Top 10 Chinese Industrial Robot Manufacturers (2026 Guide)

A comparison table is useful for initial screening, but it does not explain why one manufacturer may be better suited to a project than another. The profiles below focus on product scope, differentiation and the questions international buyers should consider before adding each company to a supplier shortlist.

RBTIC

RBTIC, operated by Robotic Technology (GD) Co., Ltd., focuses on industrial robots and complete automation solutions. Its manufacturing base covers approximately 12,000 square meters, it has delivered more than 1,000 automation projects and its robots and automation systems have reached more than 40 countries and regions. Its application portfolio is centered on practical factory automation, including robotic welding, material handling, palletizing, CNC machine tending, metal processing and related robot workstations.

RBTIC is positioned less as a robot arm only supplier and more as an automation project provider. This can be useful for overseas buyers that need the robot, tooling, process equipment, electrical controls, commissioning and engineering support from one supplier.

It is worth considering for small and medium sized manufacturers that want to source a complete automation project from China rather than coordinate several independent suppliers. Typical projects include welding cells, CNC tending systems, palletizing lines and material handling automation.

ESTUN

Founded in 1993, ESTUN has developed from a motion control company into one of China's largest industrial automation and robotics groups. Its current portfolio includes approximately 95 industrial robot models covering payloads from 3 kg to 1,200 kg, including SCARA robots, collaborative robots, general purpose articulated robots and specialized models for welding, palletizing, press handling, clean environments and other applications.

ESTUN also develops automation components such as servo systems, motion controllers and CNC systems. The company reports 75 service locations worldwide and operations covering China, Europe, Southeast Asia and the Americas.

Its strongest differentiator is the breadth of the automation stack. ESTUN is not limited to robot mechanics; it also has substantial capabilities in servo technology, motion control and intelligent manufacturing systems.

This makes the company particularly relevant where robots need to become part of a larger production platform rather than operate as isolated equipment.

EFORT

EFORT Intelligent Robot has developed a broad industrial robot platform covering SCARA, small and medium articulated robots, palletizers, high payload robots, welding robots and painting robots. Its group also has system integration expertise in welding, painting and automotive manufacturing.

A notable part of EFORT's positioning is its European industrial presence. The group operates through companies and subsidiaries in countries including Italy, Germany, France and Poland, alongside operations in other international markets.

EFORT stands out from many Chinese robot suppliers because its overseas expansion includes established European automation and engineering businesses rather than relying only on export distributors. Its strengths are particularly relevant to applications where process engineering is as important as the robot itself, such as painting, arc welding and automotive body production.

SIASUN

SIASUN is one of the best established Chinese robotics companies and offers industrial robots, collaborative robots, mobile robots and broader intelligent manufacturing systems.

The company states that its products have been exported to more than 40 countries and regions and that it has served more than 4,000 international customers. It also maintains subsidiaries or regional operations in markets including Germany, Singapore, Thailand, Malaysia, Japan and Mexico. Beyond robot arms, SIASUN provides automation systems for areas such as welding, assembly and intralogistics.

The main distinction is the breadth of the robotics ecosystem. SIASUN can participate in projects involving stationary industrial robots, mobile robotics, production logistics and complete automation systems. That makes it particularly relevant to factories undertaking larger digital manufacturing or material flow projects.

Inovance

Inovance was founded in 2003 and has developed into a major industrial automation group with more than 30,000 employees and operations in Europe and Asia. Its broader automation portfolio includes drives, motion control, motors, controllers and precision machinery technologies. Its robot portfolio includes SCARA robots and articulated robots with six axes. Inovance focuses particularly on applications in 3C electronics, lithium battery manufacturing, photovoltaics, display production and related precision automation sectors. The company also offers heavy load SCARA models. For example, its IR S60 and GS60 series reaches payloads up to 60 kg.

Inovance's major advantage is the connection between robotics and its broader industrial automation platform. A factory using Inovance control, motion and drive products may be able to build a more integrated automation architecture around a common supplier ecosystem.

Its robot development also has a clear emphasis on speed, compact installation and electronics related manufacturing.

STEP

Shanghai STEP Electric was founded in 1995 and is active in motion control, industrial automation and robotics. Its robot product line includes articulated industrial robots, SCARA robots, collaborative robots, semiconductor robots, control systems, programming software and machine vision technologies.

STEP states that its service network covers more than 110 countries and regions. Its current SCARA range includes models with payloads up to 50 kg, while its collaborative robot portfolio covers payloads from 3 kg to 30 kg. It also develops robot products for semiconductor wafer handling.

STEP combines robotics with a long history in motion control and industrial control technologies.

Its semiconductor robotics, SCARA products and machine vision capabilities also give the company a broader technology mix than manufacturers focused mainly on conventional articulated arms.

GSK CNC

Guangzhou CNC Equipment, commonly known as GSK CNC, combines CNC control technology with industrial robots and factory automation equipment.

Its robot portfolio includes articulated RB series robots, SCARA models and palletizing robots. The RB family covers applications such as machine loading and unloading, polishing, material transfer and press automation. GSK's RMD palletizing range includes models with payloads from 120 kg to 300 kg.

