The Bansbach® easylift system offers you the greatest possible flexibility: gas springs in every size, force and design. However, if you need things to move particularly quickly, you can fall back on our wide stock programme of Quick Ship gas springs.
Stainless steel gas spring
Controlled pushing, lifting or lowering without external energy also in stainless steel!
Standard gas springs are available in many lengths, strengths and variations and also made of highly corrosion-resistant material. Bansbach easylift manufactures stainless steel gas springs exclusively from high-quality stainless steel material (1.4404, V4A, AISI No. 316L). This means that they are not only water-resistant, but can also be used in the food, chemical and seawater sectors. Please note the Niro class of the available connection parts. All gas springs of this series are equipped with a valve (exception: P model, tension spring with damping).
General
Almost all our products are also available in stainless steel. Especially in the food industry
Gas springs
Series, data, dimensional drawings as well as ordering examples largely like standard gas springs
Gas traction springs, also lockable
Series, data, dimensional drawings and ordering examples largely as for standard gas traction springs (with damping: F1=max. 300N).
Dampers
Series, data, dimensional drawings and ordering examples largely as for standard dampers.
In-Line Actuators
In-Line Aktuatoren in Stainless steel
EasyE-35
Stroke: 50, 100, 150, 200, 250, 300, 350, 400, 500 and 750mm (others on request)
Protection class:IP66 (standard), Harsh Environment (according to IP68 and IP69)
Temperatures: Operating: -20ºC to +70ºC, Storage: -40ºC to +70ºC
Cable: 2 x AWG22 + 6 x AWG28, Ø = 4.8 mm (optional: 2 x AWG16 + 6 x AWG26, Ø = 6.8 mm), black, Molex Mini-Fit Jr. 8 pin or equivalent
Bending radius: 6x cable diameter
Max. static load/self-locking: 5400N, on compression depending on stroke length
Duty cycle: Max. 10% or 2 minutes movement followed by 18 minutes rest
EasyE-50
Stroke: 50, 100, 150, 200, 250, 300, 350, 400, 500 and 750mm (others on request)
Protection class:IP66 (standard), Harsh Environment (according to IP68 and IP69)
Temperatures: Operating: -20ºC to +70ºC, Storage: -40ºC to +70ºC
Cable: 2 x AWG16 + 6 x AWG 26, Ø = 6.8 mm, black, Molex Mini-Fit Jr. 8 pin or equivalent
Bending radius: 15x cable diameter
Max. static load/self-locking: 16800N, on compression depending on stroke length
Duty cycle: Max. 10% or 2 minutes movement followed by 18 minutes rest
EasyE-60
Stroke: 50, 100, 150, 200, 250, 300, 350, 400, 500 and 750mm (others on request)
Protection class:IP66 (standard), Harsh Environment (gamma IP68 and IP69)
Temperatures: In operation: -20°C – +50°C, storage: -40ºC to +70ºC
Cable: 2 x AWG16 + 6 x AWG 26, Ø = 6.8 mm, black, Molex Mini-Fit Jr. 8 pin or equivalent
Bending radius: 15x cable diameter
Max. static load/self-locking: 18,100N, on compression depending on stroke length
Duty cycle: Max. 10% or 2 minutes movement followed by 18 minutes rest
Gas Spring
Possible item number:
A1 A1 – 4 0 200 483 001* 550N
Connecting parts piston rod
A1
- see connecting parts
Connecting parts cylinder
A1
- see connecting parts
Model
–
- – = standard
- A = according to your drawing
- B = according to our drawing
- C = with scraper
- D = with covertube (-40°C to 60°C )
- E = with neutral labels
- F = with valve inside the cylinder
- H = with special seals for temperatures up to 200°C
- I = Stainless steel, AISI Nr. 304
- N = Stainless steel, AISI Nr 316L
- R = with increased friction
- F1 min:
- 6/15 = 100N
- 6/22 = 100N
- 8/19 = 120N
- 8/28 = 120N
- 10/22 = 150N
- 14/28 = 200N
- S = with lockable cover tube (thread M8, above 150 mm stroke, up to 160°C)
- T = with floating piston
Push-out speed/ damping
4
- 0 = fast, no end damping
- 1 = fast, normal end damping
- 2 = fast, increased end damping
- 3 = normal, no end damping
- 4 = normal, normal end damping
- 5 = normal, increased end damping
- 6 = slow, no end damping
- 7 = slow, normal end damping
- 8 = slow, increased end damping
- 9 = other variations
To recognize end damping please install with piston rod downwards.
