Steel Shock Absorbers, Linear Dampers, and Dashpots

Model D 04-12, Oil Damper [See More]

• Body Material: Steel
• Maximum Force (P1): 1.12 to 22.48

• Stroke: 0.3937 to 7.87
• Rod Diameter: 0.1575

Enidine Inc.'s Heavy Industry (HI Series) buffers safely protect heavy machinery, cranes and equipment during the transfer of materials and movement of products. The large-bore, high-capacity buffers are individually designed to decelerate moving loads under various conditions and in compliance with... [See More]

• Body Material: Steel
• Dampening Method: Hydraulic

• Shock Absorber / Damper Type: Shock Absorber
• Absorption / Damping Action: Compression

Mechanical shock absorber with flexible rubber buffer. Flexible rubber buffer allows a defined metal end position. Adjustable cushioning hardness. Ideal for cushioning low energy. With precise metal end position [See More]

• Body Material: Steel; High-alloy steel
• Operating Temperature: 14 to 140

• Stroke: 0.0472

Mechanical shock absorber with flexible rubber buffer. Flexible rubber buffer allows a defined metal end position. Adjustable cushioning hardness. Ideal for cushioning low energy. With precise metal end position [See More]

• Body Material: Steel; High-alloy steel
• Operating Temperature: 14 to 140

• Stroke: 0.0472

Mechanical shock absorber with flexible rubber buffer. Flexible rubber buffer allows a defined metal end position. Adjustable cushioning hardness. Ideal for cushioning low energy. With precise metal end position [See More]

• Body Material: Steel; High-alloy steel
• Operating Temperature: 14 to 140

• Stroke: 0.0354

Mechanical shock absorber with flexible rubber buffer. Flexible rubber buffer allows a defined metal end position. Adjustable cushioning hardness. Ideal for cushioning low energy. With precise metal end position [See More]

• Body Material: Steel; High-alloy steel
• Operating Temperature: 14 to 140

• Stroke: 0.0591

Mechanical shock absorber with flexible rubber buffer. Flexible rubber buffer allows a defined metal end position. Adjustable cushioning hardness. Ideal for cushioning low energy. With precise metal end position [See More]

• Body Material: Steel; High-alloy steel
• Operating Temperature: 14 to 140

• Stroke: 0.0591

Mechanical shock absorber with flexible rubber buffer. Flexible rubber buffer allows a defined metal end position. Adjustable cushioning hardness. Ideal for cushioning low energy. With precise metal end position [See More]

• Body Material: Steel; High-alloy steel
• Operating Temperature: 14 to 140

• Stroke: 0.0512

Mechanical shock absorber with flexible rubber buffer. Flexible rubber buffer allows a defined metal end position. Adjustable cushioning hardness. Ideal for cushioning low energy. With precise metal end position [See More]

• Body Material: Steel; High-alloy steel
• Operating Temperature: 32 to 140

• Stroke: 0.0394

Mechanical shock absorber with flexible rubber buffer. Flexible rubber buffer allows a defined metal end position. Adjustable cushioning hardness. Ideal for cushioning low energy. With precise metal end position [See More]

• Body Material: Steel; High-alloy steel
• Operating Temperature: 32 to 140

• Stroke: 0.1457

Mechanical shock absorber with flexible rubber buffer. Flexible rubber buffer allows a defined metal end position. Adjustable cushioning hardness. Ideal for cushioning low energy. With precise metal end position [See More]

• Body Material: Steel; High-alloy steel
• Operating Temperature: 32 to 140

• Stroke: 0.0472

Mechanical shock absorber with flexible rubber buffer. Flexible rubber buffer allows a defined metal end position. Adjustable cushioning hardness. Ideal for cushioning low energy. With precise metal end position [See More]

• Body Material: Steel; High-alloy steel
• Operating Temperature: 32 to 140

• Stroke: 0.0472

Mechanical shock absorber with flexible rubber buffer. Flexible rubber buffer allows a defined metal end position. Adjustable cushioning hardness. Ideal for cushioning low energy. With precise metal end position [See More]

• Body Material: Steel; High-alloy steel
• Operating Temperature: 32 to 140

• Stroke: 0.0512

Mechanical shock absorber with flexible rubber buffer. Flexible rubber buffer allows a defined metal end position. Adjustable cushioning hardness. Ideal for cushioning low energy. With precise metal end position [See More]

