Getzner Calculation Tools

FloorCalc® - the professional calculator for customised impact noise protection

FreqCalc® - calculates the effectiveness and the behaviour of our elastic solutions.

EquipCalc - finds the right machine bearing at the touch of a button.

TimberCalc - helps you find the ideal material for your timber project.

BounceCalc - calculates the optimum Sylodamp® material for impact applications.

iPad displaying the Getzner website with the FreqCalc, BounceCalc, EquipCalc and TimberCalc calculation tools.

Despite complex requirements, I could name the right material with the app. Really great how easy it works! Many thanks to the Getzner team for the provision!

FloorCalc®

FloorCalc® is the perfect calculation programme for customised impact sound insulation. Whether Acoustic Floor Mats (AFM) or Acoustic Floor Blocks (AFB) are selected. This programme is ideally suited for individual floor structures and delivers precise results, taking into account up to 25 configurable input parameters.

Find out more

Getzner FloorCalc software: graphics for sound reduction and structure-borne noise insulation.

FreqCalc®

FreqCalc® for iPad calculates the effectiveness of vibration protection solutions and the response of an elastic bearing – whatever the disturbing frequency. Based on the Sylomer® and Sylodyn® materials from Getzner Werkstoffe, it delivers all the results at a glance. Now ready and accessible at all times on your iPad.

White tablet displaying vibration analysis software with graphs and calculations.

EquipCalc

With the EquipCalc selection programme, you can find the Isotop® machine bearing that best suits your application even faster. With basic data such as weight and number of bearing points, a product suggestion is made and various alternatives are displayed.

TimberCalc

With TimberCalc you can calculate Sylodyn® strips quickly and easily for your flanking transmission in timber construction.

BounceCalc

BounceCalc is used to select the most suitable Sylodamp® type for effective impact insulation. Relevant parameters are entered and, among other things, the deformation, the impact force and the loss factor are calculated.