Diameter piston rod / cylinder
Øx/Øy (mm)
- K = 3/8
- P = 3/10
- G = 4/12
- 6 = 6/15
- C = 6/19
- D = 6/22
- O = 8/19
- 1 = 8/22
- E = 8/28
- 2 = 10/22
- 3 = 10/28
- 4 = 12/28
- 5 = 14/28
- N = 16/28
- A = 10/40
- F = 12/40
- B = 14/40
- 7 = 20/40
- R = 22/40
- M = 30/70
Stroke
A (mm)
200
- 10 – 120
- 10 – 120
- 10 – 150
- 10 – 150
- 10 – 150
- 10 – 150
- 10 – 300
- 10 – 300
- 10 – 300
- 20 – 800
- 20 – 800
- 20 – 1000
- 20 – 1000
- 20 – 1000
- 20 – 1000
- 20 – 1000
- 20 – 1000
- 20 – 1000
- 20 – 1000
- 100 – 800
Extended length 1
(**see below)
483
- 2x Stroke +26
- 2x Stroke +26
- 2x Stroke +30
- 2x Stroke +30
- 2x Stroke +42
- 2x Stroke +43
- 2x Stroke +48
- 2x Stroke +48
- 2x Stroke +60
- 2x Stroke +47
- 2x Stroke +59
- 2x Stroke +60
- 2x Stroke +60
- 2x Stroke +60
- 2x Stroke +68
- 2x Stroke +69
- 2x Stroke +69
- 2x Stroke +85
- 2x Stroke+85
- 2x Stroke +120
Index Number
001*
- *siehe Unten
Extension-force
F1 (N)
550N
- 7-110
- 7-110
- 7-200
- 10-400
- 10-400
- 10-400
- 30-700
- 30-700
- 30-700
- 50-1300
- 50-1300
- 100-1700
- 150-2600
- 200-3200
- 50-1300
- 100-1700
- 150-2600
- 200-5000
- 300-6000
- 1000-12000
Progressivity
approx. %
- 28
- 20
- 21
- 27
- 16
- 11
- 33
- 22
- 13
- 39
- 21
- 33
- 52
- 85
- 8
- 13
- 18
- 45
- 60
- 33
Size
Piston rod / Cylinder
Piston rod / Cylinder
Øx/Øy mm
- K = 3/8
- P = 3/10
- G = 4/12
- 6 = 6/15
- C = 6/19
- D = 6/22
- O = 8/19
- 1 = 8/22
- E = 8/28
- 2 = 10/22
- 3 = 10/28
- 4 = 12/28
- 5 = 14/28
- N = 16/28
- A = 10/40
- F = 12/40
- B = 14/40
- 7 = 20/40
- R = 22/40
- M = 30/70
Scraper
EL2 + 10mm
- X (EL2+5mm)
- X
- X
- X
- X
- X
- X
- X
- X
- X
- X
- X
- X
- X
- Standard
Cover tube
EL2 + 10mm
- Plastic
- Plastic
- Plastic+ Steel
- Plastic
- Plastic
- Plastic
- Plastic
- Plastic
- Plastic
- Plastic
- Steel
- Steel
- Steel
Cover tube alu
EL 2 + 3 mm (Ø40 + 5mm)
- X
- X
- X
- X
- X
- X
- X
- X
- X
- X
- X
- X
- X
- X
- X
- X
Valve***
- X
- X + 2mm
- X
- X
- X
- X
- X
- X
- X
- X
- X
- X
- X
- X
- X
- X
- X
- Standard
High-temp. seals
- X
- X
- X
- X
- X
- X
- X
- X
- X
- X
- X
- X
- X
- X
Low-temp. seals
- X
- X
- X
- X
- X
- X
- X
- X
- X
- X
- X
- X
- X
- X
Stainless steel
- X
- X
- X
- X
- X
- X
- X
- X
- X
Friction
EL2 + 10mm
- X
- X
- X
- X
- X
- X
- X
Lockable cover tube
EL2 + 26mm (Stroke min. 120mm)
- X
- X
- X
Floating piston
- X
- X
- X
- X
- X
- X
- X
- X
- X
- X
- X
- X
- X
- X
- X
- X
- X
- X
- X
* Index Number
The index number – only required for your repeat order – allows us to exactly reproduce products once they have been manufactured. You will receive the index code with the order confirmation/invoice.
