B&R INDUSTRIAL AUTOMATION (CHINA) CO., LTD.

Introduction

B&R Industrial Automation (China) Co., Ltd. (Chinese: 贝加莱工业自动化（中国）有限公司) is the Chinese operating company of B&R Industrial Automation, an Austrian automation-technology manufacturer and a member of the ABB Group. Its Chinese headquarters are located in Shanghai, where the company provides industrial automation hardware, software, engineering services, and technical support for machinery and production systems.

B&R occupies a specialized position within the plastics-industry ecosystem. Rather than producing polymers or processing plastics itself, it supplies the control, motion, robotics, visualization, communication, and software technologies used by manufacturers of injection-molding machines, extrusion lines, blow-molding equipment, packaging systems, recycling machinery, and other production assets. Its activities in China form part of a broader global strategy centered on integrated machine and factory automation.

The company’s technology portfolio combines programmable control, servo motion, industrial networking, human-machine interfaces, machine vision, robotics, simulation, and application software. For plastics machinery manufacturers, these technologies support requirements such as synchronized motion, short cycle times, repeatable process control, machine connectivity, energy monitoring, predictive maintenance, and integration with manufacturing-execution or enterprise systems.

History and Development

B&R was established in Austria in 1979 by Erwin Bernecker and Josef Rainer. The company developed from a specialist automation business into a supplier of integrated machine and factory automation systems, with international operations serving discrete manufacturing and process industries.

Several milestones define the company’s development:

1979: B&R was founded in Eggelsberg, Upper Austria, establishing the corporate base from which its automation activities expanded internationally.
1996: B&R established its Chinese operating presence in Shanghai, enabling closer technical and commercial support for Chinese machinery manufacturers and industrial users.
2017: B&R became part of ABB. The transaction placed B&R within ABB’s broader industrial-automation portfolio and expanded the strategic connection between machine automation, robotics, and factory automation.
Subsequent development: B&R continued to develop integrated engineering and software platforms, including Automation Studio, mapp Technology, simulation functions, and technologies for high-speed machine motion and production-line coordination.

The Chinese organization has expanded alongside China’s machinery-manufacturing base, particularly in sectors in which original-equipment manufacturers require localized application engineering, commissioning, training, and service support.

Business Operations and Segments

B&R Industrial Automation (China) operates as a national organization within B&R’s global network. Its activities include the supply and integration of automation components, application consulting, engineering support, commissioning assistance, training, and after-sales service.

Its principal business areas include:

Machine automation: Control systems, industrial PCs, input/output systems, motion control, and operator interfaces for individual machines.
Factory automation: Systems that connect machines, production cells, supervisory control, data collection, and plant-level operations.
Industrial software: Engineering, programming, visualization, diagnostics, simulation, and reusable application functions.
Service and technical support: Product assistance, system configuration, maintenance support, training, and field engineering.
Industry-specific solutions: Automation architectures adapted to plastics, packaging, printing, textiles, electronics, energy, and other industrial applications.

The company’s operating model is particularly relevant to machinery original-equipment manufacturers. A machine builder can use a common automation environment across control, motion, visualization, safety, and communication functions rather than assembling unrelated subsystems from multiple suppliers.

Products and Technologies

Control and Computing Platforms

B&R supplies controllers, industrial PCs, embedded systems, and distributed automation components. These platforms are used to execute machine logic, coordinate multiple axes, manage production sequences, and process diagnostic or production data.

In plastics machinery, control performance is important because a single machine may coordinate clamping, injection, plasticizing, extrusion, temperature regulation, material handling, and auxiliary equipment. The automation architecture must therefore combine deterministic control with flexible communication and data-management capabilities.

Motion Control and Servo Systems

Servo drives and motors are central to B&R’s portfolio. They support coordinated movement in applications such as:

Injection and clamping mechanisms
Extruder screw drives
Rollers and winding systems
Cutting and trimming units
Take-off and haul-off systems
Packaging and material-handling equipment
Multi-axis robots and transfer systems

B&R’s ACOPOS family is associated with servo-based motion control, while the company’s automation platform is designed to coordinate motion and logic within a unified engineering environment. In plastics processing, synchronized servo motion can contribute to repeatability, shorter setup times, improved product consistency, and more precise control of acceleration and deceleration.

Industrial Networking and Communication

Modern plastics machinery increasingly depends on communication between controllers, drives, sensors, robots, quality systems, and plant-management platforms. B&R provides industrial communication and networking technologies intended to connect machine-level devices with higher-level systems.

These functions are relevant to:

Real-time synchronization between axes
Machine-to-machine coordination
Remote diagnostics
Production-data collection
Integration with supervisory and manufacturing systems
Condition monitoring and maintenance planning

Open communication architectures also help machinery manufacturers adapt equipment to customer-specific plant environments.

Human-Machine Interfaces and Visualization

B&R offers operator panels, industrial displays, visualization software, and control-room interfaces. Such systems allow operators to configure recipes, monitor process variables, identify alarms, manage production orders, and review machine diagnostics.

For plastics processors, visualization commonly covers variables such as temperature zones, pressure, speed, position, cycle time, material throughput, energy use, and quality parameters. Clear operator interfaces can reduce setup errors and support faster fault identification.

