Dalla progettazione alla produzione, senza compromessi.
From design to production, without compromise.
Integriamo progettazione, simulazione CAM e lavorazioni meccaniche di precisione in un flusso industriale certificato, trasferendo la cultura OEM automotive verso settori tecnologicamente avanzati.
We integrate design, CAM simulation and precision machining into a certified industrial workflow, bringing the automotive OEM culture to technologically advanced sectors.
Parla con un tecnico.
Speak to a technician.
CONTATTACI / CONTACT US
Supporto tecnico su componenti e processi produttivi
Technical support for components and production processes

TCN Group

Careers

TECHNOLOGIES / CAM AND SIMULATION

CAM programming, advanced
and simulation of CNC machining.

CAM strategies for multi-axis, simulation of the manufacturing process and the optimization of CNC machining for complex parts with high precision.

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We analyze geometries, CAM strategies and stability of the production process.
We analyze geometries, CAM strategies and stability of the production process.
CAM AND SIMULATION

The production process is developed prior to machining.

TCN Vehicles Division develops CAM strategies and advanced simulations CNC dedicated to the production of complex componentsby integrating programming multi-axis, simulation tools and optimization of the mechanical workings.

The CAM programming, CNC define tool paths, strategies, milling and machining parameters developed to ensure dimensional accuracy, stability of production and reduction in cycle time.

The integration between simulation of CNC machining, engineering and technology 5-axis allows you to support productions characterized by complex geometries, tight tolerances and quality requirements are high.

We analyze the quality requirements, specifications and the manufacturing process.

CAM STRATEGIES ADVANCED

CNC programming developed for complex components.

The CAM strategies are developed as a function of the geometry of the component, material and production characteristics required by the project.

CAM programming 5-axis

Strategies for multi-axis developed for CNC machining of complex, and complex geometries.

Optimization of tool paths

Definition of the machining paths to improve accuracy, stability, and continuity of production.

Milling strategies advanced

The development of CNC machining optimized for reduction of vibration, tool wear and cycle time.

Handling complex geometries

CNC programming dedicated to the structural components, the cavity techniques and three dimensional surfaces.

Multi axis machining centres developed for high machining precision.

CNC simulation and preventive control of the process.

The simulation of the CNC machining allows you to verify the behavior of the production process before the processing stage, reducing the critical, collisions and instability of operation. TCN Vehicles Division using CAM systems and simulation tools to optimize production strategies, interference checking, and management of multi-axis operations.

Simulation collisions CNC.

Prior verification of the interference between the tool and the component and fixtures.

Simulation tools and mechanisms.

Control of the movements of the machine and the machining strategies, multi-axis.

Optimizing cycle times.

Analysis of the CAM strategies to improve production efficiency and business continuity.

Stability of the production process.

Reduction in the critical and optimization of the repeatability of CNC machining.

Find out how to develop manufacturing processes, stable, optimized and repeatable.
SECTORS

CAM strategies for sectors with advanced technology.

Measurement technologies and 3D scanning support the dimensional control of the components manufactured through additive manufacturing and powder bed, checking for complex geometries, surfaces and functional compliance of the final component.

Automotive.

Serial productions and structural components, high repeatability.

Motorsport.

Machining, lightweight and geometries for high performance.

Aerospace.

CAM strategies, multi-axis components for aerospace complex.

Biomedical.

Programming CNC precision medical components and ultraclean.

Applications and processes to the fields of industrial precision.

THE ADVANTAGES OF THE SIMULATION OF CNC MACHINING

Optimization of the process and production stability.

The integration between CAM programming, CNC simulation, and machining allows you to improve quality, continuity and reliability of the production.
Reduction in critical production

Simulation and optimization of the process CNC.

The greater stability of the machining

CAM strategies developed for continuity and repeatability of production.

Reduction in cycle times

We optimize the geometry and mechanical processes to ensure dimensional accuracy, surface finish and compliance with the technical specifications.

Best quality of the component

Control of production strategies and surface finishes.

Receive an actual evaluation of your precision component.

Learn the technologies TCN Vehicles Division.

Discover the technologies and systems developed for the mechanical CNC high precision.
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CNC technology and production capacity.

Machining centres CNC multi-axis and integrated technologies for precision machining.
Discover the Park Machines
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Aluminum alloys and raw industrial.

Skills developed on forgings, die-cast, extruded, and additive manufacturing.
Learn more about THE MATERIALS
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Quality control and dimensional inspection.

Metrology advanced and integrated quality assurance for the production of high precision.
Discover Metrology

TCN Vehicles Division is a Partner of leading companies.

PORSCHE MASERATI KTM TRIUMPH ASTON MARTIN BREMBO STELLANTIS TENNECO ZF SACHS OHLINS AMG VOLKSWAGEN BWI
PORSCHE MASERATI KTM TRIUMPH ASTON MARTIN BREMBO STELLANTIS TENNECO ZF SACHS OHLINS AMG VOLKSWAGEN BWI
CONTACTS

Looking for a partner able to develop the CNC process complex and optimized?

We support the mechanical high precision through-CAM programming, advanced, CNC simulation, and production strategies developed for complex components.

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