Tier 1 Heavy-Machinery Supplier required a comprehensive end-of-line tester for their Engine Control Module (ECM) production line. Over 1,000 custom tests needed to be developed with each step requiring unique ECM control & waveform analysis.

Medical customer required higher throughput & reliability of their current manual part inspections on several custom product lines.

Siemens Energy required a comprehensive process measurement system to acquire compressed air flow rates on two 8” supply lines at an automotive OEM.

Northwestern Michigan College’s Industry 4.0 Laboratory required full integration of a UR10e robot and Haas Mill to complete their machine tending automation cell.

A local food & beverage manufacturer required a flexible, modular conveyor to synchronously on-load and off-load product.

An existing electromechanical automotive test system required specialized thermal vision integration and communication software upgrades.

A local extrusion machine company with a global footprint required three build-to-print panels within three weeks of project kickoff.

An automotive manufacturer required a quality inspection end-of-line tester for their high-voltage coolant heater production assembly line.

Manual R&D testing of thermal chambers resulted in significant post-processing of data, the potential for inconsistency in data or test setup, and required waiting several days for performance results.

Four bottling production line conveyor control systems were over 30 years old and reliant on obsolete control hardware, which hindered operational productivity.

An in-line industrial oven would not fit within new facility footprint requirements, requiring the 60’ linear oven to be reduced to a 7’x7’ footprint.

A non-invasive solution for capturing compressed airflow and cooling water flow into large machinery to validate adequate supply at final location.