From an industrial point of view, optimizing means to reach the maximum operational efficiency using the most effective resources allocation (time, cost and manpower).

A production increase using the same infrastructure, or a manufacturing costs decrease, allows:

• Income increases.
  
• Competitive advantages in the market.
  
• • Healthy way to capacity growth.

Actually, many companies do optimize using continuous improvement process or another methodology. However , their results are almost irrelevant and the methods have some potential drawbacks:

• Usually, they are slows, since the results are only observed once the production cycle is accomplished, and
  
• They are expensives: the achievement of the results is not always guaranteed, while the product quality could be even compromised.
  

But, is there an easier or more intuitive way to optimize?

Unfortunately the answer is NO, this  can be turned into a vcompetitive advantagea that you”ll obtain if you choose our optimization services.

In order to guaranty the success of an optimization study, it’s necessary:

• To know the process deeply, involving as many critical variables as possible:
  1. Sales projections.
  2. Process and product specifications.
  3. Quality policies.
  4. Maintenance frequencies.
  5. Installed equipment characteristics.
  6. Detailed information about projects to be performed like innovations in products, equipments and processes.

• To compute innumerable production schedules (which fulfill all the production requirements) with different resources allocation.
• To select the optimum solution among all these potential scenarios.

• Our clients specify the optimization criteria.
• We design the mathematical model which reproduces the process behavior in a simulaton system.
• Using the process simulator and an advanced optimization software, the optimal resources allocation are computed and selected after thousands of calculations.