How an industrial operation combining automated and mechanical equipment improved performance through technical management, reliable indicators, better organization, workforce development and disciplined execution.
1. Background
This case involves an industrial operation composed of automated and mechanical equipment, where availability, productivity, quality and operational reliability are critical to business performance.
In this environment, OEE — Overall Equipment Effectiveness is an essential management indicator. However, sustainable results depend on much more than a single KPI. They require structured management, technical competence, disciplined execution and the ability to convert data into action.
The initial situation showed significant improvement opportunities. Performance indicators were not yet used systematically, external technical support was frequently required, tooling control was insufficient, operational incidents occurred too often, and the team's technical capability was not fully aligned with the complexity of the equipment and processes.
2. Basic SWOT Analysis
- Industrial base combining automated and mechanical equipment.
- Clear potential for productivity gains.
- Performance could be measured objectively.
- Management was not sufficiently driven by performance indicators.
- Frequent dependence on external technical support.
- Insufficient tooling organization and control.
- Uneven technical qualification within the team.
- Implementation of OEE and Visual Management.
- Internalization of technical knowledge.
- Development of a more autonomous workforce.
- Reduction of waste, hidden costs and operational losses.
- Equipment downtime and failures.
- Rising operating costs.
- Operational incidents affecting machines and safety.
- Loss of productivity and competitiveness.
3. What Was Done
- OEE implementation as a central performance indicator.
- Visual Management to bring operational indicators closer to the daily routine.
- Structured production reporting and data collection to improve information reliability.
- Tooling organization and control to improve discipline, usage and cost visibility.
- Systematic analysis of losses and the main causes of reduced performance.
- Technical development of machine operators, setup technicians and programmers.
- Significant workforce restructuring, with approximately half of the team being renewed.
- Reduction of dependence on external technical consulting by strengthening internal capability.
4. More Qualified People: Higher Cost or Greater Savings?
One of the most important decisions in this case was to raise the technical level of the workforce. The operation relied on frequent external technical support, which was a clear sign that critical knowledge was not sufficiently embedded within the internal team.
Part of the workforce was therefore restructured, bringing in more qualified operators, setup technicians and programmers. Naturally, higher technical capability came with higher salaries.
Looking only at payroll, however, would have led to the wrong conclusion.
The higher level of qualification contributed to lower losses, better machine utilization, fewer incidents, improved tooling control, better quality and higher productivity.
At the same time, external technical consulting was no longer required as a routine support function. It became necessary only in specific and exceptional situations.
In other words, higher salaries generated savings and operational benefits that were far greater than the additional payroll cost.
5. Results
| Dimension | Observed Result |
|---|---|
| OEE | Consolidated OEE improved from approximately 64% to 87%. |
| Tooling Costs | Tooling expenses were reduced by more than 50%, while production increased and quality improved. |
| Quality | Quality improved consistently together with better process stability. |
| Operational Incidents | Serious machine-related incidents were substantially reduced, and one recurring type of major incident was eliminated. |
| Workforce | The team achieved a significantly higher level of technical capability and operational autonomy. |
| External Support | External technical consulting moved from routine dependence to occasional support only. |
6. What Does This Case Demonstrate?
This case demonstrates that productivity, quality and costs should not be managed as isolated topics. In industrial operations, professional and technically structured management can generate simultaneous improvements across several dimensions of the business.
Cost reduction does not simply mean cutting expenses. In many cases, it means investing better: in people, information, organization, technology, indicators and management discipline.
7. Lessons Learned
- What is not measured is difficult to manage consistently.
- OEE should be used as a management tool, not merely as a reporting number.
- Tooling organization and control can generate substantial savings.
- More qualified professionals may cost more individually while dramatically reducing total operating cost.
- Critical technical knowledge should remain inside the company whenever possible.
- Visual Management brings performance indicators closer to operational decision-making.
- The strongest results occur when people, processes, technology and management improve together.
About Alpha Premium
Does your company face similar challenges involving productivity, costs, quality, performance indicators or management transformation?
Alpha Premium supports companies in diagnosing operational challenges and developing practical solutions focused on measurable and sustainable business results.
Nenhum comentário:
Postar um comentário