Manufacturers
Lean - Pull Systems/Kanban
Improve Your Cash Flow, Throughput and Competitive Position
What are Pull System/Kanban?
Pull Systems/Kanban control the flow of resources in a production process by replacing only what has been consumed. They are customer order-driven production schedules based on actual demand and consumption rather than forecasting. Implementing Pull Systems can help you eliminate waste in handling, storing and getting your product to the customer.
Benefits
- Reduce overall inventory
- Reduce work in process
- Reduce order turnaround time
- Increase customer satisfaction
- Improve cash flow
- Reduce cycle time
- Reduce machine down time
- Boost employee morale as well as work environment
Successes
A maker of fine table linens was able to slash its average order turnaround time from three weeks to three days using a Pull System. The changes eliminated bottlenecks in production and increased responsiveness to customer needs.
A manufacturer of high-quality packaging machinery implemented a multi-faceted lean transformation. A Pull System was used to smooth the flow of Work-In-Process (WIP). The changes decreased WIP by 62%, and dramatically increased the number of orders completed each day.
Pull Systems/Kanban - and other lean techniques - were implemented by a manufacturer of custom fiberglass and vacuum form products. These changes increased productivity by 20%, reduced inventory by 53%, decreased lead-time by 63% and far exceeded their targeted goals.
Course Description: LE206 - One-Day Workshop: Pull Systems/Kanban
Pull Systems/Kanban is part of an integrated suite of tools and services developed specifically for manufacturers. This course is one in a series of related lean courses MEP offers. Explore the process of designing and implementing Pull Systems/Kanban through classroom instruction and hands-on production simulations in this workshop. This course introduces participants to the principles of Pull Systems/Kanban, applies them in a life-like simulation and demonstrates how they can be applied to a variety of manufacturing situations.