Range of materials we machine

We specialize in precision machining of a wide range of materials, adapting manufacturing processes to each type of material required by the customer in order to guarantee precision, stability, and quality in the final result.

For each material, we achieve precise finishes using our advanced machinery:

Cylindrical grinding machines

Surface grinding machines

CNC milling machines

CNC turning machines

Material

Description

Carbon steel

Machining of carbon steels in different alloys, ideal for structural and high-strength components.

Stainless steels

Machining of stainless steel types [AISI 304, 316, 420, among others], offering excellent corrosion resistance and high-precision finishes.

Special and alloy steels

Machining designed to achieve hardness through heat treatments, including machining of pre-treated and tempered parts [42CrMo4, 25CrMo4, 36CrNiMo4, and 34CrNiMo6], suitable for applications requiring wear resistance and long service life.

Aluminum and alloys

Specialists in machining aluminum in its various alloys, noted for its lightness and strength, ideal for sectors such as defense and aerospace.

Bronze

Machining of bronze and aluminum bronze for industrial applications, notable for their strength and excellent corrosion resistance.

Copper

Machining of electrolytic copper and its alloys, ideal for electrical components and applications requiring high thermal conductivity.

Brass

Machining of brass with excellent results in decorative and functional parts that require high precision and aesthetic finishes.

Engineering plastics

We work with engineering plastics [POM, PE, PTFE, PEEK, among others] suitable for components requiring resistance to wear and chemical products.

Nickel based special alloys

Machining of advanced heat-resistant alloys [Inconel, Hastelloy, Waspaloy, etc.] for applications under extreme temperature and pressure conditions

Titanium

Machining of Titanium alloys TA6V [ASTM B.265] and T40 [ASTM B.265], highly demanding technical materials used in sectors such as aerospace, energy, and critical industrial applications.

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Heat and surface treatments

We carry out heat and surface treatments through approved partners, integrating these processes into our manufacturing workflow and guaranteeing compliance with technical specifications in every project

We monitor treatments at every stage of the process, ensuring traceability, quality, and compliance with customer requirements.

Heat treatments

Process

Description

Quenching and tempering

Heat treatment that increases hardness and improves the mechanical strength of the part.

Case hardening

Increases surface hardness while maintaining a tough core, ideal for parts subjected to wear.

Carbonitriding

Thermochemical treatment that improves wear and fatigue resistance.

Induction hardening

Localized hardening in specific areas to improve resistance.

Nitriding

Thermochemical treatment that increases surface hardness and fatigue resistance.

Surface treatments

Process

Description

Black oxide

Controlled oxidation of steel that improves corrosion resistance.

Zinc plating

Zinc coating that protects against corrosion and increases durability.

Electroless nickel

Uniform coating that improves wear and corrosion resistance.

Anodizing

Electrochemical oxidation of aluminum that provides protection, hardness, and improved appearanc

Phosphating [iron, zinc, and manganese]

Treatment designed to optimize corrosion resistance and coating adhesion.

Integrated CAD-CAM Programming

Programming carried out in the technical office using continuous 5-axis HyperMILL, ntegrated with the machining centers, optimizing programming and direct machine execution.

It allows reduced setup and simulation times, improves process reliability, and ensures precision and repeatability in complex parts and production runs.

punta de medición 3d cnc al lado de una pieza mecanizada

3D CNC Inspection

  • Dimensional inspection of parts, guaranteeing precision, repeatability, and traceability in every process.
  • Verification of complex geometries, tight tolerances, and demanding dimensional requirements.
  • Stable measurement conditions. Equipment located in a room with environmental temperature and humidity control.
  • Equipment subject to calibration and inspection plans. Measurement traceability guaranteed through certificates issued by ENAC-accredited laboratories.
  • Measurement capacity: 700 x 700 x 500 mm.
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