Field
Sensors, transmitters, valves, motors, actuators and electrical devices.
Industrial Automation and Engineering Solutions
NEO TECHNOLOGIES SOLUTIONS
Engineering the Complete Industrial Technology Stack
Modern industrial systems depend on electrical engineering, automation, communication and software working together as one coordinated architecture.
Neo Technologies brings these disciplines together across machines, production lines, process plants, electrical systems and connected industrial operations.
Our solution portfolio spans the field level through control, visualization, connectivity and operational information systems.
CONNECTED ENGINEERING
From Field Device to Enterprise Information
Sensors and electrical systems establish the physical foundation. Controllers automate machines and processes. Industrial networks connect assets. SCADA, MES and digital technologies transform operational data into useful production information.
EXPLORE OUR SOLUTIONS
Industrial Engineering, Automation & Digital Solutions
Explore the major technology areas that make up Neo Technologies' industrial solutions portfolio.
Process Automation
PLC • DCS • SCADA • Instrumentation
Machine & OEM Automation
PLC • HMI • VFD • Servo • Robotics
Electrical Engineering
LT • HT • PCC • MCC • APFC
System Integration
Field → Control → SCADA → Enterprise
Digital Manufacturing
SCADA • MES • IIoT • Data
Off-Highway Automation
CAN • J1939 • Hydraulics • Telematics
PROCESS CONTROL
Process Automation Solutions
Integrated control and monitoring solutions for continuous and batch industrial processes.
Integrated Process Control
Process automation combines field instrumentation, control systems, supervisory monitoring and final control elements to manage industrial processes consistently and effectively.
Process Control
Instrumentation
PLC / DCS
SCADA Monitoring
Alarm Management
Data Acquisition
MACHINE CONTROL
Machine & OEM Automation Solutions
Integrated machine-control platforms for OEMs, machine builders and automated production equipment.
Intelligent Machine Control
Machine automation brings PLC control, operator interfaces, drives, servo systems, sensors, robotics and safety functions into a coordinated machine architecture.
PLC Programming
HMI Development
VFD Integration
Servo Motion
Robotics
Machine Networking
ELECTRICAL POWER & CONTROL
Electrical Engineering Solutions
Electrical power distribution, protection and control engineering for industrial applications.
Power Distribution & Panel Engineering
Electrical engineering connects incoming power with industrial loads through coordinated distribution, switching, protection, motor control and power-management systems.
Electrical Design
SLD / Schematics
Power Distribution
Motor Control
Panel Engineering
Testing & Commissioning
INDUSTRIAL SYSTEM INTEGRATION
Automation System Integration
Connect field devices, controllers, networks, supervisory systems and production information into one coordinated architecture.
One Connected Automation Architecture
System integration focuses on the interfaces between field instrumentation, controllers, drives, networks, visualization and higher-level operational systems.
Engineering & Design
PLC / DCS Integration
SCADA Integration
Drive Integration
Industrial Networks
Testing & Commissioning
SMART FACTORY
Connected Digital Manufacturing
Connect machines, process information and production systems through industrial data and digital technologies.
From Machine Data to Production Information
Digital manufacturing connects operational assets with visualization, production-management and information systems to create a more connected manufacturing environment.
Machine Connectivity
Real-Time Data
SCADA Visualization
MES Integration
IIoT Connectivity
Production Analytics
MOBILE MACHINE TECHNOLOGY
Specialized Off-Highway Automation
Control, communication, electro-hydraulic and telematics solutions for specialized mobile machinery.
Intelligent Mobile Machine Control
Off-highway automation brings electronic controllers, vehicle networks, operator interfaces, sensors and electro-hydraulic control together for demanding mobile-machine applications.
Machine Controllers
CAN Communication
Operator Displays
Electro-Hydraulics
Sensors
Telematics
CONNECTED INDUSTRIAL ARCHITECTURE
One Technology Path from Field to Enterprise
The individual solution areas become more valuable when designed as layers of a connected industrial system.
