Mining & Agricultural Vehicles

Home
Industries
Mining & Agricultural Vehicles

Over 30 Years Helping

Make mining and agriculture safer and more efficient

As the world’s population continues to grow, demand for mining and farming equipment is also continually on the rise and more businesses are turning to robotic automation to keep up with demand. Robotic automation can take the place of a dwindling workforce and bring about improved efficiency and productivity.

Manufacturing large industrial vehicles necessitates large robotic automation and manufacturing systems. Midwest Engineered Systems has experience developing and implementing large factory automation systems that can manufacture components efficiently and safely. We have designed systems to handle various operations performed on engine components, storage vessels, vehicle frames and more.

Automation Applications

Welding Operations
Deburring and Casting Finishing
Conveyor Systems
Wash Systems
Assembly Lines
AGVs and AMRs

mining & agricultural expertise

Engine & Transmission

Automated solutions are well-suited to completing the types of repetitive jobs in the automotive industry, that require high throughput, yet are boring, unpleasant, or even dangerous to an employee’s health. In the engine and transmission manufacturing industry, new robot technology is always evolving, including collaborative robots, which work alongside humans to improve workplace safety and ergonomics.

Learn more about this Project

Frame, Cab & Suspension

Robotic assembly, welding, and adhesive/sealant dispensing are all needed when manufacturing the structure of an off-road vehicle. MWES specializes in high-mix low-volume applications where automation facilitates and improves the manufacturing capability of your production line, for these very specialized products.

Learn more about this Project

Consumable Wear Items

MWES provides unique skill sets that provide robust material handling and process expertise for welding, heat treating, machining, deburring and surface cladding in a manner that supports a 15-20 year manufacturing equipment lifespan.

Learn more about this Project