** Attention: Calculation of extended length
EL1
The total length is calculated when the piston rod is extended. Please add the length of the conecting parts in order to find out the total length.
EL2
Length EL2= measured without hinge eyes and threads.
***Valve
If you choose a gas spring with valve and hinge eyes, you have to take a screwable hinge eye for the cylinder side.
Lockable gas spring main type B in stainless steel
Possible item number:
K0 B1 B – 3 200 506 001* 550N
Thread piston rod
K0
- K0 = MF10x1x18
- O0 = MF14x1,5×20
- W0 = MF 8x1x16
Connecting parts cylinder
B1
- see connecting parts
Model
B
- B
Push-out speed
–
- – = normal
- 0 = fast
- 7 = slow
- K = Short release (Release travel < 1 mm instead of < 3,5 mm)
- B = Special
- N = Stainless steel
- F = with valve inside the cylinder
Size
Øx/Øy mm
3
- 6= 6/15
- C= 6/19
- D= 6/22
- 0= 8/19
- 1= 8/22
- E= 8/28
- 2= 10/22
- 3= 10/28
- A= 10/40
- 5= 14/28
- B= 14/40
Stroke
mm
200
- 10-150
- 10-150
- 10-150
- 10-300
- 10-300
- 10-300
- 10-700
- 10-700
- 10-700
- 30-700
- 30-800
Extended length
(**see below)
506
- Stroke x 2 +52
- Stroke x 2 +63
- Stroke x 2 +64
- Stroke x 2 +75
- Stroke x 2 +75
- Stroke x 2 +87
- Stroke x 2 +81
- Stroke x 2 +94
- Stroke x 2 +99
- Stroke x 2 +94
- Stroke x 2 +96
Progressivity
approx. %
- 30
- 20
- 10
- 33
- 23
- 13
- 39
- 21
- 8
- 52
- 18
Index Number
001*
- *see below
Force
F (N)
550N
- 50-400
- 50-400
- 50-400
- 40-700
- 40-700
- 40-700
- 50-1300
- 50+1300
- 50-1300
- 150-2600
- 150-2600
*Index Number
The index number – only required for your repeat order – allows us to exactly reproduce products once they have been manufactured. You will receive the index code with the order confirmation/invoice.
** Attention: Calculation of the extended length
EL1
The installation length of the gas spring is calculated with the piston rod extended. Add the length of the desired connecting parts to determine the total installation length of the gas spring.
EL2
Length EL2= measured without hinge eyes and threads.
Lockable gas spring main type K in stainless steel
Possible item number:
K0 B1 K – 6 200 593 001* 550N
Thread piston rod
K0
- K0 = MF10x1x18
- O0 = MF14x1,5×20
- W0 = MF 8x1x16
Connecting parts cylinder
B1
- see connecting parts
Model
K
- K
Push-out speed
–
- – = normal
- 0 = fast
- 7 = slow
- K = Short release (Release travel < 1 mm instead of < 3,5 mm)
- B = Special
- N = Stainless steel
Size
Øx/Øy mm
3
- 6= 6/15
- C= 6/19
- D= 6/22
- 0= 8/19
- 1= 8/22
- E= 8/28
- 2= 10/22
- 3= 10/28
- A= 10/40
- 5= 14/28
- B= 14/40
Stroke
mm
200
- 10-150
- 10-150
- 10-150
- 10-300
- 10-300
- 10-300
- 10-500
- 10-500
- 10-500
- 30-700
- 30-700
Extended length min.
