ADVANCED MANUFACTURING

At IDEKO, we put our knowledge and experience in manufacturing technologies at the service of your production process.

Our goal is to help you optimise the productivity of your business by incorporating the latest developments in advanced manufacturing and the digital world. Participation in the design or setting of the production processes, modelling and management of production lines, review and selection of parameters and tools in the machining processes, monitoring and displaying production flows are some of the areas in advanced manufacturing we would like to make available to you.

DESIGN, SIMULATION AND IMPROVEMENT OF PRODUCTION PROCESSES AND MACHINING

Design and definition of manufacturing processes.
Definition of technical specifications of the machine.
Diagnosis, trouble shooting and machining erros.
Design and optimisation of machining processes / production process.
New cutting cycles to improve times and part qualities.
Testing and checking of machines, including thermal deformations
Design and optimisation of machining processes.
Simulation and optimization of plants, lines and production processes.
Re-engineering of processes and adjustment of production flows based on Lean and Six Sigma techniques.
Design, simulation and experimental analysis of machines and high precision mechanisms.
Simulation of structures and mechanisms optimising the static and dynamic characteristics and thermal behaviour.
Design of high precision guiding systems, reduction of geometrical errors on machines, precision engineering solutions for optimal design.

DIAGNOSIS AND SOLVING OF VIBRATION PROBLEMS ON INDUSTRIAL MACHINERY

Cancelling of vibrations in stock removal process.
Development of passive and active dampers.
Measuring of vibrations and natural frequency on industrial machinery pursuant to international standards.
Modal analysis.
Finite element aided dynamic design (FEM).

ADVANCED MONITORING, SUPERVISION and ADAPTIVE CONTROL for manufacturing smart systems

Design, adjustment and setting of motors and drives.
Automation of manufacturing processes.
Control and improvement of existing manufacturing processes though the incorporation of proprietary MES systems in the plant (alarms, maintenance and machine performance).
Monitoring.
User-machine interaction.

EMERGING PROCESSES. DEVELOPMENT OF NEW MATERIALS FOR NEW MANUFACTURING PROCESSES

Definition and optimisation of process parameters in laser cutting.
Development of manufacturing processes for composite parts.
Performance improvements for additive manufacturing processes, with cladding.
Development of new manufacturing processes.