Providing dimensions (diameter, height, width) helps determine the best accumulator solution for your product.
Drag items to reorder. Select multiple machines and click "Create Parallel Group" to model redundant equipment (e.g., 2 unscramblers feeding 1 filler).
220
Theoretical Max (PPM)
75.2%
Combined efficiency
165.3
Actual Output (PPM)
79,367
Total production
Compare ROI for accumulator placement between each machine pair. Select multiple placements using the checkboxes.
Default values for new accumulators. You can customize each accumulator after selection.
+14,430
+18.2%
$4,329
35 days
+13,400
+16.9%
$4,020
38 days
+7,215
+9.1%
$2,165
70 days
Speed Bottleneck Detected: Filler (220 PPM) is running at less than 75% of the next slowest machine (Depalletizer at 350 PPM). Consider upgrading to match line capacity.
No scenarios saved yet. Configure your line and save it as a scenario to compare different configurations.
Consider Line Decoupling
Adding an accumulator between machines can significantly improve your line efficiency by buffering between sections and reducing the cascading effect of machine stoppages.
Line Accumulation System
- Reduce line stoppages by buffering between machines
- Increase overall equipment effectiveness (OEE)
- Gentle product handling with zero-pressure accumulation
Use the form below to get expert assistance with your accumulator solution.
Ready to improve your packaging line efficiency? Contact our team for a personalized consultation. Your line configuration and analysis will be included with your inquiry.