CELLULAR MANUFACTURING DESIGN

PROJECT INCLUDES:

A manufacturer of large custom industrial equipment hired IMEG to determine how they could utilize cellular manufacturing to increase their operational efficiency in their existing 110,000 sq ft facility.

THE PROBLEM

Need for 5S and workplace organization for tools, materials, and equipment

10.5 hours of putting away parts that were picked for each job

Material transportation by overhead cranes and forklifts

Missing tools that accounted for 3.5 hours of delays per job

Lack of organization resulting in 2 hours of moving large parts via overhead crane

60% process efficiency

Outdated labor standards

Excessive part travel distance

Excessive operator walk distance

THE PLAN

Conducted Time Studies with performance ratings to establish current rates

Conducted Delay Studies to identify processing delays

Capacity Utilization Model created to identify assembly capacity

Created manufacturing layout designs in AutoCAD

THE RESULTS

Identified annual savings of $180,000

Reduced part travel distance by 1933 feet (21%)

Reduced operator walk distance by 12,855 feet (29%)

Reduced delays by 50%

Identified optimal raw material levels at the point of use

Identified tools needed to reduce operator walk distance

Implemented 5S & Workplace Organization