EL2** mm
593
- Stroke x 2,62 +57
- Stroke x 2,42 +57
- Stroke x 2,41 +65
- Stroke x 2,29 +65
- Stroke x 2,29 +66
- Stroke x 2,20 +66
- Stroke x 2,73 +73
- Stroke x 2,53 +73
- Stroke x 2,27 +73
- Stroke x 2,52 +74
- Stroke x 2,37 +74
- Stroke x 2,19 +74
- Stroke x 2,33 +78
- Stroke x 2,24 +78
- Stroke x 2,13 +78
- Stroke x 2,81 +83
- Stroke x 2,58 +83
- Stroke x 2,30 +83
- Stroke x 2,52 +77
- Stroke x 2,36 +77
- Stroke x 2,19 +77
- Stroke x 2,21 +99
- Stroke x 2,15 +99
- Stroke x 2,08 +99
- Stroke x 2,97 +93
- Stroke x 2,69 +93
- Stroke x 2,32 +93
- Stroke x 2,43 +99
- Stroke x 2,31 +99
- Stroke x 2,15 +99
Progressivity
approx. %
- 35
- 50
- 35
- 50
- 35
- 50
- 35
- 50
- 100
- 35
- 50
- 100
- 35
- 50
- 100
- 35
- 50
- 100
- 35
- 50
- 100
- 35
- 50
- 100
- 35
- 50
- 100
- 35
- 50
- 100
Index Number
001*
- *see below
Force
F (N)
550N
- 50-400
- 50-400
- 50-400
- 40-700
- 40-700
- 40-700
- 50-1300
- 50-1300
- 50-1300
- 150-2600
- 150-2600
Locking force in pull direction
Release travel< 1 mm
- Reduced locking force
- Reduced locking force
- Reduced locking force
- Reduced locking force
- Reduced locking force
- Reduced locking force
- Reduced locking force
- Reduced locking force
Locking force in pull direction
Release travel > 2.5 mm
- Reduced locking force
- Reduced locking force
- Reduced locking force
- 7.000
- 10.000
- 10.000
- 10.000
- 10.000
Locking force in push direction
- 4 x F1
- 5,6 x F1
- 9 x F1
- 3,6 x F1
- 5,8 x F1
- 13 x F1
- 2,9 x F1
- 6,6 x F1
*Index Number
The index number – only required for your repeat order – allows us to exactly reproduce products once they have been manufactured. You will receive the index code with the order confirmation/invoice.
** Attention: Calculation of the extended length
EL1
The installation length of the gas spring is calculated with the piston rod extended. Add the length of the desired connecting parts to determine the total installation length of the gas spring.
EL2
Length EL2= measured without hinge eyes and threads.
Lockable gas spring main type P in stainless steel
Possible item number:
K0 B1 P – 3 200 659 001* 550N
Connecting parts piston rod
K0
- K0 = MF10x1x18
- O0 = MF14x1,5×20
- W0 = MF 8x1x16
Connecting parts cylinder
B1
- see connecting parts
Model
P
- P
Push-out speed
–
- – = normal
- 0 = fast
- 7 = slow
- K = Short release (Release travel < 1 mm instead of < 3,5 mm)
- B = Special
- N = Stainless steel (F1 max. 300N)
Sizes
Øx/Øy mm
3
- 1= 8/22
- E= 8/28
- 2= 10/22
- 3= 10/28
- A= 10/40
- B= 14/40
Stroke
mm
200
- 30-200
- 30-200
- 30-200
- 30-200
- 30-200
- 30-200
Extended length min.
EL2** mm
659
- Stroke x 2,83 +78
- Stroke x 2,64 +78
- Stroke x 2,43 +78
- Stroke x 2,48 +82
- Stroke x 2,35 +82
- Stroke x 2,25 +82
- Stroke x 3,46 +85
- Stroke x 3,15 +85
- Stroke x 2,76 +85
- Stroke x 2,81 +89
- Stroke x 2,63 +89
- Stroke x 2,42 +89
- Stroke x 2,32 +100
- Stroke x 2,25 +100
- Stroke x 2,17 +100
- Stroke x 2,68 +102
- Stroke x 2,53 +102
- Stroke x 2,17 +102
Progressivity
approx. %
- 35
- 50
- 100
- 35
- 50
- 100
- 35
- 50
- 100
- 35
- 50
- 100
- 35
- 50
- 100
- 35
- 50
- 100
Index Number
001*
- * see below
Force
F (N)
550N
- 40-700
- 40-700
- 50-1300
- 50-1300
- 100-1300
- 250-2600
Locking force in pull direction
Release travel < 1 mm
- Reduced locking force
- Reduced locking force
- Reduced locking force
- Reduced locking force
- Reduced locking force
- Reduced locking force
Locking force in pull direction
Release travel > 2.5 mm
- Reduced locking force
- Reduced locking force
- 2,6 x F1
- 4,8 x F1
- 12 x F1
- 5,6 x F1
Locking force in push direction
- 7000
- 7000
- 7000
- 10.000
- 10.000
- 10.000
*Index Number
The index number – only required for your repeat order – allows us to exactly reproduce products once they have been manufactured. You will receive the index code with the order confirmation/invoice.