The most obvious difference is GSK's CNC background. For machine shops and automated machining lines, the relationship between CNC controls, robot communication, automatic doors, chucks, fixtures and production logic can be more important than having the widest possible robot catalog. GSK therefore deserves attention when robot automation is closely connected to CNC equipment.

Peitian Robot

Beijing Peitian Technology develops industrial robots together with robot controllers, servo technologies and related automation products.Its current industrial robot portfolio spans multiple payload classes. Peitian states that its industrial robot range extends from approximately 3 kg to 280 kg, while product pages include models for light, medium and heavy applications. The company also reports exports to Europe, Southeast Asia and South Korea.Its product documentation continued to receive updates during 2026, including new light and heavy payload models.

Peitian's value proposition is based on a relatively broad industrial robot platform combined with internally developed control technologies.The product range allows buyers to evaluate the same manufacturer for light assembly, general handling and heavier industrial applications.

Turin Robot

Shanghai Turin Smart Robot develops articulated robots, SCARA robots and automation solutions for applications including welding, stamping, grinding, material handling, inspection, assembly, palletizing and CNC machining. Its product catalog includes compact articulated robots and SCARA models as well as dedicated welding and palletizing solutions. For example, current articulated products include models such as a 7 kg robot with 960 mm reach, while SCARA products cover several payload and reach combinations.

Turin's positioning is strongly application oriented.Rather than focusing only on flagship robot specifications, much of its product presentation connects robots with welding, machining, palletizing and other conventional factory automation tasks. This can make the company easier to evaluate for buyers with a clearly defined process.

EVST

EVST supplies industrial robots and automation equipment for welding, painting, handling, palletizing, bending and polishing. Its product portfolio includes articulated robots, SCARA robots, welding positioners, robot tracks and related automation hardware. The company states that its QJAR robot systems support offline programming and common industrial communication interfaces. It also reports ISO 9001:2015 quality management certification and CE testing for QJAR robots through SGS.

EVST is positioned toward buyers that want to combine a robot with supporting automation equipment rather than source every element separately.

Once a shortlist has been established, the next step is to compare manufacturers against the actual production process. The goal is not to select the robot with the highest specification. It is to select a robot and supplier that can deliver the required performance with acceptable integration and lifecycle risk.

Product and Technology Fit

Five technical parameters usually determine the initial robot selection:

Payload should include everything carried by the robot, not only the workpiece. Center of gravity and inertia also become important when the load is large or the robot moves at high speed.

Reach should be evaluated using the real workstation layout rather than the maximum reach shown in a catalog.

Application Experience

A mechanically capable robot does not automatically make a capable automation system.

Process experience becomes particularly important in welding, machine tending, palletizing and other applications where the robot must coordinate with additional equipment.

Project references should be similar in process complexity, not simply from the same industry.

A supplier that has completed ten conventional handling projects is not automatically experienced in robotic welding, even if both projects use the same robot arm.

Export Documentation and Compliance

For international projects, certification should be treated at both robot level and workstation level.

Documentation may include:

Applicable CE documentation

Declaration of conformity

Test reports

Technical files

Operating manuals

Electrical drawings

Risk assessment documentation

Export documentation required by the destination market

Certification for an industrial robot does not automatically mean that a completed robot cell complies with every requirement of the destination market.

Safety fencing, interlocks, light curtains, safety PLCs, external axes, fixtures and integration work can all affect the compliance of the final system.

Integration and Software

A production robot normally communicates with several external systems:

PLCs

Machine vision

End of arm tooling

CNC machines

Welding equipment

Conveyors

Safety devices

Factory networks

Before placing an order, the interface architecture should already be clear enough to establish which supplier is responsible for each connection.

For more complex projects, offline programming, simulation and production data integration may also affect the choice of robot platform.

Service, Spare Parts and Total Cost of Ownership

Robot price is only one part of an automation project.

A practical cost comparison should include:

A lower robot purchase price can lose its advantage quickly if a minor failure results in several days of production downtime.

For this reason, spare parts location, technical response time and the capability of the local service team should be evaluated before the purchase order is issued.

There is no single manufacturer that is best for every factory.

A more practical approach is to select suppliers according to the process that creates the greatest engineering risk.

This table should be used as an initial sourcing guide rather than a substitute for technical evaluation.

Two manufacturers offering robots with similar payload and reach can still deliver very different results once tooling, process software, PLC integration, commissioning and service are included.

International sourcing becomes more complex when the purchase includes a complete workstation or production line rather than a standalone robot.

In these projects, buyers should define responsibility for the complete system before production begins.

A typical automation package may include:

Industrial robot

Robot controller

End of arm tooling

Fixtures

Welding or process equipment

Machine vision

PLC and electrical controls

Safety system

External axes or robot tracks

Installation and commissioning

Training

Technical documentation

Spare parts

The strongest supplier is therefore not always the company with the most advanced robot arm. For complete projects, engineering coordination and accountability can be equally important. RBTIC, for example, positions itself as both an industrial robot manufacturer and an automation solution provider, with projects delivered to more than 40 countries and regions. Its offering includes robot equipment as well as integration, commissioning and overseas technical support.