Investronica (by Lectra)
Pioneering AI-driven CAD/CAM and PLM ecosystems for the apparel and automotive industries.
AiBuild, specifically through its flagship platform AiSync, represents the vanguard of industrial 3D printing software. By 2026, the platform has solidified its position as the primary operating system for large-format additive manufacturing (LFAM). The technical architecture utilizes advanced computer vision and machine learning algorithms to automate the generation of complex toolpaths for multi-axis robotic arms. Unlike traditional G-code generators, AiBuild offers a hardware-agnostic, cloud-based environment that facilitates real-time monitoring and closed-loop control. This allows for the correction of anomalies during the printing process, significantly reducing material waste and structural failure in mission-critical industries like aerospace and automotive. Its market position is defined by the transition from 'trial-and-error' printing to 'first-time-right' manufacturing, leveraging high-fidelity digital twins and predictive modeling. As industrial sectors move toward localized, on-demand production, AiBuild provides the necessary software infrastructure to scale robotic manufacturing cells globally with centralized control and decentralized execution.
Uses AI to generate toolpaths that follow curved surfaces rather than flat horizontal layers.
Pioneering AI-driven CAD/CAM and PLM ecosystems for the apparel and automotive industries.
The ultimate industrial AI and data analytics platform powered by Altair Units and friction-free ML.
Real-time predictive maintenance and fault isolation through deep-neural sensor fusion.
AI-Powered Self-Cleaning Optical Sensing for Extreme Industrial Environments.
Verified feedback from the global deployment network.
Post queries, share implementation strategies, and help other users.
Integrates computer vision and thermal sensors to adjust extrusion parameters in real-time.
A unified compiler that supports KUKA, ABB, Fanuc, and Meltio hardware.
Creates a high-fidelity simulation of the physical environment, including cables and enclosures.
Algorithmic reduction of travel moves and sharp directional changes.
All computations are offloaded to distributed GPU clusters.
Predicts shrinkage and thermal expansion for specific polymer and metal types.
Traditional metal tooling for composite layup is expensive and has long lead times.
Registry Updated:2/7/2026
Post-process using CNC milling guided by the digital twin.
Creating complex concrete molds for modern architecture is labor-intensive.
Rapid iteration of full-scale dashboard and seating designs.