A 360-degree service,
from co-design to delivery.

Turned metal small parts

Precision machining

MI.SO. stands out in the production of precision metal small parts, custom-made with high-quality materials such as stainless steel, aluminum, and brass. Thanks to advanced technologies and a dedicated technical office, we offer tailored solutions for industries such as furniture, electronics, nautical, and automotive.

SECTORS

Discover our customized solutions for strategic sectors, from automotive to design.

PRODUCTION

Explore our production process: precision, innovation, and quality for every project.

MACHINERY

Discover our cutting-edge machinery for flawless processing.

MI.SO METHOD

From drawing to finished part: a 5-step path that reduces risk and speeds up production start-up.

Latest news from our mechanical turnery

Precision mechanical machining

MI.SO. has been operating in the mechanical sector since 1985, when the workshop equipped itself with the first cam machines to process parts for small and large manufacturers across various industries.

10 Millions
Parts produced in a year
23
Turning machinery
130
Daily quality checks

Machine park

MI.SO.'s machine park includes 23 sliding head CNC lathes, up to 9 axes and a sub-spindle, ideal for complex and high-precision machining.

These are complemented by column drills, presses, and automatic machines for special assemblies.

Our cutting-edge technology enables the processing of materials such as stainless steel, brass, aluminum, methacrylate, and Delrin, ensuring superior-quality finishes with galvanic and heat treatments upon request.

A 360-degree service from co-design to delivery

Thanks to a state-of-the-art machine fleet, quality control using laser technology, and the expertise of technicians capable of providing broad-spectrum consulting, MI.SO. positions itself as the ideal partner for ambitious businesses.

To strengthen this consultancy, we have developed MI.SO. Check, the initial technical check-up that analyses the drawing, identifies the most critical tolerances, proposes material optimisations and reduces risks before production.

The in-house technical department verifies the details and feasibility of each project, while the production area ensures maximum precision and adherence to agreed timelines.