Hydraulic cylinders offer many advantages: they are long-lasting, low-friction and robust. The 120 and 300 series from us as a hydraulic cylinder manufacturer have top response behavior, low wear and therefore long maintenance intervals.
In typical Hänchen quality with matched sealing elements, these industrial hydraulic cylinders meet the highest technical requirements for safe and reliably controlled drives.
In addition to our standard modules, we develop and produce high-quality custom hydraulic cylinders for a wide range of applications.

Speeds are steplessly adjustable while maintaining a simple control concept with high positional accuracy, even when requirements vary greatly.
The force and speed are constant and simultaneously accessible at full power.
The required dynamics of the drive determine the type of effect of the cylinder. With fast control valves, even single-rod cylinders achieve a high profile quality at high frequencies. The limit values shown in the diagram are intended as guidelines for your design. They depend on various operating conditions - we will help you with the selection.
Our extensive standard range is perfectly suited for many different applications.
We offer a wide range of standard cylinders designed specifically for high-dynamic testing applications. Learn more here:
If a higher batch size is required repeatedly, it is worth designing the hydraulic cylinder precisely to the respective requirement. As a hydraulic cylinder manufacturer, Hänchen takes a holistic approach here in order to offer a series cylinder with an optimised price-performance ratio.
If you require double-acting cylinders
as series cylinders,
please contact us directly:
The sealing system in the cover and on the piston is the core component of a hydraulic cylinder and determines its application possibilities. This defines the friction characteristics and stick-slip behaviour of the industrial hydraulic cylinder, the achievable speeds and the effects of side loads.
The equipment of a hydraulic cylinder describes its crucial internal characteristics that directly determine performance and service life. These primarily include the configuration of seals, guides, and material quality:
Through the targeted selection of these characteristics, the cylinder is optimally adapted to its specific application and respective operating conditions.
The sealing system determines the friction, stick-slip behavior, permissible speed, and wear of a hydraulic cylinder. The correct seal thus significantly influences the precision, service life, and energy efficiency of the application.
Honed sliding surfaces improve lubrication between the seal and the cylinder tube and increase the roundness of the piston rod for uniform contact pressure of the seal. This reduces friction and wear, while increasing the service life and operational reliability of the hydraulic cylinder.
The long service life is based on high manufacturing precision, honed sliding surfaces, modern sealing systems, and precise machining of all components. These features sustainably reduce friction, wear, and unplanned failures.
You can find our standard accessories and tools in the HÄKO product configurator to match your selected cylinder.
Type of effect: single-rod cylinder, double-rod cylinder | Sealing systems: basic design, Servocop®, Servoseal®, Servofloat® |
Speeds: up to 2 m/s | Stroke : 1 - 6,000 mm
The hydraulic calculation of hydraulic cylinders, as well as the selection of suitable accessories, valves and data sheets can be carried out in our product configurator HÄKO.
| Series 120 | Series 300 | |||||||
| Bore (mm) |
Rod Ø (mm) |
Force F1 | F2 (kN) |
Max. pressure * (bar) |
Force F1 | F2 (kN) |
Max. pressure * (bar) |
|||
| 25 | 12 16 |
7.4 | 7.4 | |
5,7 4,3 |
150 150 |
14,7 | |
--- 8.7 |
--- 300 |
|
| 32 | 16 20 |
12.1 | 12.1 | |
9,0 7,4 |
150 150 |
24,1 | |
--- 14.7 |
--- 300 |
|
| 40 | 20 25 30 |
18.8 | 18.8 | |
14.1 11.5 --- |
150 150 --- |
37.7 | 37.7 | |
--- 23.0 16.5 |
--- 300 300 |
|
| 50 | 25 30 40 |
29.5 | 29.5 | |
22.1 18.8 --- |
150 150 --- |
58.9 | 58.9 | |
--- 37.7 21.2 |
--- 300 300 |
|
| 60 | 30 40 50 |
42.4 | 42.4 | |
31.8 23.6 --- |
150 150 --- |
84,8 84,8 |
--- 47.1 25.9 |
--- 300 300 |
|
| 80 | 40 50 60 |
75.4 | 75.4 | |
56.5 45.9 --- |
150 150 --- |
150.8 | 150.8 | |
--- 91.9 66.0 |
--- 300 300 |
|
| 100 | 50 60 80 |
117.8 | 117.8 | |
88.4 75.4 --- |
150 150 --- |
235.6 | 235.6 | |
--- 150.8 84.8 |
--- 300 300 |
|
| 125 | 60 80 100 |
184.1 | 184.1 | |
141.7 108.7 --- |
150 150 --- |
368.2 | 368.2 | |
--- 217.4 132.5 |
--- 300 300 |
|
| 140 | 80 100 |
230.9 | 230.9 | |
155,5 113,1 |
150 150 |
461,8 | |
--- 226.2 |
--- 300 |
|
| 160 | 80 100 |
301.6 | 301.6 | |
226,2 183,8 |
150 150 |
603,2 | |
--- 367.6 |
--- 300 |
|
| 180 | 100 120 |
381.7 | 381.7 | |
263,9 212,1 |
150 150 |
763,4 | |
--- 424.1 |
--- 300 |
|
| 200 | 100 120 140 |
628.3 | 628.3 | |
471.2 402.1 --- |
200 200 --- |
942,5 | |
--- --- 480.7 |
--- --- 300 |
|
| 220 | 120 140 160 |
760.3 | 760.3 | |
534.1 452.4 --- |
200 200 --- |
1.140,0 | |
--- --- 537.2 |
--- --- 300 |
|
| 250 | 120 140 180 |
981.7 | 981.7 | |
755.6 673.9 --- |
200 200 --- |
1.472,0 | |
--- --- 709.2 |
--- --- 300 |
|
| 300 | 160 200 |
1.413,7 | | 1,011.6 --- |
200 --- |
2.120,6 | |
--- 1,178.2 |
--- 300 |
|
* When pivot mounting the pressure is limited to 120 bar.
F1 = force extending when extend the cylinder | F2 = force retracting when retraction the cylinder
With double-rod cylinders, retraction and extension corresponds to the value F2.
Hänchen industrial hydraulic cylinders are characterized by a long service life, high positional accuracy, low friction, high efficiency, and a compact construction. Additionally, users benefit from long maintenance intervals and high manufacturing quality.
Hydraulic cylinders are always superior to electromechanical drives when high forces, large strokes, high dynamics, or particularly harsh environmental conditions are required. Typical application areas include:
Series cylinders are specifically designed to meet the requirements of a recurring application. Materials, seals, and design are optimized, which improves the price-performance ratio in series production. These adaptations are particularly beneficial for applications with regular demand and planned follow-up orders.
The cushioning system controls the piston's speed just before it reaches the end position. This prevents a hard mechanical stop, reduces stress on the machine structure, minimizes noise, and increases the cylinder's service life.
More about cushioning can be found in our Technical Information.