Control
PLC, DCS, drives, motion systems and mobile controllers.
Connectivity
Industrial Ethernet, fieldbus, CAN and communication gateways.
Operations
HMI, SCADA, historian and plant supervisory systems.
Digital
MES, IIoT, analytics and enterprise-system integration.
ADDITIONAL CAPABILITIES
Technologies Supporting the Complete Solution
Industrial Networking
Communication infrastructure connecting PLCs, drives, machines, instrumentation and supervisory systems.
Explore Networking →SCADA, DCS & MES
Plant visualization, process supervision, production information and manufacturing operations integration.
Explore Integration →Robotics & Motion
Servo, motion-control and robotic technologies for automated handling, positioning and production.
Discuss Robotics →Custom Engineering
Application-specific solutions combining electrical, automation, networking and software technologies.
Discuss Your Requirement →
INDUSTRIAL APPLICATIONS
Engineering Solutions Across Industries
Different industrial environments require different combinations of control, electrical, instrumentation, communication and digital technologies.
Automotive
Chemical
Pharmaceutical
Oil & Gas
Water & Wastewater
Power & Energy
Solar
Food & Beverage
Electronics
Manufacturing
OEM Machinery
Mining
Construction
Agriculture
Infrastructure
ENGINEERING APPROACH
From Requirement to Operational System
A structured engineering process helps connect project requirements with technology selection, implementation and commissioning.
01
Study
Understand process, machine, electrical and operational requirements.
02
Architecture
Define system layers, technologies and interfaces.
03
Engineering
Develop electrical, control, network and software engineering.
04
Integration
Connect equipment, controllers, networks and software systems.
05
Testing
Verify functionality, interfaces and system behaviour.
06
Commissioning
Deploy, validate and hand over the operational system.
WHY NEO TECHNOLOGIES
One Engineering View Across Multiple Technologies
Industrial projects frequently cross the boundaries between electrical engineering, automation, communication and software. Our approach focuses on how those systems work together.
Engineering Focus
Start with the process, machine and operational requirement before selecting the technology.
Multi-Technology Integration
Bring electrical, controls, communication and industrial software into a coordinated architecture.
Industrial Perspective
Design around actual machines, production systems and process operating environments.
Connected Architecture
Create a technology pathway from field devices and controls to operational information.
ENGINEERING • AUTOMATION • DIGITAL
Have an Industrial Engineering or Automation Requirement?
Tell us about your machine, process, electrical system or industrial digital requirement. Neo Technologies can help define the control, electrical, communication and integration architecture required for the application.
Discuss Your Project About Neo Technologies
SOLUTIONS FAQ
Industrial Automation & Engineering Questions
What industrial automation solutions does Neo Technologies provide?
Solution areas include process automation, machine and OEM automation, automation system integration, SCADA and DCS integration, MES connectivity, industrial networking, electrical panel engineering, IIoT and specialized off-highway automation.
What is automation system integration?
Automation system integration connects field instrumentation, controllers, drives, HMIs, SCADA systems, industrial networks and related operational technologies into a coordinated system.
What is the difference between process automation and machine automation?
Process automation typically manages continuous or batch industrial processes, while machine automation focuses on the coordinated operation of individual machines and production equipment.
Can electrical panels and automation systems be integrated?
Yes. Electrical and control panels can integrate PLCs, HMIs, drives, protection devices, meters and communication interfaces as part of a broader industrial automation architecture.
How are existing machines connected to digital manufacturing systems?
Depending on installed equipment and available interfaces, technologies such as industrial gateways, OPC UA, MQTT, SCADA, historians and IIoT platforms can provide connectivity between operational assets and higher-level systems.
Does Neo Technologies provide customized engineering solutions?
Customized projects can combine electrical, automation, control, communication and industrial software technologies according to the requirements of the machine, process or production system.