The mechanical precision machining carried out by Sistema Tre, is intended for various sectors of use. Thanks to modern machinery equipped with sophisticated software, even machining processes that require extreme precision, are carried out according to the required criteria. The versatility of a mechanical workshop such as that of Sistema Tre, guarantees quality products and individually designed customisations
Precision machining for the production of components intended for hydroelectric industries. Kaplan blades and guide blades (turning and milling), injector bodies (turning, milling and drilling) and impellers (turning) are produced. The products then follow a series of finishing processes, such as heat treatment, grinding and packaging if required.
Components intended for the machines and plants of steelworks are produced. Milling, Boring and Turning of closures, cranksets and shafts for rolling mills; specific mechanical precision machining also for moulds and bars.
Medium/large size mechanical machining for the plant engineering sector are produced: Turning, Milling and Boring of tube plates, diffusors, large presses for the deep drawing of sheet metal for the automotive industry.
For environments in the research and chemistry sector, Sistema Tre carries out mechanical precision machining for vacuum chambers and tanks for various uses.
Sistema tre esegue lavorazioni meccaniche di medio grande dimensione per realizzare componenti destinati all'industria navale. Operazioni di Fresatura, Alesatura e Tornitura per alberi navali e jet-avator. I progetti vengono eseguiti seguendo un sistema di lavoro gestito da personale tecnico con l'ausilio di macchinari e software all'avanguardia.
In the Sistema Tre mechanical workshop, compressor base components of pumping stations and turbine base components take shape through planning, evaluations and consultancy.
The workshop guarantees machining on the most standard materials such as carbon steel and stainless steels, as well as on special alternatives such as duplex or hastelloy.