METAL MECHANICAL INDUSTRY
Modern technologies and a specialized staff are the strengths in managing precision metal work.
Milper Steel was born from a long experience in the field of metal carpentry through water and plasma cutting, bending, shearing, turning and welding.
Thanks to a specialized staff, we carry out customized and designed projects, suitable for every application and sector.
The main areas of application are:
the food industry, packaging, engineering, wood, textiles, marble, logistics and handling systems in general.
Water cutting allows maximum precision cutting and drilling operations, obtaining a finished product that is already perfectly polished.
Thanks to waterjet technology, it is also possible to produce shaped and customized pieces.
The peculiarity of water cutting is the ability to perform work in any type of material, from steel, to aluminum, to plastic materials.
In addition to cutting water, to optimize processing times, we use plasma cutting technology.
The roller is made of aluminium, while the hubs, located in the ends of the roller and necessary to assembly the cylinder on the machine, are made of iron.
The main processes carried out in this product are plasma cutting, precision turning for the sleeve and toothing for the hubs.
For brushing we rely on one of our trusted suppliers.
This roller consists of a 155mm diameter sleeve and 12,5mm long bristles.
However, these are not standard sizes because we’re able to carry out processes both on smaller and bigger rollers (from 135 to 185mm diameter) and the length of bristles can be freely chosen by the customer according to needs.
The structure in the picture is the framework for packaging machinery and systems.
The frame consists of tubulars and bent iron sheets.
For this type of project, we carry out processes of cutting, milling and drilling of pieces.
As the customer’s request, we manufacture and install bent sheet that formed the installation space for electrical panels.
Moreover, we carry out welding processes to assemble the entire structure.