TOOLEX in 2 Weeks: Verification Under the Chip

In the catalogue, every machine tool holds the required dimension. Reality is verified on the shop floor the moment the cutting edge enters the material and chip resistance searches for the weakest point in the mechanical system. If the body lacks mass and the guideways are too narrow, self-excited vibrations occur.

The immediate result is compromised surface roughness, accelerated carbide chipping, and micro-deformations of the spindle node. In less than two weeks at the TOOLEX trade fair in Katowice, we step away from purely image-driven marketing declarations. We showcase machine tools based on rigorous mechanical principles:

A casting of seasoned grey cast iron provides rigid geometric support. Wide, induction-hardened, and precision-ground guideways eliminate overturning moments under variable load vectors. There is no illusory compensation.

Cutting vibration energy is dampened directly within the material structure before the resonance wave reaches the tool and workpiece. We do not mask mechanical compliance with control system algorithms. No correction code can replace stable axial alignment when the bed undergoes elastic deflection under the chip.

The trade fair at the International Congress Centre is a space for open engineering discussion. Let us talk openly about axial runout with a warmed-up spindle, the rigidity of supporting long shafts, and maintaining geometry over a multi-year cycle. Katowice, International Congress Centre.

Look for the FMT Tarnów stand. TOOLEX