Robotics and Integrated Automation

Within the ABB Group, B&R’s machine-automation activities are connected with robotics and discrete automation. The combination is relevant to plastics applications that require coordinated handling, inspection, packaging, palletizing, or part removal.

Typical examples include:

Robot unloading of injection-molded parts
Automated placement and assembly
Vision-assisted inspection
Packaging and case packing
Product sorting and palletizing
Integration of robots with conveyor and machine cycles

The technical objective is to coordinate robotic movement with machine timing rather than treating the robot as an isolated auxiliary device.

Software and Engineering Tools

Automation Studio is B&R’s central engineering environment for programming and configuring its automation products. It is designed to bring together controller programming, drive configuration, visualization, diagnostics, and system commissioning.

The company also promotes mapp Technology, a software approach based on reusable application modules. Such modularity can help machine builders standardize recurring functions, reduce engineering effort, and create common software structures across different machine models.

B&R’s simulation portfolio includes Automation Runtime Simulation and ACOPOS simulation, as well as interfaces for tools such as MATLAB/Simulink and MapleSim. These capabilities support model-based development, virtual commissioning, machine-component simulation, and broader production-process analysis.

Applications and End Markets

B&R Industrial Automation (China) serves a range of industrial sectors. Its relevance to plastics manufacturing is strongest in machinery and production systems requiring coordinated control, high availability, and integration with digital factory infrastructure.

Plastics Machinery

Applications include automation for:

Injection-molding machines
Extrusion lines
Blow-molding equipment
Film and sheet lines
Pipe and profile production
Recycling and compounding machinery
Auxiliary equipment and material-handling systems
Packaging machinery used downstream of plastics processing

The company’s role is generally that of an automation-platform supplier and technology integrator. It provides the control and motion foundation on which machine builders develop process-specific applications.

Packaging

Packaging machinery often combines high-speed motion, servo synchronization, inspection, product tracking, and frequent format changes. B&R technologies can be applied to filling, forming, sealing, labeling, conveying, and secondary packaging systems.

This sector overlaps substantially with plastics because packaging equipment frequently processes polymer films, containers, closures, trays, and flexible or rigid multilayer structures.

Printing and Converting

Printing, slitting, coating, laminating, and converting machinery require precise registration, web handling, tension control, and synchronization. These requirements share technical characteristics with film extrusion and flexible-packaging production.

Electronics and Discrete Manufacturing

The company also serves electronics, semiconductor-related equipment, assembly, and other discrete-manufacturing applications. These markets use automation functions similar to those required in plastics machinery, including precise motion, inspection, traceability, and modular production-cell control.

Process and Infrastructure Industries

B&R’s Chinese activities have also been associated with applications in energy, transportation, water treatment, oil and gas, and power-related operations. These activities broaden the company’s industrial base beyond machinery automation and connect machine-level control with supervisory and process-management systems.

Global Presence and Market Position

B&R is headquartered in Eggelsberg, Austria, and operates through an international network of subsidiaries and offices. China is represented in the company’s subsidiary structure by B&R Industrial Automation (China) Co., Ltd., based in Shanghai.

Within the global automation market, B&R is positioned as a specialist in integrated machine and factory automation. Its competitive proposition is based less on a single product category than on the integration of:

Control
Motion
Industrial computing
Visualization
Safety
Robotics
Industrial communication
Engineering software
Simulation and virtual commissioning

In China, the company competes in a market shaped by domestic automation suppliers, multinational control-system manufacturers, specialized motion vendors, and machine builders developing proprietary automation capabilities. Its position is particularly relevant where equipment manufacturers seek a standardized automation platform that can be adapted across machine families and supported by local engineering resources.

The plastics sector provides an important application context because Chinese plastics-machinery manufacturers serve both domestic processors and export markets. Automation suppliers must therefore support international communication standards, multilingual engineering, cybersecurity expectations, regulatory requirements, and machine designs intended for varied operating environments.

Research and Development

B&R’s research and development emphasis is directed toward the convergence of automation hardware, software, motion, robotics, and digital engineering. The company’s platform strategy places particular importance on common tools and reusable software structures.

Key development themes include:

Integrated engineering: Programming, configuration, visualization, motion, and diagnostics within a common environment.
Model-based development: Simulation and virtual testing before physical commissioning.
Software modularity: Reusable application modules that can shorten development cycles and simplify machine variants.
High-performance motion: Coordinated servo control for fast and precise machine sequences.
Digital connectivity: Collection and use of machine data for production monitoring, maintenance, and optimization.
Robotics integration: Coordination of robots, conveyors, and machine functions within a unified automation architecture.
Scalable architectures: Systems that can be adapted from individual machines to interconnected production lines.

For plastics machinery, these developments address persistent industry requirements: reducing time to market, accommodating frequent product changes, improving process repeatability, and lowering the cost of commissioning and lifecycle support.

