Industrial Automation Services

We provide automation machine design services for manufacturers, OEMs, and system integrators developing new production equipment or upgrading existing automation lines. Our experience includes assembly machines, testing and inspection systems, material handling equipment, conveyor systems, robotic cells and EOATs, welding automation, and special purpose machines (SPMs).

Every design is developed with manufacturability, reliability, safety, and ease of maintenance in mind. By applying DFM principles and proven engineering practices, we help simplify machine build, reduce implementation risks, and support reliable operation. Following our "Do It Right the First Time" approach, we take projects from concept development through detailed machine design and manufacturing documentation.

Controls engineering is essential in automation, designing systems to control machines and processes by combining electrical, mechanical, and systems engineering with sensors and actuators using PLCs, SCADA, and SERVO programming. Our engineers create algorithms to integrate hardware and software through feedback and feedforward strategies.

They develop high-quality HMIs for operator interaction and use simulation tools to optimise performance. With extensive experience, we automate applications for efficient, safe, and reliable machine operation, enhancing productivity, ensuring safety compliance, supporting maintenance, troubleshooting complex processes, and achieving precise results. Our controls team is versed in variety of hardware, software and networking devices as well as integration with higher level data collection systems that are safe, reliable and user friendly.

Our Plant Simulation services help manufacturers virtually validate and optimize production systems before implementation. We simulate material flow, production processes, robotic operations, and equipment interactions to evaluate system performance under real-world operating conditions. Our capabilities include robot reach analysis, motion analysis, collision detection, offline programming (OLP), peripheral equipment verification, layout validation, and production flow optimization.

By testing multiple scenarios in a virtual environment, we identify bottlenecks, validate workflows, optimize cycle times, and evaluate human-robot interactions before deployment. This helps reduce implementation risks, improve resource utilization, support seamless integration of automation systems, and achieve reliable production performance.