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Gas springs
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Gas spring / furniture
The self-contained pressured gas generates an axial force on the cylinder-rod system, making the whole device work as a compression spring. The rod speed is always under control with added dampening effect near the end of the rod extension stroke.
Gas spring / automobile
It is no exaggeration that KALLER is the gas spring company standard within press tools for nearly...
Gas spring / automobile
It is no exaggeration that KALLER is the gas spring company standard within press tools for nearly...
Gas spring / lockable - KF2
KALLER Controllable Gas Spring (KF-springs) is a family of gas springs, for use in press tools. They can be locked in their bottom position where the return stroke of the spring can be controlled.
The KF springs can be used where, for instance, the blank holder should be locked in its bottom position to avoid deformation of the formed part or when it's beneficial...
The KF springs can be used where, for instance, the blank holder should be locked in its bottom position to avoid deformation of the formed part or when it's beneficial...
Gas spring / lockable - KF2
KALLER Controllable Gas Spring (KF-springs) is a family of gas springs, for use in press tools. They can be locked in their bottom position where the return stroke of the spring can be controlled.
The KF springs can be used where, for instance, the blank holder should be locked in its bottom position to avoid deformation of the formed part or when it's beneficial...
The KF springs can be used where, for instance, the blank holder should be locked in its bottom position to avoid deformation of the formed part or when it's beneficial...
Gas spring with hydraulic damping - LIFT-O-MAT
The hydraulically dampened LIFT-O-MAT has an extra oil chamber. As soon as the piston leaves the gas range and enters the oil, its speed will be reduced. The degree of damping is determined by the use of patented Labyrinth...
Gas spring with hydraulic damping - LIFT-O-MAT
The hydraulically dampened LIFT-O-MAT has an extra oil chamber. As soon as the piston leaves the gas range and enters the oil, its speed will be reduced. The degree of damping is determined by the use of patented Labyrinth pistons, as well as by the viscosity of the oil. The oil amount used will define the damping range.
To dampen extension, the gas spring is installed vertically with the piston rod down. In situations where additional compression damping is needed, there are standard models that can be installed vertically with the piston rod pointing up.
Advantages
Simple design
Excellent price/performance ratio
Available in the standard product line with damping in extension direction
Damping in compression and extension direction possible
Different end fitting systems for fast and easy mounting
Maintenance-free
To dampen extension, the gas spring is installed vertically with the piston rod down. In situations where additional compression damping is needed, there are standard models that can be installed vertically with the piston rod pointing up.
Advantages
Simple design
Excellent price/performance ratio
Available in the standard product line with damping in extension direction
Damping in compression and extension direction possible
Different end fitting systems for fast and easy mounting
Maintenance-free
Gas spring with dynamic damping - LIFT-O-MAT
With a special longitudinal groove inside the pressure tube, the damping properties can be optimized to the application. Differing compression and extension characteristics can...
Gas spring with dynamic damping - LIFT-O-MAT
With a special longitudinal groove inside the pressure tube, the damping properties can be optimized to the application. Differing compression and extension characteristics can be realized, as well as dampened approaches to intermediate positions.
By increasing or reducing the groove cross section, the speed of motion over the entire stroke can be adjusted as desired. The motion can be slowed down until it almost comes to a stop.
Advantages
Orientation-independent function
Defined speed control
Damping characteristics can be adjusted
Dampened approach of intermediate positions possible
Applications
Tailgate, trunk, hood, seat adjustment
By increasing or reducing the groove cross section, the speed of motion over the entire stroke can be adjusted as desired. The motion can be slowed down until it almost comes to a stop.
Advantages
Orientation-independent function
Defined speed control
Damping characteristics can be adjusted
Dampened approach of intermediate positions possible
Applications
Tailgate, trunk, hood, seat adjustment
Gas spring with mechanical spring - LIFT-O-MAT
In a strut, the STABILUS gas spring is combined with a mechanical spring, which can be located on the inside or outside. This combines the advantages of the gas spring (speed control, end position damping) with those of the mechanical spring...
Gas spring with mechanical spring - LIFT-O-MAT
In a strut, the STABILUS gas spring is combined with a mechanical spring, which can be located on the inside or outside. This combines the advantages of the gas spring (speed control, end position damping) with those of the mechanical spring...
Gas spring with dynamic damping - INTER-STOP
The INTER-STOP gas spring combines the properties of a springs dynamic damping with a stop function provided by a valve integrated into the piston. This allows dividing the opening angle of the hood or lid into two or more function ranges.
In the first section of the stroke,...
In the first section of the stroke,...
Gas spring with dynamic damping - INTER-STOP
The INTER-STOP gas spring combines the properties of a springs dynamic damping with a stop function provided by a valve integrated into the piston. This allows dividing the opening angle of the hood or lid into two or more function ranges.
In the first section of the stroke, the INTER-STOP without stop range will function like a LIFT-O-MAT gas spring with dynamic damping. The hood will stop gently at a specified hold point. As soon as the hood is pushed past the hold point, it will open automatically to its end position.
In the INTER-STOP with stop range, the gas spring will behave as described above in the first part of the stroke. After that, the hood can be positioned manually at any opening angle until the end stop has been reached.
The compression of the gas spring works the same as in the standard version of the LIFT-O-MAT.
Advantages
Different opening functions
Will stay safely open in any position
Easy mounting
Maintenance-free
Applications
Hoods, trunk lids, service flaps where different opening angles must be achieved.
In the first section of the stroke, the INTER-STOP without stop range will function like a LIFT-O-MAT gas spring with dynamic damping. The hood will stop gently at a specified hold point. As soon as the hood is pushed past the hold point, it will open automatically to its end position.
In the INTER-STOP with stop range, the gas spring will behave as described above in the first part of the stroke. After that, the hood can be positioned manually at any opening angle until the end stop has been reached.
The compression of the gas spring works the same as in the standard version of the LIFT-O-MAT.
Advantages
Different opening functions
Will stay safely open in any position
Easy mounting
Maintenance-free
Applications
Hoods, trunk lids, service flaps where different opening angles must be achieved.
Temperature-compensated gas spring - LIFT-O-MAT-TCV
The LIFT-O-MAT TCV is a gas pressure spring that can compensate even for extreme temperature fluctuations. It has an additional gas-filled temperature compensation chamber...
Temperature-compensated gas spring - LIFT-O-MAT-TCV
The LIFT-O-MAT TCV is a gas pressure spring that can compensate even for extreme temperature fluctuations. It has an additional gas-filled temperature compensation chamber that is separated by a valve. At temperatures above 0˚C, this valve will close automatically, closing off the additional gas chamber. This will result in the force of the gas spring dropping, and the lid can be closed more easily.
Advantages
Lid will also stay safely open at temperatures below 0˚C
Improved opening behavior at low temperatures
Low manual forces for closing at high temperatures
Applications
Trunks and tailgates
Advantages
Lid will also stay safely open at temperatures below 0˚C
Improved opening behavior at low temperatures
Low manual forces for closing at high temperatures
Applications
Trunks and tailgates