CURRENT PROJECTS

FOOD PROCESSING LINE INTEGRATION

IMS designed, fabricated, and installed new process conveyors, frames, and supports to tie into an existing protein processing line. Mechanical and electrical integration were coordinated in advance to minimize disruption to production.
Custom conveyor sections and product transfer points

Stainless and structural steel supports, platforms, and hangers

Mechanical tie-in and electrical integration for motors/sensors

Install completed in a controlled outage window
Increased uptime and more consistent product flow

Cleaner transfer zones, less manual adjustment by operators

Reduced reactive maintenance on legacy equipment

No unplanned downtime outside of the scheduled outage

Full mechanical and electrical install of a new production system, including interlock conveyors, guarding, platforms, and power distribution. IMS handled installation, integration, and commissioning through the first production run.
Installed all mechanical equipment, platforms, and safety guarding

Set and aligned interlock conveyors across process stages

Pulled power, ran conduit, landed panels, and tied into plant controls

Verified safety devices, e-stops, and lockout/tagout points

Supported I/O checks and startup alongside plant engineering
System delivered on schedule and production-ready

First run completed with no rework and no missed inspections

Electrical and mechanical passed acceptance with the client's QA team present

Plant met their go-live target

Targeted upgrade to an aging pack-out line. IMS removed obsolete conveyor sections and integrated new stainless frames, supports, guides, and electrical panels - all completed during a planned weekend shutdown.
Removed and replaced legacy conveyor sections

Installed new stainless frames, guides, rails, and adjustable supports

Added new electrical panels and controls to match site standards

Aligned the new equipment to meet downstream inspection/QA requirements

Coordinated work in a live facility with strict sanitation rules
Increased pack-out reliability and line stability

Improved product handling with fewer jams and rejects

Better operator ergonomics at inspection and manual touch points

Upgrade executed with minimal downtime to production