** Attention: Calculation of the extended length
EL1
The installation length of the gas spring is calculated with the piston rod extended. Add the length of the desired connecting parts to determine the total installation length of the gas spring.
EL2
Length EL2= measured without hinge eyes and threads
Gas traction spring
Possible article no.:
B1 B1 Z – 3 100 214 001* 400N
Connecting parts
piston rod
piston rod
B1
- see Connecting parts
Connecting parts
cylinder
cylinder
B1
- see Connecting parts
Model
Z
- Z = Gas traction spring
Design
–
- – = standard (no damping)
- F = Valve (no damping)not for 8/22
- P = 06/19 and 10/28, low progressivity
- B = Special
Diameter piston
rod/cylinder
Øx/Øy mm
rod/cylinder
Øx/Øy mm
Øx/Øy (mm)
3
- C = 6/19
- 1 = 8/22
- 3 = 10/28
- B = 14/40
Stroke
(mm)
100
- C = 10-300
- 1 = 10-300
- 3 = 10-600
- B 10-600
- as required
Length inserted
(**see below)
214
- C = Stroke + 65 mm
- 1 = Stroke + 77 mm
- P3 = Stroke + 100 mm
- 3 = Stroke+ 95 mm
- B = Stroke + 120 mm
Index Number
001*
- * see below
Pull-in force
F (N)
400N
- pulled-in
- 100-4000 as required, measured 5 mm before inserted position, force range depends on size
- C= 50-300N
- 1= 50-400N
- 3= 100-1500N
- P3= 100 – 1300N
- B= 200-4000N
Progressivity
(Stroke > 100mm)*
- C = approx. 55%
- PC = approx. 15%
- 1 = approx. 15%
- 3 = approx. 70%
- P3 = approx. 30%
- B = approx. 70%
* Index Number
With the index no. – only necessary for repeating orders – we can reproduce exactly the same gas spring which has already been produced. You will receive the index no. with the order confirmation / invoice.
**Attention: Calculation of extended length
EL1
The total length is calculated when the piston rod is inserted. Please add the length of the connecting parts in order to find out the total length.
EL2
length EL2 = measured without hinge eyes and threads
Connecting parts
Code
A1
B1
C1
D1
K2
M2
SW
10,0
12,0
14,0
3,0
12,0
10,0
Ø
8,2
8,2
14,2
6,2
8,2
10,2
L2
16,0
13,0
40,0
12,0
16,0
16,0
L4
15,0
12,0
20,0
10,5
15,0
15,0
Ø1
15,0-17,0
20,0
20,0
11,0
17,0
20,0
d2
19,0-22,0
28,0
20,0
15,0
22,0
28,0
Material
Aluminium
Aluminium
Aluminium
Aluminium
Aluminium
Aluminium
Brackets
900BA1NISR
900BA2NISR
900BA6NIBO
Step by step to the individual product
We build your gas spring!
The Bansbach gas spring configurator offers
you the possibility to put together your individual
gas spring from various components
even more easily and quickly.
Do you need help?
We are there for you
Contact personAt Bansbach easylift
the product is precisely adapted to your requirements in order to ensure optimal function. We are happy to support and advise you in the selection of the right product.
With our “Technical Support” you have a direct line to our technicians, who will competently assist you. If you have any questions about offers, availability or prices, our commercial support will be happy to assist you.
the product is precisely adapted to your requirements in order to ensure optimal function. We are happy to support and advise you in the selection of the right product.
With our “Technical Support” you have a direct line to our technicians, who will competently assist you. If you have any questions about offers, availability or prices, our commercial support will be happy to assist you.
Bansbach
Quality
Bansbach products are manufactured exclusively from high-quality, environmentally friendly materials. By continuously monitoring raw materials, carrying out test programmes and monitoring quality during the manufacturing process, consistently high quality can be guaranteed.
High-quality connecting part
End piece available in different versions
Cylinder
Cylinder made of steel, powder-coated or high-quality stainless steel
Piston
High-quality piston for speed control
Guiding piece
High-quality, unique guide piece with integrated grease chamber
Piston rod
Cerampro® piston rod extremely durable and corrosion resistant
Connecting part
Connection part available in different versions
FAQs
Are Bansbach gas springs ROHS compliant?
Yes, they are fully ROHS compliant and also meet all guidelines, export/import regulations and goals of other company programs that we are aware of.
