Majutex: Material Intelligence for the Industrial World

Majutex is an adaptive digital framework for materials management, designed to support decision-making processes throughout the entire life cycle: from selection and procurement to use, optimization, and recovery. The platform enables organizations to reduce selection time, optimize resources, and align material choices with sustainability and performance objectives.

Due to its modular architecture, Majutex can be integrated into multiple economic sectors:

• Construction and architecture: allows the analysis of structural materials based on strength, weight, sustainability, and climate behavior.

• Automotive industry and mobility: helps match materials based on thermal resistance, impact absorption capacity, recyclability, and availability.

• Aerospace and defense: supports material selection based on mechanical fatigue, compliance with standards, and specific application requirements.

• Consumer electronics: tracks the use of rare metals and polymers, optimizing thermal and electrical performance while reducing ecological impact.

• Health and biotechnology: enables the selection of biocompatible materials, analysis of sterilization processes, and simulation of degradation over time.

• Textiles and wearable devices: integrates smart materials and analyzes their durability and circularity.

• Renewable energy: analyzes the behavior of materials under variable conditions, including in solar panels, wind turbines, batteries, or hydrogen systems.

Majutex correlates data on chemical composition, mechanical properties, ecological performance, and availability. Through multidimensional profiling and comparative simulation, users can test scenarios and compare material options based on:

• costs,

• degradation resistance,

• logistic impact,

• technical performance,

• local and international regulations.

The platform integrates the principles of circular economy into selection processes, prioritizing materials that can be recycled, biodegraded, or reused. This approach reduces post-production risks and supports sustainability from the design stage. Applications are varied and cater to organizations of any size. In rapid prototyping, Majutex allows the selection of materials compatible with technologies such as 3D printing or CNC processing, based on characteristics like strength, flexibility, or finish quality.

In product life cycle planning, the platform correlates material selection with manufacturing, maintenance, and recovery stages. For sustainability initiatives, Majutex helps identify eco-friendly alternatives for substances with negative impacts. In the risk analysis of the supply chain, the system provides a predictive assessment of geopolitical effects or raw material shortages and automatically suggests compatible solutions. Regarding smart materials, Majutex facilitates the evaluation of functional materials, such as sensor textiles, phase-changing polymers, or piezoelectric components. Additionally, the platform supports compliance with relevant international standards, such as REACH, RoHS, or regulations in fields like aerospace or electronics.

Thus, Majutex offers a robust and scalable framework for making material-related decisions. By integrating technical data with application context and scenario simulations, the platform contributes to the development of efficient, sustainable products and systems that meet current market requirements.