Automation

Automation Concept Development

Develop practical manufacturing automation concepts around the actual production problem, with attention to part flow, operator involvement, cycle time, safety, maintenance, reliability, and return on investment.

Robot Integration Support

Support robotic manufacturing applications with process planning, fixturing, part presentation, workholding, robot access, guarding, and coordination between the robot and the surrounding production process.

Material Handling Automation

Develop automated material-handling solutions for moving, loading, unloading, indexing, positioning, rotating, transferring, or staging parts and material within a manufacturing process.

Table Cutting Automation

Support automation of cutting-table processes, including part handling, loading, unloading, workflow, fixturing, material staging, and surrounding equipment needed to improve throughput and reduce manual handling.

Machine & Process Integration

Help integrate equipment, fixtures, controls, sensors, tooling, and material flow so the automated system works as one complete manufacturing process rather than a collection of separate components.

Fixture Design for Automation

Design automation fixtures around repeatable part location, robot access, sensing, loading, unloading, workholding, and process consistency.

Automation Improvement & Troubleshooting

Evaluate existing automated processes that are unreliable, difficult to operate, slow, inconsistent, maintenance-intensive, or no longer suited to current production requirements.

BrewerMade’s Approach to Manufacturing Automation

BrewerMade approaches automation as a manufacturing problem first and a technology problem second.

The goal is to automate the right parts of the process with practical solutions that improve throughput, consistency, labor utilization, material flow, and operator experience without adding unnecessary complexity.