Can a gas spring made to customer specifications be returned?
Bansbach gas springs are manufactured to order – from mostly stock components. Cancellation, exchange or return is therefore not possible.
In case of free delivery, we will gladly take over the disposal – without charge – for you.
Can gas springs be disposed of in household waste?
No, gas springs are mainly made of metal. Please observe our disposal instructions.
Can gas springs be used in the food industry?
With the high-quality stainless steel gas springs in V4A, the high requirements of the food industry are met. Food-grade oil (FDA oil) is optionally available.
Can the speed/damping of the gas spring be influenced?
By selecting the appropriate nozzle bore and oil viscosity, the speed and damping of the gas spring can be adapted to the application.
Do Bansbach gas springs have to be stored with the piston rod pointing downwards?
Bansbach gas springs can be stored in any position.
Does a gas spring need to be protected from dirt?
The piston rod must be protected against impact, scratches and contamination – especially paint application. Damage to the surface will destroy the sealing system. If necessary, a wiper or a protective tube should be provided.
Does a gas spring need to be serviced?
No, Bansbach gas springs are maintenance-free. The piston rod must not be greased or oiled.
How do I find my personal contact person?
Bansbach easylift GmbH
Bararossastrasse 8
D-73547 Lorch
Phone: +49 (0) 7172/9107-0
Fax: +49 (0) 7172/9107-44
E-Mail: info@bansbach.de
You can find a contact person on site
Contact form
How high can the internal pressure of a gas spring be?
Depending on the series and the desired extension force, this can be up to approx. 300 bar.
How much is the weight of a gas spring?
Due to the wide range of products, the weights vary greatly.
Diameter piston rod / cylinder:
Ø3/8; Ø4/12; Ø6/15; Ø6/19; Ø6/22; Ø8/19; Ø8/22
Weight
100 g – 500 g
———-
Diameter piston rod / cylinder:
Ø8/28; Ø10/22; Ø10/28; Ø12/28; Ø14/28
Weight
200 g – 1000 g
———-
Diameter piston rod / cylinder:
Ø16/28; Ø10/40; Ø12/40; Ø14/40; Ø20/40; Ø30/70
Weight
500 g – 8000 g
In which colors are Bansbach gas springs available?
The piston rod and the cylinder are supplied in black (standard).
On request, our cylinders are available in all RAL colors. Exception: stainless steel
In which temperature ranges can Bansbach gas springs be used?
For ambient temperatures from -30°C to +80°C.
For other temperature ranges (down to -55°C or up to +200°C) special seal sets are available.
Is it possible to repair a gas spring?
No, because it is a closed system that is under high pressure and must not be opened.
Is the extension force of the gas spring temperature-dependent?
For physical reasons, the extension force of the gas spring changes by approx. 3.3% per 10°C (base + 20°C).
What does the index number (e.g. – -001/100 N) at the end of the article designation of the gas spring mean?
This is a code assigned internally by Bansbach for unambiguous reproducibility of the gas spring.
What materials are Bansbach gas springs made of?
Gas springs consist of piston rod, cylinder tube, connecting parts, turned parts, seals, oil, grease and nitrogen. Piston rods and cylinder tubes are made of steel and are CeramPro® or powder coated in our company. Connecting parts and turned parts are made of lead-free steel or lead-free aluminum.
Seals, oils, greases do not contain substances that are on the list of critical or hazardous substances. Nitrogen is an inert gas that neither burns nor poses any other health hazards. Bansbach gas springs therefore comply with current and, as far as we know, planned laws and regulations.
They comply for example with the RoHS Directive, WEEE Directive, Directives 2003/11/EC, 2002/95/EC, 2002/96/EC. They are not covered by Directives 94/9/EC, 97/23/EC, and 98/37/EC, nor by UN 3164, TRGS 220, and UL 60601-1.
Verification that Bansbach gas springs in the end product comply with national or international laws and regulations remains the responsibility of our customers or the user.
What service life/running performance can I expect from a Bansbach gas spring?
On average, Bansbach gas springs are designed for 50,000 – 100,000 double strokes.
Depending on the design, installation and effective stroke, several 100,000 strokes can also be achieved.
For other products please contact us.
Which stroke lengths are possible for the gas springs?
Depending on the series and design of the gas spring, the stroke length can be freely selected between 10 mm and 1000 mm. Other variations possible, please contact us.
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