Sustainability and Environmental Initiatives

Automation contributes to sustainability primarily through process efficiency, monitoring, and improved equipment utilization rather than through material production itself. In plastics manufacturing, automation systems can support environmental objectives in several ways:

Monitoring energy use by machine, drive, heating zone, or production order
Optimizing motor speed and acceleration profiles
Reducing scrap through more stable process control
Improving machine availability and reducing restart losses
Supporting predictive maintenance
Recording production parameters for quality and traceability
Enabling more efficient operation of recycling and reprocessing equipment

These benefits depend on the design and operating practices of the machine and plant. Automation alone does not eliminate the environmental impacts associated with polymer production, processing, waste, or end-of-life management.

The company’s sustainability relevance is therefore closely connected to broader plastics-industry transitions, including lightweighting, material efficiency, recycled-content use, improved sorting, chemical and mechanical recycling, and lower-energy processing. Digital control can provide the measurement and repeatability needed to operate such processes, although the environmental outcome remains dependent on material choice, energy sources, process design, and product end use.

Financial Performance and Economic Impact

B&R Industrial Automation (China) is a subsidiary within the privately operated B&R business and the ABB Group. Publicly available corporate information emphasizes products, technologies, applications, and organizational structure rather than presenting a separate, detailed financial statement for the Chinese legal entity.

The company’s economic contribution can be considered through its role in the industrial supply chain:

It supplies automation equipment and software to machinery manufacturers.
It supports the development and export competitiveness of Chinese original-equipment manufacturers.
It contributes engineering, commissioning, training, and service capabilities.
It enables production-data connectivity and automation upgrades in existing facilities.
It supports the modernization of plastics, packaging, printing, and other manufacturing systems.

For the plastics industry, automation investment is influenced by labor availability, product complexity, energy costs, quality requirements, export competitiveness, and the need to integrate recycled or variable material streams. These factors create demand for systems that can be scaled from individual machines to connected production environments.

Quality Management and Certifications

Industrial automation systems used in plastics machinery must satisfy requirements relating to reliability, functional safety, electromagnetic compatibility, software integrity, traceability, and long-term serviceability. B&R’s product and engineering environment is designed for industrial applications in which control continuity and predictable machine behavior are essential.

Quality-related considerations include:

Hardware and software compatibility across automation components
Diagnostics and fault handling
Safety-related control functions
Lifecycle support and product maintenance
Configuration management
Validation of motion and process sequences
Compliance with applicable regional and industry requirements

Certification requirements vary according to product type, machine application, destination market, and the responsibilities of the machine builder. Consequently, compliance is normally addressed through the complete machine or system rather than by treating the automation supplier as the sole party responsible for conformity.

Innovations and Future Outlook

The future direction of B&R Industrial Automation (China) is closely linked to the evolution of smart manufacturing and the modernization of plastics machinery. Several trends are likely to shape its market environment:

Greater software content: Machine differentiation increasingly depends on software functions, data handling, diagnostics, and user experience.
Virtual commissioning: Simulation can reduce physical debugging and help machine builders validate complex sequences before installation.
Integrated robotics: Robots, vision systems, motion platforms, and process equipment are increasingly engineered as coordinated systems.
Industrial connectivity: Customers are seeking secure access to production data and interoperability with manufacturing and enterprise applications.
Energy transparency: Processors and machine builders require more precise information about energy consumption and production efficiency.
Flexible production: Shorter product runs and frequent format changes increase the value of modular hardware and reusable software.
Brownfield modernization: Existing equipment can be upgraded through new control, communication, visualization, and data-acquisition layers rather than replaced entirely.
Sustainable processing: Automation will support tighter process windows, improved material utilization, recycled-material processing, and more consistent quality.

At the same time, the company operates in a highly competitive market. Customers increasingly evaluate automation suppliers not only on component performance but also on engineering productivity, local service, cybersecurity, availability of skilled personnel, integration capability, and total lifecycle cost. The ability to combine global technology with effective Chinese application support will remain important to B&R’s position in the country.

Summary

B&R Industrial Automation (China) Co., Ltd. is the Chinese operating organization of B&R Industrial Automation, an Austrian automation company within the ABB Group. Based in Shanghai, it supplies integrated automation technologies for machinery and industrial production, including controllers, industrial PCs, servo systems, motion control, visualization, networking, robotics, simulation, and engineering software.

Its significance in the plastics industry lies in enabling the machinery and digital infrastructure used for injection molding, extrusion, blow molding, packaging, recycling, and related processes. The company’s development in China since the 1990s reflects the expansion and increasing sophistication of the Chinese machinery-manufacturing sector.

By combining machine-level control with motion, software modularity, simulation, connectivity, and service support, B&R addresses major industrial priorities: shorter development cycles, reliable production, flexible manufacturing, energy monitoring, data integration, and improved resource efficiency. Its future market position will depend on how effectively these capabilities respond to the continuing digitalization, automation, and sustainability requirements of the plastics industry.

References

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CPS+ eMarketplace. (n.d.). B&R INDUSTRIAL AUTOMATION (CHINA) CO., LTD.B&R INDUSTRIAL AUTOMATION (CHINA) CO., LTD.. CPS+ eMarketplace. https://www.chinaplasonline.com/eMarketplace/ExhibitorInfo?CompId=1037931Link