INDUSTRIAL MACHINERY
MECHANICAL COMPANY SPECIALISING IN THE PRODUCTION OF HIGHLY ENGINEERED COMPONENTS
THOR-MECH offers offers reverse-engineering solutions for producing high-tech and competitively-priced parts to be installed on any industrial machine.
THOR-MECH offers reverse engineering solutions to industrial machinery manufacturers who are looking for high-quality components.
We produce stainless steel, alloy steel, free machining steel, or aluminum alloy components. The high quality of these materials makes the mechanical components resistant to time and wear, improving the durability and performance of the machine tools on which they are installed.
In addition, our high-tech parts are machined through multitasking machining centers that allow us greater precision in producing mechanical parts with complex geometries.
Our ideal sales order
At THOR-MECH, we give our best when we receive requests for medium-small orders, with a maximum size of 300X500 diameter or 1500X700, with high technological content. Thanks to our multitasking machining centers, we can realize and deliver from 20 to 1000 pieces per month, managing to be competitive in the market of interest.
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STRUCTURE AND PROCESS PLEDGE
WHY IS THOR-MECH THE RIGHT CHOICE?
We track the flow of materials, orders, and production times of individual batches and pieces and collect data for continuous improvement using CRM/MES Production Software.
Delivery
time
We produce components to be installed on industrial machines, using technologically advanced machinery that allows us to shorten production times. This allows us to reduce the delivery time of mechanical parts and offer a timely service.
Our
certifications
THOR-MECH complies with:
• ISO 9001:2015
• AS9100D/EN 9100:2018
• ISO 45001:2018 for the realization of high-precision machining with CNC machines.
Business
stability
We want to improve the quality of the services we offer to industrial machinery manufacturers.
For this reason, we maintain an innovative spirit and keep up to date, aiming to achieve excellent results.
Machinery
and technologies
Thanks to the presence of technologically advanced machining centers and multitasking machines, we can process materials and components with complex geometries, effectively responding to the demands of suppliers of machines and industrial automation tools.
Treated
materials
We use high-quality materials and quality raw materials such as alloys and super alloys, stainless steel, alloy steel, free machining steel, aluminum, titanium, brass, and bronze alloys (PTFE/pet/pom/etc.).
LET'S MEET
At THOR-MECH, we believe that it is important for anyone interested in our products to visit us and talk directly with us.
We want to show on-site what we can design and demonstrate our competence in producing complex mechanical parts intended for industrial automation machines and tools.
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MULTITASKING DONE IN ONE: OUR LEADING TECHNOLOGY
Con una macchina utensile multitasking-5 assi è possibile lavorare i 5 lati di un componente con una sola messa a punto, il che ci offre un elevato grado di flessibilità nella produzione di pezzi dalle geometrie complesse.
Grazie alla capacità di spostarsi lungo i cinque assi, le Multitasking possono raggiungere il 90% del componente, riducendo i tempi di lavorazione del pezzo e migliorando la qualità del prodotto finito che non viene lavorato su più postazioni.
L’impiego della tecnologia Multitasking è ciò che ci ha permesso di fare un ulteriore passo avanti nella lavorazione di pezzi complessi, rendendo la nostra produzione più efficiente, precisa e flessibile.
Whatever project you have in mind, let’s talk about it!
We are ready to accept new challenges, demonstrate competence, and propose useful solutions.
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5-AXIS MACHINING TECHNOLOGY FOR INDUSTRIAL AUTOMATION
In the industrial automation field, multitasking machining centers are fundamental to performing reverse engineering machining aimed at digitizing, creating, or improving high-tech components installed on industrial machinery.
A multitasking machine can be used to analyze and scan the shape and size of an existing component, or to create the CAD models needed to produce new mechanical parts.
In the case of obsolete parts, however, a multitasking machining center can use the CAD data of an existing part to create a new, functional, and performing copy.
A multitasking machine can also perform machining on existing parts to improve performance, strength, or durability.
In general, the use of multitasking tools allows us to provide a variety of functional reverse engineering solutions that are essential to offer viable alternatives in an increasingly competitive market.