• Body Material: Steel; High-alloy steel
• Operating Temperature: 32 to 140

• Stroke: 0.0354

Mechanical shock absorber with flexible rubber buffer. Flexible rubber buffer allows a defined metal end position. Adjustable cushioning hardness. Ideal for cushioning low energy. With precise metal end position [See More]

• Body Material: Steel; High-alloy steel
• Operating Temperature: 32 to 140

• Stroke: 0.0591

Mechanical shock absorber with flexible rubber buffer. Flexible rubber buffer allows a defined metal end position. Adjustable cushioning hardness. Ideal for cushioning low energy. With precise metal end position [See More]

• Body Material: Steel; High-alloy steel
• Operating Temperature: 32 to 140

• Stroke: 0.1102

Mechanical shock absorber with flexible rubber buffer. Flexible rubber buffer allows a defined metal end position. Adjustable cushioning hardness. Ideal for cushioning low energy. With precise metal end position [See More]

• Body Material: Steel; High-alloy steel
• Operating Temperature: 32 to 140

• Stroke: 0.0591

Mechanical shock absorber with flexible rubber buffer. Flexible rubber buffer allows a defined metal end position. Adjustable cushioning hardness. Ideal for cushioning low energy. With precise metal end position [See More]

• Body Material: Steel; High-alloy steel
• Operating Temperature: 32 to 140

• Stroke: 0.0512

Mechanical shock absorber with flexible rubber buffer. Flexible rubber buffer allows a defined metal end position. Adjustable cushioning hardness. Ideal for cushioning low energy. With precise metal end position [See More]

• Body Material: Steel; High-alloy steel
• Operating Temperature: 32 to 140

• Stroke: 0.0394

Mechanical shock absorber with flexible rubber buffer. Flexible rubber buffer allows a defined metal end position. Adjustable cushioning hardness. Ideal for cushioning low energy. With precise metal end position [See More]

• Body Material: Steel; High-alloy steel
• Operating Temperature: 32 to 140

• Stroke: 0.0472

Mechanical shock absorber with flexible rubber buffer. Flexible rubber buffer allows a defined metal end position. Adjustable cushioning hardness. Ideal for cushioning low energy. With precise metal end position [See More]

• Body Material: Steel; High-alloy steel
• Operating Temperature: 32 to 140

• Stroke: 0.0472

Mechanical shock absorber with flexible rubber buffer. Flexible rubber buffer allows a defined metal end position. Adjustable cushioning hardness. Ideal for cushioning low energy. With precise metal end position [See More]

• Body Material: Steel; High-alloy steel
• Operating Temperature: 32 to 140

• Stroke: 0.0512

Mechanical shock absorber with flexible rubber buffer. Flexible rubber buffer allows a defined metal end position. Adjustable cushioning hardness. Ideal for cushioning low energy. With precise metal end position [See More]

• Body Material: Steel; High-alloy steel
• Operating Temperature: 32 to 140

• Stroke: 0.0354

Mechanical shock absorber with flexible rubber buffer. Flexible rubber buffer allows a defined metal end position. Adjustable cushioning hardness. Ideal for cushioning low energy. With precise metal end position [See More]

• Body Material: Steel; High-alloy steel
• Operating Temperature: 32 to 140

• Stroke: 0.0591

Mechanical shock absorber with flexible rubber buffer. Flexible rubber buffer allows a defined metal end position. Adjustable cushioning hardness. Ideal for cushioning low energy. With precise metal end position [See More]

• Body Material: Steel; High-alloy steel
• Operating Temperature: 32 to 140

• Stroke: 0.0591

Mechanical shock absorber with flexible rubber buffer. Flexible rubber buffer allows a defined metal end position. Adjustable cushioning hardness. Ideal for cushioning low energy. With precise metal end position [See More]

• Body Material: Steel; High-alloy steel
• Operating Temperature: 32 to 140

• Stroke: 0.0512

CUSHIONEERS decelerate fast moving equipment without bang or bounce. They operate millions of cycles without leaking even one drop of fluid due to their patented rolling diaphragm rod seal. Two types are available, the original "infinitely adjustable" Cushioneer and a new "self adjusting" model. [See More]

