Calculate Fabric Utilization % in the Cutting Section
Fabric Utilization Percentage in the Cutting Section is a key metric in the Garment Industry, as it helps determine how Efficiently fabric is being used. Higher fabric Utilization means less waste and Lower Costs.
The Formula to Calculate Fabric Utilization Percentage is:
Calculate Fabric Utilization% in the Cutting Section. Here's a step-by-step guide to Calculating Fabric Utilization Percentage:
1. Measure Total Fabric Area
- Width of Fabric Roll: Measure the width of the fabric roll in meters (or yards).
- Length of Fabric Used: Measure the length of the fabric laid out for cutting in meters (or yards).
- Total Fabric Area: Multiply the width by the length to get the total area.
2. Determine Fabric Area Used
- Cut Pattern Pieces: Calculate the total area of all the cut pattern pieces. This includes all the Garment components cut from the fabric, like sleeves, fronts, backs, etc.
- Additional Cuts: Include any additional components like pockets, cuffs, collars, etc.
Sum the areas of all these pieces to get the total Fabric area used.
3. Calculate Fabric Utilization Percentage
- Plug the values into the formula to find the Utilization Percentage.
4. Example Calculation
- Fabric Roll Width: 1.5 meters
- Fabric Length Used: 20 meters
- Total Fabric Area:
- Fabric Area Used for Pattern Pieces: 25 m²
5. Factors Affecting Fabric Utilization
- Marker Efficiency: How well pattern pieces are arranged on the fabric affects Utilization. Better Marker planning leads to higher Utilization.
- Fabric Width: Wider fabrics can sometimes lead to higher utilization if the Garment pieces fit well within the width.
- Fabric Quality: Defects in the Fabric can reduce Utilization as some areas may need to be discarded.
- Pattern Complexity: More complex patterns with many small pieces can lead to lower utilization due to increased waste.
Calculate Fabric Utilization% in the Cutting Section. By Tracking and Optimizing Fabric Utilization, Manufacturers can reduce costs and waste, making the Production process more Efficient and Sustainable.