Technical Articles
Bansbach Easylift® has published these technical articles:
(Shock and Vibration Control Products)
From this Article:
This is a rotary damper that utilizes the braking force generated by the oil's viscosity resistance. The braking force generated by oil viscosity, clearance between the rotor and the main body, and...
(Shock and Vibration Control Products)
From this Article:
It is perpendicular to the rod and passes through the center of gravity...
(Shock and Vibration Control Products)
From this Article:
Fixed shock absorbers can be used in parallel, as they perform in a similar manner....
(Shock and Vibration Control Products)
From this Article:
Gas springs are tested at 750mm/min (29.53 inch/min). Faster/Slower speeds are possible but must be tested in application....
(Shock and Vibration Control Products)
From this Article:
The theoretical extension force is calculated as follows: [Filling Pressure] x [Cross Section of the Piston Rod]. By changing these two factors, it is possible for Bansbach® to supply gas springs...
(Shock and Vibration Control Products)
From this Article:
The use of Bansbach Easylift® gas springs requires the same knowledge and attention as other technical systems having to do with force development. Though our engineers will thoroughly explain...
(Shock and Vibration Control Products)
From this Article:
In order to increase the productivity of industrial machines, such as automatic assembling machines, various transportation machines, machines tools, and so on, their operating parts have been made to...
(Shock and Vibration Control Products)
From this Article:
This owner's manual lists the various precautions for safe and proper use of the product and for prevention of safety hazards to the operators and damage to the plant/machines. Please thoroughly read...
(Shock and Vibration Control Products)
From this Article:
Here, the soft absorber's stroke must be determined tentatively. In essence, because the absorber must have an absorption capacity larger than the calculated kinetic energy, tentatively select an...
(Shock and Vibration Control Products)
From this Article:
If the rotating shaft and the damper's axis are directly connected, the approximate torque can be calculated based on the following equation if the lid size and the weight are known....
(Shock and Vibration Control Products)
From this Article:
Verification of the types of motion: determine if it is a linear motion or a rotating motion, and whether thrust is present or not. Identify the specifications required for the selection....
(Shock and Vibration Control Products)
From this Article:
This owner's manual lists the various precautions for safe and proper use of the product and for prevention of safety hazards to the operators and damage to the plant/machines. Please thoroughly read...
(Shock and Vibration Control Products)
From this Article:
Shock absorbers are divided into two major categories based on how the orifice area changes, and they are further divided into four groups according to their absorption characteristics. Each of the...