VIBRATION CHALLENGES IMPACT OF MACHINING VIBRATIONS UNDERSTANDING YOUR CHALLENGES As large, complex workpieces with deep cavities have become more common, manufacturers must contend with machining difficult-to-access features that require tools with long overhangs. Traditional approaches are not economically acceptable in these scenarios, as high levels of vibration impact the cutting process. Negative effects of vibrations include: • Poor surface quality • Unacceptable inaccuracy • Excessive noise • Disproportionate tool wear • Machine tool damage (e.g. spindle, etc.) • Reduced material removal rate • Increased costs from longer production time • Waste of both scrap material and energy Machined with Steadyline® Machined with a conventional holder, equivalent dimension ACHIEVING STABLE CONDITIONS OUR SOLUTION: STEADYLINE® Steadyline® vibration damping holders drastically improve the dynamic rigidity of milling, turning and boring assemblies. This allows the use of much higher cutting data, with quieter operation and optimum stability. Through a patented passive-dynamic damping system, Steadyline® increases productivity, improves surface finish and boosts both tool and spindle life. Incorporating Steadyline® into your operations will increase output and reduce operating cost. 4
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