Automation & Control Systems

Rapid advancements in technology are pushing the capabilities of industrial machinery. Our automation and control solutions delivers smarter data collection, increased safety, and integrated control systems. We use state-of-the-art technologies to create efficient industrial systems for our clients.

Complete System Development

Hedgehog offers complete system design services that are tailored to meet client expectations. From specification and stakeholder assessment, concept design, and prototyping, to detailed designs, we have the process and people to scale as required. We combine our expertise in analysis, problem-solving, designing, commissioning, and maintenance to consider the system as a whole throughout its lifecycle.

Data Acquisition

Data acquisition (DAQ) collects and converts information such as vibration, pressure, voltage, current, and temperature into organized data that allows decision-makers to forecast trends and gain a better understanding of their systems. Modern data acquisition systems are readily available but understanding how to acquire the data into meaningful information is not as straightforward. We consider several options when designing a data acquisition system such as scan rate, data resolution, noise, environment, and storage. The elements within the DAQ are storage and database location, sensors, cabling, and desired interface.

HMI & SCADA Systems

Supervisory control and data acquisition (SCADA) to control real-time data can help to support making strategic decisions that support ongoing operations. Not to be confused with HMI (Human Machine Interface) systems which are a component of SCADA though they can stand alone if required. Since the mid-20th century, SCADA has operated behind the scenes for most of the modern world industries.

Instrumentation & Sensors

Instrumentation cabling and sensors are critical components to creating reliable and safe machines but they require a team that understands proper terminations and noise to make the commissioning phase run smoothly. Good instrumentation can lower commissioning times, increase safety, and reduce expensive troubleshooting efforts.

Motion & Drive Systems

New technologies are improving efficiency, performance, and safety for a variety of applications from industrial automation to robotics. Motion and drive systems are sophisticated and require fine-tuning to meet torque and speed expectations.

Rapid Prototyping & Innovation

In product development, applying modeling and prototyping after the concept design phase reduces production risk and cost overruns. A 3D-model of the component or a full-size prototype concept brings the idea to life.