Automation Repair Services in Omaha, NE

Sanitation goes in at the end of second shift. Hoses come out, foam goes on, hot water and caustic hit every surface the product touched, and every motor, gearbox, connector and enclosure on the line takes the same treatment whether or not it was designed for it. Do that twice a day, every day, and the equipment ages in a way no dry plant ever sees.

IVS Incorporated repairs motors, drives, controls and interfaces pulled out of exactly those conditions, and has been rebuilding equipment for wet-process plants for over thirty years.

The industries that keep Omaha running

Omaha sits at the center of one of the most concentrated food and agricultural economies in the country. Meat and protein processing, prepared foods, grain handling and milling, and beverage and ingredient production all operate here at scale, alongside the packaging plants that supply them. These are wet, cold, high-volume facilities where equipment is cleaned as aggressively as it is run, and where a stopped line means product waiting at temperature.

The region's industrial base extends past food. Agricultural equipment manufacturing and service, pharmaceutical and animal health production, commercial printing, and rail and transportation equipment work all have deep roots in the metro. Many share the same hygiene demands or run their own aggressive cleaning regimes, and nearly all depend on the same automation hardware families found on the processing floors down the road.

What sanitation chemistry does to motors and controls

The damage is rarely dramatic at first. High-pressure water finds its way past a shaft seal or a slightly loosened conduit fitting. Caustic and chlorinated cleaners attack terminal boxes, junction housings and connector shells. Wash-and-cool cycles pull humid air into a motor as it contracts, and moisture condenses in the windings. Grease gets washed out of bearings and replaced by water. Nothing trips that day, but insulation resistance is falling, corrosion is spreading through terminations, and bearings are running on the wrong film.

When it does let go, it usually goes suddenly, as a ground fault, a locked rotor or a drive that will not stay running. Repairing that properly means more than replacing a bearing. Windings have to be assessed for moisture and chemical attack, terminations cleaned or replaced, and seals and housings restored so the same path does not reopen. Our motor work includes new bearings and seals, rotor balancing, and machine work on shafts, bearing fits, endbells and keyways, plus full feedback alignment on servo units, and every repair is functionally tested in-house before it ships back to Nebraska.

Failures we see repeatedly in wet plants

• Water ingress past motor seals — moisture drawn into stators during cooldown after washdown, showing up later as low insulation resistance and ground faults.
• Corroded terminations and connectors — terminal boxes, junctions and feedback connectors eaten by caustic cleaners and constant humidity.
• Bearing failure from washed-out lubrication — grease displaced by high-pressure water, leaving bearings to run dry and take the shaft with them.
• Drive faults on washdown-duty conveyors and pumps — VFDs tripping on ground fault or overload because the problem is in the motor circuit, not the drive.
• Gearbox and actuator contamination — water and cleaning solution in the oil on gear reducers and linear actuators serving lifts, diverters and elevators.

What happens after you ship a unit to us

1. Ship the failed motor, drive, gearbox or controller to our repair facility in Plymouth, Michigan.
2. We evaluate it without charge, including inspection for moisture, corrosion and chemical damage.
3. A written quote comes back to you covering everything the unit needs, with nothing hidden for later.
4. On your approval we complete the repair and verify it with full in-house functional testing.
5. The unit returns to Nebraska under a twelve-month in-service guarantee.

Repair services available to Omaha facilities

• Motor and gearbox repair on AC and DC motors, servo and spindle motors, gearboxes and linear actuators, including new bearings and seals, rotor balancing, shaft and keyway machine work, and feedback alignment.
• Drive repair for VFDs, servo drives, inverters, amplifiers and drive power supplies from ABB, Baldor, Yaskawa, SEW-Eurodrive, Lenze, Magnetek and Emerson.
• PLC and control repair on Allen-Bradley, Siemens, Modicon, GE and Square D processors, racks, I/O and power supplies.
• HMI and operator panel repair for displays, touchscreens, backlights and membrane keypads worn by years of gloved, wet handling.

Before a unit ships, it is worth running the basics yourself, and our guides to PLC troubleshooting and maintenance and how to test a servo motor lay out exactly which checks tell you the most.

Why Omaha maintenance teams trust IVS

• Washdown damage properly addressed — corrosion traced through windings, terminations and housings rather than patched at the obvious point.
• Mechanical and electrical in one shop — bearings, shafts and balancing handled alongside drive and control electronics.
• Older equipment kept in production — repair remains viable on motors and controls that are no longer sold.
• Guaranteed for a year in service — a twelve-month in-service guarantee on every completed repair.

Send us your failed unit from Omaha

Tell us what came off the line and what it was doing when it quit. Call 734-261-8801 or request a quote, and ship the unit in for a free evaluation.

IVS Incorporated — 750 Junction St, Plymouth, MI 48170 — 734-261-8801. Serving Omaha and manufacturers nationwide.