AEROSPACE
MECHANICAL COMPANY SPECIALISING IN THE PRODUCTION OF HIGHLY ENGINEERED COMPONENTS
THOR-MECH is AS9100D /EN9100 certified for aerospace component design.
We produce highly engineered parts with high-quality materials, bringing the geometric tolerances and execution beyond the standard.
We know that the aerospace industry is constantly evolving, which is why we reinvest some of our profit in new technologies, software, and advanced machinery to ensure a service in line with industry expectations.
In addition, THOR-MECH is AS9100D / EN9100 certified to ensure our company’s compliance with the specific safety, quality, and reliability requirements required for producing components for the aerospace industry.
We manufacture components with high technological content, processed through multitasking machining centers or with equipment built to achieve specific geometric tolerances.
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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OUR TEAM IN ACTION
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 manufacture high-tech components for the aerospace industry, using technologically advanced machinery that allows us to shorten production times.
Our
certifications
Among the various certifications, we boast the presence of the AS 9100D / EN 9100:2018 certification that documents our company’s compliance with specific quality, reliability, and safety requirements required for producing components for the aerospace industry.
Business
stability
We want to invest in expertise and improve the quality of the services we offer to the aerospace industry.
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 bring the geometric tolerances, required by the aerospace industry, beyond the standard, effectively managing even the most complex machining requirements.
Treated
materials
In order to make components for the aerospace industry, we use high-quality materials and quality raw materials such as alloys and super alloys, stainless steel, alloy steel, free machining steel, aluminum alloys, titanium, brass, and bronze all polymers (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 prove what we can realize, to demonstrate our expertise in manufacturing complex mechanical parts for the aerospace industry.
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MULTITASKING DONE IN ONE: OUR LEADING TECHNOLOGY
With a 5-axis multitasking machine tool, you can process the 5 sides of a component with a single setup, which gives us a high degree of flexibility in producing parts with complex geometries.
Thanks to the ability to move along the five axes, Multitasking machines can reach 90% of the component, reducing the machining time on the piece and improving the quality of the finished product that does not need to be worked on multiple workstations.
The use of Multitasking technology is what has allowed us to take a further step forward in the processing of complex parts, making our production more efficient, precise, and flexible.
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 IN AEROSPACE
Using “done in one” multitasking machining centers for aerospace components can be helpful. This machine center can be used for machining aluminum, titanium, and nickel alloy mechanical parts that generally constitute motors, gears, and structural components of aerospace instrumentation.
But what makes its use profitable?
Since the aerospace industry requires complex parts with tight tolerances, multitasking centers that can perform milling, drilling, threading, and turning operations with extreme precision are ideal for responding effectively to industry demands.
Multitasking machining centers can process complex parts with tight tolerances, without requiring multiple installations, while guaranteeing a high-quality final product.
Moreover, a multitasking “done in one” machine can be programmed to perform different machining operations in a single sequence. This means its use becomes functional when we need to produce medium-production lots of small components usually required in aerospace.
Therefore, the advantage of this technology is that it facilitates – in terms of efficiency, precision, and flexibility – the production of all those complex, high-tech mechanical components, generally required by the industry.
