0.0%

Unplanned Commissioning Downtime

35%

Average Cycle Time Reduction

100%

Pre-Simulated Kinematic Paths

120+

Active Plant Cell Deployments

Engineering Pillars for High-Volume Production

Integrated under one Michigan roof to guarantee a seamless transition from virtual CAD simulation to physical shop-floor cell runoff.

RobotGuide Virtual Commissioning

In-House Mechanical Fabrication

Turn-Key Controls & PLC Architecture

We model every kinematic envelope, weld path, and clamp reach in virtual space to eliminate floor collision risks before physical cell installation.

Custom end-of-arm tooling, heavy steel risers, and precision fixture tables machined and assembled in our Michigan facility.

Open-architecture PLC code and intuitive HMI panels designed specifically for simple shop-floor troubleshooting by internal maintenance teams.

Four-Stage Engineering Methodology

Kinematic & Reach Simulation

Custom Tooling & Cell Build

Controls Logic & Panel Wiring

On-Site Runoff & Commissioning

Digital twin modeling in Fanuc RobotGuide to verify cell cycle times, payload limits, and complex interference zones.

Mechanical engineering and heavy structural fabrication of EOAT, risers, and safety enclosures in our Detroit corridor plant.

Open-architecture Allen-Bradley and Siemens PLC programming paired with intuitive operator touchscreens built for simple plant troubleshooting.

Physical installation, laser alignment, safety interlock wiring, and full line rate validation directly on your manufacturing plant floor.

Schedule a plant floor audit with our senior automation engineers to review cycle times and cell layouts.