The mechanical design department, made up of highly skilled and experienced technicians, uses the most modern 3D software (Siemens Solid Edge) to help the customer to modify / design the part to be created.
In some cases we take advantage of Reverse Engineering technology, an indispensable and established working methodology that allows us to obtain a 3D CAD model through the digitization of an existing physical object.
The design department makes use of advanced FEM software (finite element analysis), to evaluate the mechanical structure of the details and identify, in advance, the strengths and weaknesses already in the preliminary phase. With the FEM simulation it is possible to identify:
weaknesses of the structure,
break points of the structure,
excessive masses of structure,
mass homogeneity,
stressed / critical areas,
deformation zones.
3D printers, are known as the most appropriate means for Rapid Prototyping a component, allowing, together with the design and the FEM simulation to prevent unpleasant problems before the realization of the final product.
In addition to Prototyping, it is now possible to produce, in medium/high quantities, PA12 components with high definition, high precision, with mechanical characteristics equal to a component produced by plastic injection, with complex geometric shapes, with affordable costs and in a short time.
Continuous milling up to 5 axes.
Twin-spindle turning with motorized + Y axis.
The machinery at our disposal allows us to create very complex shapes, thanks also to the latest generation technologies introduced and the CAM software available (Autodesk PowerMill).
We create aluminum molds for the construction of carbon fiber parts.
We work with all materials: Titanium, Steel in general, Aluminum Alloys, Brass, Magnesium Alloys, Technopolymers in general, Carbon Fibre.
Our raw material warehouse is always stocked with light alloys such as 5083, 6082, 7075 and AZ80A-T5 in order to quickly serve our customers.
We have an automatic MEP Shark saw for cutting to size.
On request, we prepare the surfaces of the details with micro-shot (NORBLAST SD9 shot peeler) or half Scotch Brite. Surface preparation, in addition to an aesthetic question, is usually required to prepare the detail for greater adhesion by the surface protection. Furthermore, we help the customer to manage the surface finishes of the components, such as: painting, anodizing from 15 to 45 μm (Hard Anodizing) and other protective finishes such as those specific to Magnesium Alloys.
Inspections have become a consolidated practice to maximize the efficiency, quality, capacity and accuracy of machine tools.
Standard cycles installed on modern CNC machines simplify the integration of measurement operations in the various production phases. These cycles, combined with a CAD interface, allow to simulate the measurement functions with great ease.
Renishaw probes ensure significant money savings and better quality in all applications that require the use of machine tools in these industrial sectors.
laMeccanyca, has precise and reliable measuring instruments to draw up dimensional ratios to serve customers, such as the 3D Compact Exagon arm able to accurately detect all the dimensions necessary for control
laMeccanyca adopts a careful planning of the workings and uses its technology to supply many sectors, including: Automotive, Motorsport, Aerospace, Medical, Industrial, Transport and Nautical.
A team of experienced professionals will be at your disposal to respond with competence and courtesy to your needs.
laMeccanyca
Via Don Fior Peruzzi, 26 – 36027 Rosà, Vicenza – Italy
Tel: (+39) 0424.1958001
Email: info@lameccanyca.it