Wind blade devices: from the factory to the field
Blades are the longest components of a wind turbine and among the most sensitive. Understand why they require specific devices at every stage.
Engineering on the shop floor: how design and production work together
Good design considers how the part will be made. At M&I, engineering and production work side by side throughout the process.
Onshore and offshore: what changes in the design of wind equipment
Onshore and offshore wind farms impose very different conditions. See how this affects the design of frames, devices and tools.
Dimensional control: the stage no one sees, but every project feels
A well-designed structure only works if it is built exactly as calculated. That is where dimensional control comes in.
From 3D model to paint: the stages of a tool container
A tool container starts long before the steel: it starts with the client’s tool list. Follow the path to delivery.
From industry to wind: where M&I solutions are used
Custom steel solutions for operations that demand precision and safety — from oil and gas to mining and the wind sector.
Engineering and manufacturing under a single system
At M&I, design, manufacturing and inspection are integrated. See why this makes a difference in high-complexity equipment.
Why generic tools fall short in wind turbine assembly
Wind turbines have very specific interfaces, torques and working spaces. Custom tools reduce rework and increase safety in the field.
Center of gravity: the data that defines a safe lift
In lifting operations, getting the center of gravity wrong means losing control of the load. See why it guides the entire design of a lifting device.
Carbon steel equipment for industrial processes
Beyond wind, M&I manufactures vessels, tanks and carbon steel structures for a range of industrial processes.