MauritechProducts and
processes

MauritechProducts and
processes

We have been dealing with high precision turning and machining since 1998.

We work with materials such as stainless steel, aluminum, brass, bronze and plastic materials.

We perform customizable processes with automatic turning, cnc, machine tools.

Thanks to our partners we are able to perform various treatments satisfying aesthetic and design needs and guaranteeing the highest quality of the product

Vacuum thermal and thermochemical treatments

They are mainly used for the Hardening of martensitic stainless steels, rapid and super-rapid steels, tool steels, hot and cold working steels, Solubilization of austenitic stainless steels and Precipitation of “Maraging” steels.

Thermal deburring

Thanks to this process, it is guaranteed that all the components will be perfectly deburred according to a repetitive and constant process over time. In addition, the “detachable” parts (slag or burrs from processing, residues from the chip removal process) are completely removed and the possibility of the presence of foreign bodies entering the circulation in what will be the final apparatus is eliminated. Particularly interesting are the results obtained on components characterized by fluid passages

Atmosphere treatments Selective hardening

They allow to transform the steel structure only superficially and in well-defined areas thus obtaining a high hardening without altering the characteristics of the core part. By limiting the deformations and embrittlement of the thinnest sections, it is therefore possible to give the finished part a resistance to wear and a toughness impossible to obtain with other treatments.

Burnishing

The Burnishing process allows you to color the surface of the metal.

Galvanizing

Galvanizing involves the protective zinc coating of metals.

Polishing

The polishing process is used to make the metal surfaces homogeneous, smooth and reflective.

Anodizing

The metal processing by anodizing is performed through the creation of an external protective oxide layer.

Hard anodizing

Hard anodic oxidation thickness has the aim of giving aluminum and its alloys a high resistance to wear and abrasion as well as a surface hardness of around 400/600 Vickers, depending on the alloys used and the thicknesses.

Aesthetic anodizing

The purpose of this process is to:

 

External processing

We also perform external metal processing such as grinding.

Mauritech 017

Mauritech 016

Mauritech 015

Mauritech 014

Mauritech 013

Mauritech 012

Mauritech 011

Mauritech 010

Mauritech 009

Mauritech 008

Mauritech 007

Mauritech 006

Mauritech 005

Mauritech 004

Mauritech 003

Mauritech 002

Mauritech 001


Precedente
Successivo

Mauritech - Meccanica di precisione

Mauritech - Meccanica di precisione

Mauritech - Meccanica di precisione

Mauritech - Meccanica di precisione

Mauritech - Meccanica di precisione

Mauritech - Meccanica di precisione

Mauritech - Meccanica di precisione

Mauritech - Meccanica di precisione


Precedente
Successivo

Mauritech - Meccanica di precisione

Mauritech - Meccanica di precisione

Mauritech - Meccanica di precisione

Mauritech - Meccanica di precisione

Mauritech - Meccanica di precisione

Mauritech - Meccanica di precisione

Mauritech - Meccanica di precisione

Mauritech - Meccanica di precisione

Mauritech - Meccanica di precisione

Mauritech - Meccanica di precisione

Mauritech - Meccanica di precisione

Mauritech - Meccanica di precisione

Mauritech - Meccanica di precisione

Mauritech - Meccanica di precisione

Mauritech - Meccanica di precisione

Mauritech - Meccanica di precisione


Precedente
Successivo

Mauritech - Meccanica di precisione

Mauritech - Meccanica di precisione

Mauritech - Meccanica di precisione

Mauritech - Meccanica di precisione

Mauritech - Meccanica di precisione

Mauritech - Meccanica di precisione

Mauritech - Meccanica di precisione

Mauritech - Meccanica di precisione

Mauritech - Meccanica di precisione

Mauritech - Meccanica di precisione

Mauritech - Meccanica di precisione


Precedente
Successivo