We perform precision CNC turning machining for the manufacture of one-off parts, short production runs, and repetitive production.
We work with a wide variety of materials, including hardened steels, stainless steels, aluminum, bronze, and special materials, adapting the process to each type of part and level of requirement.
Our CNC lathes, equipped with driven tools and Y-axis, allow complex operations to be carried out in a single setup, such as axial and radial drilling, milling, grooving, and threading, ensuring precision and efficiency in machinin
The combination of experience, production resources, and process optimization allows us to ensure quality, repeatability, and on-time delivery.
Our production
equipment
CNC lathes
- CMZ TD-Y-35 lathe
16 driven tools, Y-axis with follow rest
Capacity: Ø450 x 1300 mm - CMZ TBI-520 lathe
12 driven tools
Capacity: Ø400 x 1000 mm - CMZ TL-25-B lathe
8 tools
Capacity: Ø380 x 600 mm
Conventional lathes
- AMUTIO CAZENEUVE HB-575 lathe
With digital readout
Capacity: Ø450 x 1000 mm
Selected parts
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 to guarantee precision, stability, and quality in the final result.
Carbon steel – Stainless steels – Special and alloy steels – Aluminum and alloys – Bronze – Copper – Brass – Engineering plastics – Nickel-based special alloys – Titanium.
Heat and surface treatments
We carry out treatments through approved partners, integrating these processes into our manufacturing workflow and meeting the requirements of each project.
Heat treatments – Quenching and tempering – Case hardening – Carbonitriding – Induction hardening – Nitriding.
Surface treatment – Black oxide – Zinc plating – Electroless nickel – Anodizing – Phosphating [iron, zinc, and manganese].
We also offer
Cylindrical grinding
For parts up to Ø350 mm x 1000 mm between centers, for various geometries and requirements.
Surface grinding
On critical surfaces, ensuring flatness, parallelism, and demanding surface finishes.
CNC milling
In 3, 4, and 5 axes; focused on the manufacture of complex parts, prototypes, and production runs.
