Challenge:
Automotive Manufacturing Assembly Operation Struggled with Low Throughput and High Labor, Resulting in Required Overtime Production and Missed Customer Demand
Solution:
- Redesigned Process Steps to Eliminate Waste
- Designed a One Piece Flow Operation
- Modified Layout of Equipment to Create a Better Flow of Material and Reduce Handling Time
- Increased Pack Density of Incoming/Outgoing Materials
Results:
- Decreased Direct Labor Cost by 50%
- Increased Production Output by 45%
- Increased Pack Density by 92%
- Reduction of 48% Plastic Waste
Challenge:
Automotive Manufacturing Assembly Process Was Not Meeting Desired Profit Margin on Product
Solution:
- Redesigned Process Steps to Create a Balanced Work Cell
- Removed 3rd Party Sub-Assembly Process
- Integrated Sub-Assembly Process into One Piece Flow Operation
Results:
- Reduced Inventory Storage of Components
- Removed Needed Shipment and Double Handling of Sub-Assembled Component
- Increased Profit by 10%
Challenge:
- Automotive Manufacturer Faced a Critical Storage Shortage in Their Main Warehouse
Solution:
- Redesigned Warehouse Layout for Optimal Material Flow
- Implemented Vertical Racking to Maximize Storage
- Created Line Side Replenishment System
Results:
- Increased Warehouse Storage by 30%
- Decreased Forklift Travel Distance by 45%
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Challenge:
Automotive Manufacturer Required Higher Direct Labor than Initially Planned to Meet Customer Demand
Solution:
- Removed Non-Value Added Operations
- Modified Layout to Create a Streamlined Operation
- Rebalanced and Combined Compatible Operations
Results:
- Decreased Direct Labor Cost by 50%
Challenge:
- Automotive Manufacturer Had Assembly Process That Could Not Meet Cycle Time of Injection Molding Process. Resulting in an Offline Assembly Process
Solution:
- Redesigned Process Steps to Most Optimal Flow
- Modified Layout to Reduce Footprint and Unnecessary Movement
Results:
- Eliminated Offline Assembly and Excessive WIP
- Increased Output by 20%
- Reduced labor Requirement by 25%
Challenge:
- Automotive Manufacturer Operated a Multi-Stage Conveyor Line. This Line Consistently Fell Short of Target Cycle Time Creating Production Delays.
Solution:
- Identified Bottle Neck in Conveyor Process
- Integrated Additional Measures to Reduce Transfer Time
- Modified Process Steps to Reduce Time at Non-Value Added Operations
Results:
- Reduction of Conveyor Line Cycle Time by 22%
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