Automation / Electronics /Semiconductors
Process Automation
Yokogawa DCS (CENTUM VP, Stardom)
– Advanced redundancy features ensuring high system availability and fault tolerance.
– Superior scalability with integrated process and safety systems.
– Real-time performance with deterministic communication networks.
– User-friendly engineering tools like Control Drawing Editor and Exaopc integration for data acquisition.
– Seamless interface with third-party systems via Modbus TCP/IP, OPC, and FOUNDATION Fieldbus.
Emerson DCS (DeltaV System)
– Modular architecture with advanced control strategies for process optimization.
– For power generation ‘Ovation’ and for others ‘DeltaV’
– Integrated safety and batch control functions using DeltaV SIS and DeltaV Batch modules.
– Intuitive engineering environment and graphic-based configuration tools.
– High-speed communication with easy integration of wireless field devices.
– Built-in predictive diagnostics for proactive system maintenance and reduced downtime.
Robotic / IIOT based System
A Robotic / IIoT‑based System integrates industrial robotics with the Industrial Internet of Things (IIoT) to enable smart manufacturing and process automation.
Architecture:
Robotics Layer: Includes articulated robots, cobots, and autonomous mobile robots (AMRs) for material handling, assembly, and inspection.
IIoT Layer: Network of sensors (vibration, temperature, flow, pressure) connected via Modbus, Ethernet/IP, or OPC‑UA protocols.
Edge & Cloud Integration: Edge controllers handle real‑time decision making, while cloud platforms provide analytics, dashboards, and digital twins.
Key Features:
Real‑time monitoring of robotic operations and machine health.
Predictive maintenance using AI/ML algorithms on sensor data.
Seamless integration with PLC/SCADA/DCS systems.
Cybersecurity measures for secure data exchange.
Applications:
Automated assembly lines in automotive and electronics.
Smart warehouses with robotic logistics.
Energy optimization in process industries.
Quality inspection using vision‑enabled robots..
PLC based Automation
Siemens PLC (S7-1200, S7-300, S7-400, S7-1500 Series)
High-speed processing and integrated Profinet/Profibus communication.
Advanced motion control and PID functions built into TIA Portal environment.
Strong cybersecurity features and global support network.
Rockwell Automation (Allen-Bradley ControlLogix, CompactLogix)
Powerful EtherNet/IP communication and modular I/O design.
Studio 5000 environment providing unified programming and diagnostics.
High reliability suitable for large-scale process and discrete automation systems.
ABB PLC (AC500, Freelance systems)
Flexible configuration supporting both PLC and small DCS requirements.
Easy integration with ABB drive systems and instrumentation.
Robust design for harsh industrial environments.
Mitsubishi PLC (FX, Q, and iQ-R Series)
Ultra-fast instruction processing ideal for machine and motion applications.
Integrated networking with CC-Link, Ethernet, and Modbus capability.
Scalable platform supporting both compact and large system configurations.
Delta PLC (DVP, AH500, AS Series)
Cost-effective and reliable control solutions for small to mid-size automation.
Built-in analog, communication, and positioning modules.
User-friendly programming with WPLSoft and ISPSoft tools.
PCC/MCC/APFC Panel Manufacturer
We specialize in the design and manufacture of Power Control Centers (PCC), Motor Control Centers (MCC), and Automatic Power Factor Correction (APFC) panels that combine engineering precision with operational reliability. Each panel is built using high‑grade components, CNC‑fabricated enclosures, and copper busbar systems to ensure maximum efficiency and safety.
Our PCC panels provide centralized power distribution with ACB/MCCB incomers, metering, and protection relays for seamless plant operation.
MCC panels are modular and compartmentalized, featuring iMCC, DOL, Star‑Delta, VFD, and Soft Starter feeders with ON/OFF/TRIP indication and interlocking safety mechanisms along with process-oriented integration using automation components
APFC panels intelligently maintain power factor using microprocessor‑based controllers, capacitor banks, and detuned reactors to reduce energy losses and improve system performance.
All panels conform to IEC 61439 / IS 8623 standards and can be integrated with PLC / SCADA systems for real‑time monitoring. Designed for industries such as manufacturing, power generation, water treatment, and infrastructure, our solutions deliver durability, scalability, and aesthetic precision — hallmarks of engineering excellence
Integration Services
Our integration services ensure that all your automation systems work cohesively with your existing technology stack, providing a seamless experience. We emphasize compatibility, ensuring that all applications share data effectively, enhancing communication and functionality across your organization.
