Shock absorber:

Case studies Free-falling mass Singed mass without driving forcet Mass on driven rollers Mass with motor drive Mass on sloped plane Mass without driving force Mass with driving force Turntable with drive motor horizontal and vertical Swinging mass with driving force Swinging mass with driving torque (via mass moment of inertia) Swinging mass with driving torque (via mass)

Or search for desired characteristics:
Desired min. total energy per stroke [Nm]
Desired min. total energy per hour [Nm/h]
Maximum impact speed [m/s]

Or search for a specific type (e.g.: M20x1.5):

Please enter your requirements here. We will calculate the required values and search for the right shock absorbers for you:

m - mass to be braked [kg]
h - drop height without shock absorber stroke [m]
N - number of strokes per hour [1/h]
s - shock absorber stroke [m]

Please enter your requirements here. We will calculate the required values and search for the right shock absorbers for you:

m - mass to be braked [kg]
v - end speed of the mass [m/s]
N - number of strokes per hour [1/h]
s - shock absorber stroke [m]

Please enter your requirements here. We will calculate the required values and search for the right shock absorbers for you:

m - mass to be braked [kg]
v - end speed of the mass [m/s]
N - number of strokes per hour [1/h]
s - shock absorber stroke [m]
u - coefficient of friction

Please enter your requirements here. We will calculate the required values and search for the right shock absorbers for you:

m - mass to be braked [kg]
v - end speed of the mass [m/s]
N - number of strokes per hour [1/h]
s - shock absorber stroke [m]
P - motor power [KW]
HM - holding torque factor (normal 2.5) 1 to 2.5

Please enter your requirements here. We will calculate the required values and search for the right shock absorbers for you:

m - mass to be braked [kg]
h - drop height without shock absorber stroke [m]
N - number of strokes per hour [1/h]
s - shock absorber stroke [m]
ß - angle [°]

Please enter your requirements here. We will calculate the required values and search for the right shock absorbers for you:

m - mass to be braked [kg]
v - end speed of the mass [m/s]
N - number of strokes per hour [1/h]

Please enter your requirements here. We will calculate the required values and search for the right shock absorbers for you:

m - mass to be braked [kg]
v - end speed of the mass [m/s]
N - number of strokes per hour [1/h]
s - shock absorber stroke [m]
F - additional drive force [N]

Please enter your requirements here. We will calculate the required values and search for the right shock absorbers for you:

m - mass to be braked [kg]
v - end speed of the mass [m/s]
N - number of strokes per hour [1/h]
s - shock absorber stroke [m]
R - radius [m]
M - torque [Nm]
L - radius [m]

Please enter your requirements here. We will calculate the required values and search for the right shock absorbers for you:

m - mass to be braked [kg]
v - end speed of the mass [m/s]
N - number of strokes per hour [1/h]
s - shock absorber stroke [m]
R - radius [m]
M - torque [Nm]
L - radius [m]

Please enter your requirements here. We will calculate the required values and search for the right shock absorbers for you:

J - mass moment of inertia
w - angular velocity
N - number of strokes per hour [1/h]
s - shock absorber stroke [m]
R - radius [m]
M - torque [Nm]
L - radius [m]

Please enter your requirements here. We will calculate the required values and search for the right shock absorbers for you:

m - mass to be braked [kg]
v - end speed of the mass [m/s]
N - number of strokes per hour [1/h]
s - shock absorber stroke [m]
R - radius [m]
M - torque [Nm]
L - radius [m]