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Riordan Plant in Hangzhou China

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Riordan Plant in Hangzhou China
Saad Benchekroun, Sami Berrahou, Kachong Duniya,
Jennifer Watkins, Angus Newton, Anthony Lampkin
OPS/571

April 26th, 2011

Dr. Roberto Coto

Riordan Plant in Hangzhou China
Riordan Manufacturing is a global plastics manufacturer employing 550 people with projected annual earnings of $46 million. The company is wholly owned by Riordan Industries, a fortune 1000 enterprise with revenues in excess of $1 billion. The company produces plastic containers, custom plastic parts, and plastic fan parts in Albany, Georgia, Pontiac, Michigan and Hangzhou, China (Apollo Group 2005 – 2008). In the following sections, team C will discuss the strategic capacity planning, the lean production for a new process …show more content…

New Process Design
The proposed process for receiving raw materials will be through the use of hand-held bar-code scanners throughout each department. As the product is received, the bar code labels on the containers will be scanned which will automatically input the part number and quantity into the receiving department. After product inspection, the material is moved to its designated storage space inside the warehouse. As the material is needed in production, it is scanned and moved out of storage into the work-in-process area, which will allow the system to remove it from available inventory. As the final product is produced, it is loaded on labeled pallets that will be shipped to designated customers. Implementation of barcode scanners will enable a more consistent, accurate, and timely recording of available inventory on-hand.
Lean Production Lean production is an incorporated group of activities set up to attain high volume production by using low inventories of raw materials, processing goods, and finished goods (Chase, Jacobs, & Aquilano, 2006). Using a lean production process, the China plant will be able to produce goods at a lower cost. Riordan China plant will need to eliminate any waste in the production process to achieve the highest level of efficiency. There are seven fundamentals to reduce waste. These fundamentals consist of focused factory networks, quality at the source, JIT

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