Before you build more capacity, find out if you actually need it.
The challenge
Most “capacity constraints” are process inefficiencies wearing a capital-expense costume. Physical capacity limits and process inefficiency look identical from the outside, but they require completely different fixes, and most plants have never formally separated the two.
How this affects your team
| Persona | Pain point | Valverus capability fit |
|---|---|---|
| CEO | Losing competitive bids, investor pressure, limited visibility into what caps output | Analysis of Constraints, KPI governance |
| COO | Capital requests for new capacity, delivery commitments the plant can’t support, unclear bottlenecks | Factory Reengineering, Change Management |
| Operations Leader | Scalability and efficiency, cost, quality, and delivery | Process/Line Optimization, Quality Processes |
| Plant Leader | Output pressure, stretched equipment and staffing, capital requests getting questioned | Automation & Robotics (Mfg 4.0/5.0), Transfer Programs |
| PE Managing Partner | Capacity claims that can’t be substantiated in diligence; CapEx requests that may be solving a process problem with a very expensive hammer | Analysis of Constraints, Factory Reengineering |
Root causes
Physical capacity limitations and process inefficiencies look identical from the outside, but they require completely different fixes. Most plants have never formally separated the two, so every capacity conversation defaults to “we need more space or equipment.”
Our approach
Valverus solves capacity and demand challenges by driving Process Optimization, Factory Reengineering, and advanced Automation & Robotics. Applying structured Lean Six Sigma disciplines, we deliver immediate scalable performance increases by eliminating operational constraints, expanding capacity in the most cost-effective manner, while deploying Manufacturing 4.0/5.0 technologies as applicable.
Capacity Constraint Diagnostic
Determine whether your limitation is physical or process-driven before you spend capital finding out the hard way.
Frequently asked questions
A formal constraint analysis, mapping actual bottleneck points against theoretical capacity, will show whether output is capped by physical limits or lost to process inefficiency. Most organizations have never done this rigorously.
Start with the constraint analysis rather than the automation project. Automating a process that isn’t actually the bottleneck wastes capital without moving the output number.
Capacity gained through process fixes rather than capital investment drops straight to margin and scalability.
Affordability improvement targets the cost of achieving a given output level; cost cutting reduces spending regardless of output impact. They can look similar on a budget line and produce very different long-term results.
A structured transfer program maps the process, validates it at the new location before full cutover, and monitors performance against the original line to catch drift early, avoiding the output loss that comes with an unmanaged move.
Find out which layer is actually costing you value.
A 30-minute diagnostic maps your organization against VTOS and shows exactly where the chain breaks.
Book the diagnostic