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Sizing Industrial Shock Absorbers for
Vertical Rotary Mechanism

Vertical rotary mechanisms move loads in a circular path oriented vertically, often combining rotational motion with the effects of gravity. These applications can produce complex kinetic forces that must be carefully controlled to protect equipment and maintain process accuracy. At Shockbuffer, we provide precise industrial shock absorber selection and expert sizing of shock absorbers for vertical rotary systems. Our medium industrial shock absorbers are designed to manage the dynamic forces generated during vertical rotation, ensuring gentle deceleration, reducing vibration, and extending machinery life. Choosing the right shock absorber for machinery keeps automated systems reliable and safe.

Formulae

E1 = W · v   · 0.25

F = W · K / Rs

E2 = F · s

E3 = E1 + E2

E4 = E3 · c

Vs = v · Rs / K

We = (2 · E3) / Vs

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Example: Sizing Industrial Shock Absorbers for Vertical Rotary Mechanism

W = 226 kg

K = 0.80 m

V = 1.2 m/s

Rs = 0.8 m

s = 0.050 m

C = 100/hr

E1= 0.5 · 226 · 1.2  = 136 Nm

F = 226 · 0.80 / 0.8 = 226 N

E2 = 226 · 0.050 = 11 Nm

E3 = 136 + 11 = 147 Nm

E4 = 147 · 100 = 14700 Nm/hr

Vs = ( 1.2 · 0.8 ) / 0.80 = 1.2 m/s

We = (2 · 147 ) / 1.2   = 204 kg

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Vertical Rotary Mechanism

Model choosen -SBN-M33x1.5S50H3

Applications of Industrial Shock Absorbers​

 

Typical shock absorber applications in this category include:

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  • Vertical rotary arms that move products between different conveyor heights

  • Rotary fixtures that lift and rotate parts for assembly or welding

  • Automated loaders or unloaders rotating parts vertically into place

  • Packaging machines with vertical indexing turrets

  • Vertical test rigs where parts rotate in an upright plane

  • Gravity-assisted rotary mechanisms in sorting and distribution systems

 

In each case, a medium industrial shock absorber must be carefully sized to absorb the kinetic energy produced by vertical rotation, providing smooth stopping and protecting machine structures from impact and excess stress.

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