Quality inspection of machined components during manufacturing process validation
Quality inspection of machined components during manufacturing process validation

Industrial performance & strategy

IMPROVE PROFITABILITY
STRENGTHEN OPERATIONS
GUIDE INDUSTRIAL DECISIONS

We work with your teams to identify the operational causes of underperformance and define a practical action plan aligned with your industrial and business objectives.

Three dimensions of sustainable performance

Complementary levers addressing processes, management practices and team engagement.

Operational system

Reduce waste, control variability and optimise flows.

Management system

Clarify responsibilities, monitor key indicators and establish management and continuous improvement routines.

Culture and people

Engage teams, develop skills and support change.

Industrial process optimisation
Industrial process optimisation
Performance management system
Performance management system
Team engagement and skills development
Team engagement and skills development

Practical levers to improve profitability

The main areas of action for improving the profitability of your operations.

Quality and costs

Reduce scrap, rework and the cost of poor quality.

Capacity and productivity

Identify bottlenecks, downtime, overproduction and capacity losses.

Lead times and flows

Reduce waiting time, work in progress, inventory and flow disruptions.

Industrial decisions

Assess organisational, investment, production and sourcing scenarios.

Manufacturing capacity and productivity
Manufacturing capacity and productivity
Industrial strategy and investment decisions
Industrial strategy and investment decisions
Industrial lead times and material flows
Industrial lead times and material flows
Industrial quality and cost reduction
Industrial quality and cost reduction

Lean Manufacturing and Six Sigma: methods adapted to your challenges

Complementary approaches adapted to your priorities and operating context.

Six Sigma

Measure variation and identify root causes through data analysis, hypothesis testing and process monitoring.

Lean Manufacturing

Identify waste and optimise flows through shop-floor observation, process mapping, standard work and problem solving.

1.D

3.A

4.I

Define

Challenges, scope, objectives and team.

Analyse

Causes of losses and performance gaps.

Improve

Actions tested and implemented with the support of the teams.

2.M

Measure

Baseline performance and reliable data.

Control

Verify results, stabilise practices and sustain the gains.

5.C

Five-Step Approach (DMAIC)

A structured and practical approach adapted to shop-floor realities.

Measure progress and its impact on your business

Indicators are selected according to your priorities and compared with a documented baseline.

Profitability and cost of poor quality
Profitability and cost of poor quality
Industrial productivity and equipment availability
Industrial productivity and equipment availability
Quality and on-time delivery
Quality and on-time delivery
Inventory and work-in-progress management
Inventory and work-in-progress management

Margins and cost of poor Quality

Productivity and availability

Quality and delivery performance

Inventory and work in progress

ASSIGNMENT EXAMPLE – INDUSTRIAL SME

Reorganising a manufacturing operation

Analysis of divestment or shutdown scenarios, followed by support for transferring skills to another department.

What levers can improve your performance?

Let’s discuss your operational constraints and priorities.