• Body Material: Steel
• Dampening Method: Hydraulic

• Shock Absorber / Damper Type: Shock Absorber
• Absorption / Damping Action: Compression

IAAH is mid large bore series heavy type shock absorber. Operation : when the collision comes piston compress oil chamber in inner tube according to the piston rod moving. Oil flows to accumulator through outside grooves in this process, deceleration power comes by flow resistance. And kinetic... [See More]

• Body Material: Steel
• Dampening Method: Hydraulic

• Shock Absorber / Damper Type: Shock Absorber
• Stroke: 0.9843

COMPRESSION DAMPER .25 X .59 6.47" EXT 2" STROKE N ORIFICE [See More]

• Body Material: Steel
• Stroke: 2

• Absorption / Damping Action: Compression
• Extended Length: 6.47

Strong and adjustable: Also in ACE's product range of units are adjustable heavy duty industrial shock absorbers. The models from the A1 ½ to 3 range, which weigh between 16.6 lbs and 78.3 lbs (7.55 and 35.5 kg), are extremely robust, ready-to-install hydraulic machine components with... [See More]

• Body Material: Steel
• Stroke: 2 to 6.5

• Dampening Method: Hydraulic
• Total Energy/Cycle: 21000 to 682500

DESCRIPTION. IAAS has dial which can set 12 steps of shock speed ranges and it improved by wider damping ranges. Improved energy capacity over 200% and effective weight ranges become wider than before. FEATURES. All threaded body outside helps to install shock absorber and it can be fixed exact... [See More]

• Body Material: Steel
• Dampening Method: Hydraulic

• Shock Absorber / Damper Type: Shock Absorber
• Stroke: 0.2756

COMPRESSION DAMPER .25 X .59 6.47" EXT C ORIFICE BLACK NIT [See More]

• Body Material: Steel
• Stroke: 2

• Absorption / Damping Action: Compression
• Extended Length: 6.47

Powerful: The weight of these high capacity absorbers are between 28.2 lbs and 322 lbs. (12.8 and 146 kg). They complement ACE's product range of self-compensating shock absorbers. All models from this series are designed for applications where robustness and large energy absorption are important. [See More]

• Body Material: Steel
• Stroke: 2 to 10

• Dampening Method: Hydraulic
• Total Energy/Cycle: 32000 to 160000

DESCRIPTION. IASS is self compensating type and it control the damping power itself against damping speed. Improved. energy capacity over 200% and effective weight ranges become wider than before. FEATURES. All threaded body outside helps to install shock absorber and it can be fixed exact position. [See More]

• Body Material: Steel
• Dampening Method: Hydraulic

• Shock Absorber / Damper Type: Shock Absorber
• Stroke: 0.1575

COMP DAMPER .25 X.59 7.89" EXT J ORIFICE EF090A-02B/BS101-02 [See More]

• Body Material: Steel
• Extended Length: 6.47

• Stroke: 2
• Maximum Force (P1): 3 to 50

High quality and long service life: the HB model of hydraulic damper can also be used as single or double acting brake. Its coated body and piston rods with wear-resistant surface treatment are features of high quality and long service life. The maintenance free, ready-to-install and closed systems... [See More]

• Body Material: Steel
• Dampening Method: Hydraulic

• Shock Absorber / Damper Type: Linear Damper
• Stroke: 0.3000 to 3.15

Non-adjustable, speed dependent Compression and extension force 14 lbs to 2,252 lbs Stroke 1.97 in to 11.81 in. High quality and long service life: The hydraulic dampers of the MOD family can be used as single or double acting brake. Its wear-resistant surface coating provides a long-lasting, high... [See More]

• Body Material: Steel; Zinc Fittings
• Dampening Method: Hydraulic

• Shock Absorber / Damper Type: Linear Damper
• Absorption / Damping Action: Compression; Extension

Many application options: the hydraulic feed controls in models FA, MA and MVC are similar to that of the VC model. However, these hydraulic controls have been designed for applications that require less precision. There are also plenty of accessories for the FA, MA and MVC models. All products are... [See More]

• Body Material: Steel
• Dampening Method: Hydraulic

• Shock Absorber / Damper Type: Linear Damper
• Stroke: 0.2800 to 1.58

Adjustable and unique: these industrial shock absorbers from ACE, which can be precisely adjusted both at the front and rear, also contribute towards the success of the MAGNUM series. Equipped with excellent sealing technology, an annealed guide bearing and integrated positive stop, they are robust... [See More]

