This service provides end-to-end development and optimisation of machine tool systems and manufacturing processes. It focuses on the design, analysis, simulation, and improvement of industrial processes using advanced control, automation, and quality control technologies, applicable to a wide range of machining, finishing, and assembly operations.
Service Areas:
• Process Analysis and Optimisation of Machining:
Evaluation of precision, vibration control, and parameter tuning in operations such as milling, drilling, threading, deburring, polishing, and burr removal. Factors such as system stability, machine rigidity, cutting speed, feed rate, and temperature are analyzed to maximize surface quality and process efficiency.
• Additive Manufacturing with Machine Tools:
Development and optimization of 3D printing processes using robotic or CNC machining systems, with emphasis on deposited material accuracy, control of process variables (speed, temperature, trajectory), material selection, and final product quality validation.
• Simulation and Virtual Prototyping:
Pre-validation through trajectory simulation, collision detection, system dynamics, and real-time control integration. Functional prototypes are developed to validate solutions before physical implementation, reducing risks and time to deployment.
• Custom and Adaptive Machine Tools:
Design and adaptation of CNC, or hybrid machine tool systems with advanced control, integrated sensors (visual, force, position), and real-time control. Tailored solutions are developed according to process requirements, production environment, and precision needs.
This service applies to any manufacturing process requiring high precision, repeatability, and automated control, from precision part production in aerospace, automotive, or energy sectors.