Balancing spindles for increase in speed, lifetime and accuracy

High demands are placed on spindles: In scanners, spindles must rotate extremely precisely and free of vibrations, tool spindles must be able to withstand high loads while guiding the tool smoothly and precisely and high-speed spindles must be able to permanently withstand the highest speeds. For all applications, there is one feature high on the wish list: Quiet, vibration-free and therefore precise running.

With all the spindle quality achieved by good mechanical engineering, vibration-free running...

• increases the resolution of scanners
• improves the surface quality of the machined workpieces and extends the service life of the tools
• enables high speeds and speed increases (the imbalance effect increases quadratically with the speed!), which result in good efficiency, especially with the electric hydrogen compressors currently in great demand
• lets paint spindles apply paint perfectly (paint spindles turn up to over 120,000 rpm)
• provides the user with the feeling of high quality due to low noise emissions

The efficient and high-quality balancing of the individual parts of spindles is the basis for this. By balancing the spindle itself, influences from assembly are then eliminated and calculated eccentricities down to the nanometer range are achieved (achieved e.g. on paint spindles for 100,000 rpm). This is where the quality is set.

The high-quality development and manufacture of your products is the basis, afterwards use their full potential by balancing with PMB technology. Well-known spindle manufacturers such as Fischer, Levicron, Loadpoint, LT-Ultra, Kugler and Diebold have recognised that improving balancing saves considerable costs in the development and construction of spindles. We are very proud that especially Fischer openly states: "We achieve the well-known Fischer quality with balancing technology from PMB!