Aviation Manufacturing "Zero Era" - Zero Defects, Zero Flaws, Zero Delays

As the demand for the aviation industry grows, "environmental protection and energy saving", "cost reduction and efficiency improvement", and "rapid response" have become new commanding heights that the aviation manufacturing industry is constantly exploring. Hexagon builds a digital ecosystem for aviation intelligent manufacturing from the perspective of the market and the environment to promote smarter aviation design and manufacturing.

"Zero Defects" Using CAE Technology to Achieve Sustainability in Next-Generation Aircraft Design

At the beginning of the design, we seek the optimal solution for the synthesis of multiple performances, and the records of lightweight, low energy consumption, and long battery life are constantly being refreshed. In this process, CAE simulation has become an accelerator for achieving a design that is infinitely close to "zero defect".

Designing for Sustainability with Engineering Simulation

CAE design simulation optimizes the fuselage structure design, improves the engine blade fan performance, reduces carbon emissions, and enhances endurance;

Joint research on composite materials and additive manufacturing to explore lean lightweighting and material sustainability.

"Zero defect" CNC machining simulation, optimization, and post-processing integrated solution

Expensive aviation materials and precise process requirements make “one-time” processing success increasingly important. The simulation and optimization of the manufacturing process are fully prepared for the “zero defect” parts production.

NCSIMUL ensures process security

Optimize the processing code, analyze the G code, tool path, and tool motion model to ensure one-time processing success to the greatest extent;

Maximize the simulation of the objective environment in the actual CNC machining process

"Zero delay" latest technology: ATS600 is the best choice for fuselage and super-large structural parts inspection

The quality inspection requirements and efficiency in the production of aircraft components are higher than those in other industries. Rapid scanning and inspection of oversized components and complete aircraft help aircraft to be safely launched with zero delay.

The first direct scanning laser tracking system

Direct scanning: no targets, reflectors or handheld probes required

Ultra-long measurement distance: up to 80 meters ultra-long measurement distance, maximum 60 meters scanning measurement radius, with metrological level measurement accuracy

Support flexible selection of measurement area: custom measurement range and point density