The OPTIMUM inlay base is designed for machinery and industrial equipment, particularly for lathes and milling machines, where stability and strength are crucial. This type of base is used in many applications where a robust support is needed to ensure precision and reliability over time.

Typically, the inlay base is made of cast iron or high-strength materials, making it ideal for supporting heavy machinery without deformation or compromising the quality of the work performed. The "inlay" structure features a design aimed at distributing weight and vibrations evenly, which is critical for high-speed machines.

The OPTIMUM base is generally designed with tempered and ground guides, which help maintain high precision during machine operation. It is often equipped with reinforcement ribs that further enhance structural stability, minimizing vibrations and improving the quality of machining processes.

This type of base is commonly used in sectors such as precision mechanics, metalworking, and in prototyping labs and small-series production, where high precision is required. It is also appreciated in milling and turning workshops, as it allows working with very tight tolerances and achieving excellent finishes.