Processing
- BTP Mechanics
- Processing
Processing
Materials Processed
After making an initial inspection of the drawing delivered by the Customer, B.T.P. Meccanica Srl selects the raw materials to be used for the
machining of mechanical parts
and is responsible for sourcing them. Choosing qualified suppliers enables this company to. To keep the quality standard of the products made adequate and high.
Common structural steel C45
Steels destined for hardening treatment (quenching followed by tempering at around 600°) that gives the steel strength and toughness. They are used in the mechanical sector for the construction and machining of mechanical parts subjected to stress such as gears, cranks, supports, rods, pins, half shafts and shafts.
Common structural steel C45
Steels destined for hardening treatment (quenching followed by tempering at around 600°) that gives the steel strength and toughness. They are used in the mechanical sector for the construction and machining of mechanical parts subjected to stress such as gears, cranks, supports, rods, pins, half shafts and shafts.
39NiCrMo3 Steel (38NCD4)
Type of alloy steel used in the construction of mechanical parts subject to stress and torsion such as shafts, tie rods, gears, stressed die sets and integral moulds.
39NiCrMo3 Steel (38NCD4)
Type of alloy steel used in the construction of mechanical parts subject to stress and torsion such as shafts, tie rods, gears, stressed die sets and integral moulds.
Special construction steels
Special steels comprise a range of materials that are applied after appropriate thermal or thermomechanical treatments to enhance their properties. They are intended for various uses in the engineering sector.
Various aluminium alloys with different mechanical tensile strengths are processed.
Special construction steels
Special steels comprise a range of materials that are applied after appropriate thermal or thermomechanical treatments to enhance their properties. They are intended for various uses in the engineering sector.
- Various aluminium alloys with different mechanical tensile strengths are processed.
Production process
First-rate aluminum and steel processing
B.T.P. Meccanica Srl performs machining on aluminum and steel of various types, including turning, milling and boring for the construction of equipment, mechanical parts for transfer machines and for contract assembly machines.
The trained and knowledgeable staff performs specific mechanical machining (on aluminum and steel) starting from knowledge of the technical drawing through machine tooling and programming; fundamental requirements to ensure a result that fully meets the Client’s needs. For this reason, BTP Meccanica is also the ideal partner for the production of custom parts.
Passion for work and traditional craftsmanship blended with technology and state-of-the-art machinery in the company in order to make products that live up to expectations. In fact, flexibility and quality of the work performed are guaranteed by a large fleet of traditional and CNC machines capable of complying with turning, boring and milling operations on aluminum and steel.
Surface treatments
Processing and treatments for your products
BTP offers surface finishing treatments on metals in Brescia. These surface treatments can be applied to a variety of surfaces to achieve certain desired characteristics or properties, such as increased corrosion resistance or improved mechanical sealing.
Our range of surface treatment services in Brescia enables the customer to achieve the highest quality product.
Surface treatments on metals in Brescia offered by BTP Meccanica enable the customer to achieve superior performance and the highest product quality, thanks to the use of the most modern technology available in the field of surface treatments. Our metal surface finishing treatment services in Brescia are able to meet the highest quality standards required by industry.
Our range of surface treatments includes galvanizing, sandblasting, phosphating, anodizing, oxidation, copper coating, chrome plating and others. Each of these treatments offers unique benefits in terms of wear resistance, improved corrosion resistance, improved appearance, improved mechanical and electrical properties, and more.
