End-to-End
Engineering & Manufacturing
TEKNOPAR Industrial Automation delivers end-to-end solutions for the design, implementation and commissioning of mechanical, electrical, electronic and hydraulic systems for industrial facilities.
Our Fields of Activity
Industrial Facilities
We deliver the mechanical, electrical, electronic and hydraulic systems of industrial facilities end to end, from design and application to installation, as a single contractor. From dams and hydroelectric plants to construction equipment, the hydraulic and electrical systems we develop operate successfully in over 100 projects.
Energy Systems
We design, manufacture and commission hydraulic and electrical power systems end to end for dams, hydroelectric plants and energy facilities.
Defense Industry
We develop mechanical, hydraulic and electronic system solutions for the defense industry, and share our latest work on a dedicated platform.
Learn moreDigital Technologies
With Industrial IoT (IIoT), MES, digital twin, artificial intelligence and big-data analytics, we digitalize production processes end to end.
Our Fields of Activity
Industrial Facilities
We deliver the mechanical, electrical, electronic and hydraulic systems of industrial facilities end to end, from design and application to installation, as a single contractor. From dams and hydroelectric plants to construction equipment, the hydraulic and electrical systems we develop operate successfully in over 100 projects.
Energy Systems
We design, manufacture and commission hydraulic and electrical power systems end to end for dams, hydroelectric plants and energy facilities.
Digital Technologies
With Industrial IoT (IIoT), MES, digital twin, artificial intelligence and big-data analytics, we digitalize production processes end to end.
Our Engineering Solutions
Vehicle Superstructure Mechanical Systems
TEKNOPAR develops robust vehicle superstructure mechanical systems for defense and heavy-duty applications. The solutions cover load-bearing mechanisms, lifting and positioning systems, and mission-specific structures designed to operate reliably under extreme loads and demanding operational environments.
Hydraulics & Automation Systems
TEKNOPAR provides end-to-end hydraulics and automation solutions combining mechanical actuation, electronic control, and embedded software. The systems are designed for synchronized movement, load stability, and high reliability in complex defense and industrial platforms.
Electrical - Electronics & Control Systems
TEKNOPAR develops embedded electrical–electronic architectures and control systems that integrate sensors, actuators, and software for complex defense and heavy-duty platforms. These solutions enable synchronized motion, precise positioning, remote operation, and reliable performance in harsh operational environments, with an emphasis on system-level integration rather than standalone components.
Defense & Heavy-Duty Vehicle Systems
TEKNOPAR develops integrated defense and heavy-duty vehicle systems covering mechanical, hydraulic, and automation domains. These solutions support manned and unmanned platforms with a focus on durability, controllability, and operational effectiveness in harsh terrains.
Automatic Leveling Systems
TEKNOPAR's automatic leveling systems provide precise platform stabilization regardless of ground conditions. By combining hydraulics, sensors, and control algorithms, the systems ensure accurate alignment for sensitive payloads such as radars while improving operational safety and comfort.
Machining and Welding
TEKNOPAR provides high-precision machining and structural welding capabilities for heavy-duty and mission-critical mechanical assemblies. The focus is on producing durable, load-bearing parts and welded structures that meet stringent quality, tolerance, and reliability requirements for defense and industrial applications.
Robotics & IT Applications
We elevate production to Industry 4.0 standards with industrial robotic cells, autonomous systems and AI-powered IT applications.
More Details
System Integration
We bring mechanical, hydraulic, electronic and software components together into a single cohesive system, ensuring different subsystems operate in sync and reliably.