Pricing and Availability

We do not publish prices on this page. Please request a quotation, and we will respond with the details for the SA10A-10/0.60. Delivery, customs and support are arranged together with the quotation. The SIASUN SA10A-10/0.60 (SA10A-10/0.60) is available on this page.

Frequently Asked Questions

What payload and reach does the SA10A-10/0.60 have?

The payload is 10kg (22 lbs) and the reach is 600mm.

How repeatable is the arm?

Repeatability is ±0.02mm for J1+J2, ±0.01mm for J3 and ±0.01° for J4.

What is its protection rating?

The protection rating is IP20, which suits clean indoor environments.

Which industries is it designed for?

Its primary sectors are 3C, lithium battery, photovoltaic and automotive electronics, along with related fields.

Which controller does it work with?

It works with a new generation of S series control cabinet, and it supports multiple programming and teaching methods.

How easy is it to integrate?

The main unit has abundant user cables, the body is lighter and deployment is convenient and simple. The modular design also helps keep maintenance costs down.

Where can I buy the SIASUN SA10A-10/0.60 and what does it cost?

You can request it through this page, by quotation. The cost is given in the quotation itself, together with delivery, customs and support arrangements.

Summary

The SIASUN SA10A-10/0.60 answers the question of how much robot a small cell can hold. It offers a 10kg payload, a 600mm reach, per-axis repeatability down to ±0.01mm and ±0.01°, a lower overall height and a modular design for 3C, battery, photovoltaic and automotive electronics work. For the full details and the commercial terms, this page is the starting point.