TECHNOLOGY and R&D
Industrial innovation and technological progress are one of the fundamental pillars on which MyM’s business strategy is based. Our company collaborates with universities and technological centers of reference with the aim of researching and implementing new processes and management systems within Industry 4.0 (PLM).
Our research fields focus on technologies applied to the field of modeling and simulation, as well as surface engineering and forming technology.
We also work in the development of scientific and industrial software; augmented reality and video processing, or software engineering for Industry 4.0 (IoT, Digital Twin, Cloud Computing…).
In addition, we have several continuing education programs, including our Internship Talent Program, development of Master’s Thesis or development of doctoral theses applied to industry.
Lines of work:
PLM & Industry 4.0
PLM or Product Lifecycle Management systems manage the life cycle and the digital concept of a product with the objective of managing the product and the general processes of a company in an integrated way, storing all the information in the same support.
It is therefore a global strategy that takes advantage of technology to make the most of the data collected.
For its part, the goal of Industry 4.0 is the digital transformation of a large number of “smart factories” capable of greater adaptability to the needs and production processes, as well as a more efficient allocation of resources.
In MyM we work in projects of definition and development of a PLM based on FOSS for SMEs and we also offer consulting and advisory services to companies in the aerospace and naval industry in their digital transformation.
Metal forming
Metal forming encompasses all processes that produce physical changes in the properties of metal products, i.e. shape, microstructure, strength…. We also include in this area heat treatments.
In the R&D line of MyM we study and develop knowledge around our main manufacturing processes, generate innovative ways of manufacturing and develop cutting-edge industrial technologies and propose improvements based on scientific results.
Surface engineering
Surface engineering is a discipline that aims to adapt surfaces to their service conditions. To achieve its goal, surface engineering techniques improve corrosion resistance, optimize tribological properties, increase fatigue life and modify surface composition, among others.
MyM focuses on corrosion protection and has a strong R&D activity in the development of innovative corrosion protection systems and the optimization of existing processes.
MyM’s lines of research are Cr(VI)-free protection systems, field-assisted coating deposition, frictionless and anti-wear coatings, corrosion inhibitors for active protection and the development of electrochemical process models.
Modeling and simulation
We develop models (i.e., the physical, mathematical or logical representation of a system, entity, phenomenon or process) as the basis for simulations to develop data used for technical or management decision making.
A Digital Twin is a virtual representation that serves as a real-time digital counterpart of a physical object or process.
The objective of our work is to generate possible scenarios in the digital world to optimize processes and resources before testing them in the real plant.
Your trusted partner
Inventory management
From raw materials to tools and finished parts. We make a fully integrated management in our 4.0 system to ensure the highest efficiency.
Adaptability and flexibility
MyM adapts to any production volume of our customers, from small series (prototypes, spare parts) to high volume production programs.
Commitment to deliver in the shortest possible time
When lead time is critical, MyM has a dedicated follow-up team for AOG, HNC, repairs and MRO services.
QUALITY
- Certification of personnel and facilities for inspection of ferrous alloys heat treatment by means of Rockwell hardness.
- Penetrant inspection process.
- Aluminium alloy temper condition inspection by electric conductivity and hardness.
- Cleaning and passivation of stainless steels and refractory nickel and cobalt alloys.
- Paint (General specification). Paint system for metallic details parts and assemblies.
- Application of sealants.
- Chemical conversion films on aluminium and its alloys.
- Heat Treatment of Aluminium Alloy Parts.
- Aluminium and aluminium alloy tartaric-sulphuric anodising.
- Heat Treatment of Aluminium Alloy Parts.
- Preparation of holes in metallic materials for fastening.
- Tartaric Sulphuric Anodizing of aluminium alloys TSA.
- Heat Treatment of Aluminium Alloy Parts.
- Passivation of Corrosion Resistant Steel.
- Application of structural paints.
- Electrical Bonding.
- Penetrant testing.
- Processes Determination of electrical conductivity of aluminium alloys by Eddy current method.
- Penetrant inspection process.
- Aluminium alloy temper condition inspection by electric conductivity and hardness.
- Remaches de cana maciza en aleacion de aluminio y aleacion de titanio niobio.
- Passivation of Corrosion Resistant Steel.
- Paint general specification.
- Paint systems for metallic detail parts and assemblies.
- Wet installation of fasteners.
- Chemical conversion coating.
- Heat Treatment of Aluminium Alloy Parts.
- Remachado de estructuras de materiales compuestos de fibra de carbono.
- Application of external paint systems.
- Tartaric Sulphuric Anodizing of aluminium alloys TSA.
- Dry Blasting.
- Cleaning and pickling of Ti and its alloys.
- Electrical Bonding.
- Standard Test Methods for Rockwell Hardness of Metallic Materials.
- Heat Treat of Aluminum Alloys.
- Hardness Testing.
- Temper Inspection of Non-ferrous Alloys (Conductivity Method including BAC 5651).
- Mechanical Testing – Metallic.
- Boeing approved QMS as defined in D1-4426.
- Processor Requirements Sec 6.16.3.
- Quality Management System.
- Non destructive Testing by penetrant liquid.
- Hot Forming process.
- Tartaric Sulphuric Anodizing of aluminium alloys TSA.
- ASA – Metallic Structures.
- ASA – Metallic Sub-assemblies.
