Industrial Automation

Industrial automation solutions for monitoring, control, production systems and demanding industrial applications.

Industrial Automation for Demanding Applications

Industrial automation requires the right combination of computing, control, communication, interfaces and field equipment to operate reliably within the actual application environment.

NIACO develops and provides industrial automation solutions around practical requirements such as machine control, production monitoring, equipment integration, data acquisition and operational continuity.

The appropriate automation architecture depends on the application, required level of control, connected equipment, communication requirements, interfaces, operating environment and expected lifecycle.

Typical Applications

NIACO industrial automation solutions can support applications such as:

Machine and equipment control
Production line automation
Process monitoring and control
Industrial machine monitoring
Operator and control stations
Data acquisition and local processing
Industrial communication and networking
Automated production systems
Material handling and equipment automation
Robotic production cells
Equipment modernization and control upgrades
Distributed monitoring and control systems

Solution Architecture

Industrial automation is not defined by a single device. A reliable automation solution depends on the relationship between control systems, computing platforms, HMI, industrial networks, connected equipment and the application environment.

Control System

The control system provides the logic and control functions required to operate machines, equipment and industrial processes.

Industrial Computing

Industrial computing platforms can provide processing, data handling, communication, monitoring and application-specific functions within the automation architecture.

HMI & Operator Interface

HMI systems provide operators with access to equipment status, process information, controls, alarms and other operational functions.

Industrial Communication

Reliable communication between PLCs, controllers, industrial PCs, HMI systems, machines and other equipment is an important part of an automation architecture.

I/O & Interfaces

The required I/O and interfaces depend on the application and may include digital and analog I/O, LAN, serial communication, USB, display interfaces and other application-specific connections.

Application Environment

Temperature, humidity, dust, vibration, available space, installation conditions and continuous operation can influence the appropriate automation architecture and equipment selection.

From Requirement to Automation Solution

NIACO approaches industrial automation from the application and its requirements rather than from a single product.

Understand

Understand the machine, process, operating environment, control requirements and existing equipment.

Define

Define the appropriate automation architecture, control strategy, communication structure and required interfaces.

Select

Select the appropriate computing, control, HMI, networking and industrial equipment based on the application requirements.

Integrate

Integrate the required computing, control, HMI, communication and field equipment into a practical automation system.

Commission

Support implementation, testing, commissioning and operational readiness of the automation solution.

Support

Consider maintainability, serviceability, modernization and lifecycle requirements throughout the solution.

Relevant Technologies & Products

Industrial automation solutions can be built around different technologies and product categories depending on the application.

PLC Control Systems

Control platforms for machine control, equipment automation and industrial processes.

Industrial PC

Industrial computing platforms for automation applications requiring processing, monitoring, communication, data handling or application-specific computing.

Industrial Mini PC

Compact computing platforms for automation, monitoring, communication and distributed industrial applications where space and connectivity are important considerations.

HMI Systems

Industrial operator interfaces for machine control, equipment monitoring, process visualization and operational interaction.

Industrial Displays

Industrial display solutions for operator stations, monitoring systems and control environments.

Industrial Robots

Robotic systems for automated production, material handling and other industrial applications, integrated with the required control, computing, HMI and communication systems.

AI Computing & Edge AI

Edge computing platforms for automation applications requiring local processing, intelligent monitoring, machine vision or AI-based workloads.

Automation Across Industries

Industrial automation solutions can be applied across different industrial environments and sectors.

Manufacturing

Production line automation, machine control, equipment monitoring, robotic cells and process-related automation.

Energy & Power

Equipment monitoring, control, data acquisition and automation systems for energy-related industrial environments.

Infrastructure

Monitoring, control and automation for infrastructure equipment and distributed operational systems.

Automotive

Production automation, machine control, robotic production cells, inspection and manufacturing process monitoring.

Transportation & Logistics

Automated equipment, material handling, distributed monitoring and operational control systems.

Telecommunications

Infrastructure monitoring, equipment management, distributed computing and control-related applications.

Utilities

Monitoring, control, data acquisition and distributed operational systems.

Oil & Gas

Industrial automation for monitoring, control, communication and demanding operational environments.

Pharmaceutical

Production monitoring, equipment interfaces, automation and controlled industrial environments.

Engineering & Integration

Industrial automation solutions often require more than selecting individual components. NIACO combines computing, control, HMI, networking, robotics and related industrial technologies to address specific application requirements.

System Architecture

Define the appropriate combination of control, computing, communication, interfaces and industrial technologies for the application.

Control & Integration

Integrate PLCs, industrial PCs, HMI systems, machines, robots and other equipment into a practical automation architecture.

Communication

Establish the required communication structure between controllers, computing platforms, HMI systems, machines and industrial networks.

Commissioning & Support

Support implementation, testing, commissioning and ongoing technical requirements throughout the solution lifecycle.

Related Resources

Related Industries

Manufacturing
Energy & Power
Infrastructure
Automotive
Transportation & Logistics
Telecommunications
Utilities
Oil & Gas
Pharmaceutical

Have an Industrial Automation Requirement?

Tell us what you need.
We will help you find the right starting point.

Start a Conversation