Comprehensive expertise in the machining of simple to highly complex components.
Thanks to our comprehensive and versatile pool of machinery, we are able to perform both conventional tasks and highly technical processes such as HSC milling and wire EDM cutting. Our ability to adapt each technology to the requirements of the project means we can guarantee accurate, fast, and reproducible results, while focusing on quality, efficiency, and competitiveness.
Simaform offers a wide range of machining solutions to meet all technical requirements.
Using rotary tools mounted on manually operated or semi-automatic machines, milling is ideal for trimming, drilling, or simple adjustments. It allows the manufacture of single parts, prototypes, or tools with flexibility and responsiveness.
This advanced process is ideal for complex geometries, strict tolerances, and difficult materials. It offers high precision and an excellent surface finish, along with optimized cycle times.
For high-precision cutting and contact-free machining of fine shapes, internal features, or very hard materials. It is a technology suited to hard materials and parts requiring strict tolerances or sharp angles, which are often impossible to achieve with conventional milling.
Similar to the brass wire process, with a reusable wire suitable for recurring or long production runs, providing an economical and sustainable solution.
Our expertise covers a wide range of materials: hardened steels, carbide, titanium, aluminum, engineering plastics, etc.
Before starting any machining operation, we carefully prepare the tools and set the correct parameters to ensure a clean cut with no deformation or loss of precision. We also integrate finishing steps (deburring, polishing, cleaning) to deliver ready-to-use parts that comply with the most stringent standards in engineering industries.
Precision machining at Simaform caters to industries where precision, performance, and reproducibility are essential: medical, aerospace, molds and tooling, watchmaking, electronics, automotive, and connection technology.