Manages and monitors production in real time, ensuring full traceability, efficiency, and seamless integration across the supply chain.
The integrated process

a unique organizational model 
From the collaboration within the Camozzi Group, we have built an integrated innovation model that enables us to design and test digital solutions for the industrial world.
CAMOZZI AUTOMATION
Smart technologies for Industry 5.0
We work alongside Camozzi Automation to develop intelligent, connected components designed to enable the paradigms of Industry 5.0.
By integrating sensors, embedded electronics, and advanced algorithms, we transform traditional products into smart devices capable of generating data, communicating in real time, and supporting decision-making processes.
Our digital contribution allows Camozzi Automation to offer advanced, scalable, and sustainable solutions, designed for a factory that is increasingly interconnected, adaptive, and data-driven.
By integrating sensors, embedded electronics, and advanced algorithms, we transform traditional products into smart devices capable of generating data, communicating in real time, and supporting decision-making processes.
Our digital contribution allows Camozzi Automation to offer advanced, scalable, and sustainable solutions, designed for a factory that is increasingly interconnected, adaptive, and data-driven.

CONNECTING THE COMPANIES OF OUR GROUP
MES, DRM and beyond — building a unified digital ecosystem
We design and develop advanced software solutions to optimize machines and industrial processes, transforming the companies of the Camozzi Group into true innovation laboratories.
Within this ecosystem, we test and validate our digital platforms and advanced analytics systems directly in the field, with the goal of enabling Smart Factory models and accelerating digital transformation — both inside the Group and for our customers.
Our data-driven, flexible, and connected approach starts from within and creates value across the entire industrial landscape.
Within this ecosystem, we test and validate our digital platforms and advanced analytics systems directly in the field, with the goal of enabling Smart Factory models and accelerating digital transformation — both inside the Group and for our customers.
Our data-driven, flexible, and connected approach starts from within and creates value across the entire industrial landscape.

Among our most significant digital tools:
MES - Manufacturing Execution System
DRM - Digital Remote Maintenance
A cloud platform for remote monitoring of machines and plants, enabling predictive analysis, reducing downtime, and optimizing maintenance operations.
Other control and supervision software
We develop customized interfaces, embedded algorithms, and edge systems to enhance machine performance and resilience.
CAMOZZI TEXTILE MACHINERY & MACHINE TOOLS
Together for the digitalization of machines and plants
MRM, Trash Analyzer, TAOMApp, and Brain Box: together with Marzoli Textile Machinery, we are building the future of Digital Textile, bringing intelligence, automation, and sustainability to textile processes.
Learn more about Marzoli
IBNET and IBRM: together with Camozzi Machine Tools, we simplify production management and enable predictive maintenance, for a more efficient and connected industry.
Learn more about Innse-Berardi
Learn more about Marzoli
IBNET and IBRM: together with Camozzi Machine Tools, we simplify production management and enable predictive maintenance, for a more efficient and connected industry.
Learn more about Innse-Berardi

CAMOZZI RESEARCH CENTER
Intelligent monitoring of the 3D printing process
Together with Politecnico di Milano and the Camozzi Research Center, we developed a system that uses three industrial thermal cameras, installed on a Masterprint 3D printer, to monitor the temperature of the deposited polymer in real time, to innovate 3D printing process control, leveraging advanced vision technologies and Digital Twin solutions.
Our contribution focused on thermal data acquisition and processing, real-time data collection, and digital modeling of the process.
This solution enables us to detect defects, anomalies, and errors early in the printing cycle, improving the quality of the final product.
Our contribution focused on thermal data acquisition and processing, real-time data collection, and digital modeling of the process.
This solution enables us to detect defects, anomalies, and errors early in the printing cycle, improving the quality of the final product.


