Understand the work
Map the part family, process sequence, loading and unloading, operator tasks, and incoming and outgoing material. Identify where queues and travel interrupt production.
Engineering / Manufacturing cell layout
Give production room to work.
Build the cell around the process, the people, and the movement of material.
Discuss your engineering project
IMH / ENGINEERED MATERIAL HANDLING01 / THE PRODUCTION GOAL
Layout is part of the production plan.
A manufacturing cell works best when equipment, handling, and operator tasks support a defined production sequence. IMH helps organize the layout around the part flow, required work steps, access constraints, and future equipment interfaces.
02 / SCOPE & APPROACH
Turn the goal into a considered plan.
Develop the layout
Coordinate equipment footprints, work zones, carrier paths, crane coverage, aisles, maintenance access, and supporting structure. Review alternative arrangements against the production goal.
Define the interfaces
Locate equipment handoffs, utilities, support points, and access needs. Coordinate the cell with adjacent production and the building before detailed fabrication and installation.
03 / PROJECT INPUTS
Start with the facts that shape the system.
Share part drawings, production mix, target output, equipment footprints, operator tasks, building dimensions, columns, doors, utility locations, and expansion plans.
Outputs & assumptions
Layout deliverables can include concept alternatives, an equipment arrangement, material-flow routes, and a list of assumptions and open interfaces. The agreed project scope defines the drawing detail and implementation responsibility.
IMH SYSTEMS / ENGINEERING
Bring the project into focus.
Share your production goal and site constraints. We’ll work through the engineering scope, equipment interfaces, and path to installation with your team.
Start a project conversation