• Body Material: Steel
• Stroke: 0.9800 to 1.97

• Dampening Method: Hydraulic
• Total Energy/Cycle: 1500 to 30000

The latest damper technology: the combination of the latest sealing technology, annealed guide bearing and integrated positive stop make these self-compensating shock absorbers from ACE'S MAGNUM range so successful. After all, users benefit from the longer service life of the products, even in the... [See More]

• Body Material: Steel
• Stroke: 0.9800 to 1.97

• Dampening Method: Hydraulic
• Total Energy/Cycle: 1350 to 2700

Ideal for high-speed moving machines, industrial shock absorbers of the SALD product family feature a built-in external positive stop which prevents damage from bottoming out and a positive work-positioning point. High energy absorption and a wide damping range lead to huge advantages in practice. [See More]

• Body Material: Steel
• Stroke: 0.9100 to 1.91

• Dampening Method: Hydraulic
• Total Energy/Cycle: 1350 to 2700

SALDN industrial shock absorbers offer high performance levels and a long service life, even in the most difficult environments. These shock absorbers feature an integrated positive stop and are designed to handle effective weights from 3,450 to 10,350 in-lbs. per cycle. High energy absorption in a... [See More]

• Body Material: Steel
• Stroke: 0.9800 to 2.95

• Dampening Method: Hydraulic
• Total Energy/Cycle: 3450 to 10350

True performers: The SC33 to SC45 absorber models are strong and durable by combining the proven sealing technology from the MAGNUM series including membrane accumulator with the well-known piston tube technology from the SC ² family. We increase the oil volume to ensure the maximum braking... [See More]

• Body Material: Steel
• Stroke: 0.9843 to 1.97

• Dampening Method: Hydraulic
• Total Energy/Cycle: 155 to 310

ACE Controls 3/8x1" bore adjustable miniature shock absorber offers high energy capacity and a wide effective weight range for handling a variety of applications. A unique feature of the multi-orifice 3/8x1" bore is the optional rear slot adjuster. Adjustment can be made by turning the front... [See More]

• Body Material: Steel
• Stroke: 1

• Dampening Method: Hydraulic
• Total Energy/Cycle: 900

ACE Controls 3/8x1" bore adjustable miniature shock absorber offers high energy capacity and a wide effective weight range for handling a variety of applications. A unique feature of the multi-orifice 3/8x1" bore is the optional rear slot adjuster. Adjustment can be made by turning the front... [See More]

• Body Material: Steel
• Stroke: 1

• Dampening Method: Hydraulic
• Total Energy/Cycle: 600

Ideal for compact, efficient designs: The miniature size of the MC5 to 75 series delivers very short overall lengths and low return forces. The outer body of each shock, produced from one solid piece, is filled with temperature stable oil, offers a continuous outer body thread including a supplied... [See More]

• Body Material: Steel
• Stroke: 0.2000

• Dampening Method: Hydraulic
• Total Energy/Cycle: 11

Tried-and-tested and durable: with a hermetically sealed rolling diaphragm in each absorber, the MC150 to 600 series is suitable for an exceptionally high lifetime of use with up to 25 million cycles. The rolling diaphragm technology perfected by ACE ensures complete separation of the damping fluid... [See More]

• Body Material: Steel; Stainless Steel (optional feature)
• Stroke: 0.5000

• Dampening Method: Hydraulic
• Total Energy/Cycle: 175

Hermetically sealed: The shock absorbers from the ACE Protection family PMCN have a compact, perfectly sealed cap as a special feature. This protection bellows, made of TPU (thermoplastic polyurethane), safely encapsulates the proven ACE rolling diaphragm from the outside environment. Aggressive... [See More]

• Body Material: Steel
• Stroke: 0.5000

• Dampening Method: Hydraulic
• Total Energy/Cycle: 175

Ideal for soft damping: the SC found in the model code from the ACE series SC190 to 925 stands for 'soft contact'. These miniature shock absorbers manufactured from one solid piece are designed in such a way that they can be setup with a linear or a progressive braking curve. The soft damping... [See More]

• Body Material: Steel
• Stroke: 0.6300

• Dampening Method: Hydraulic
• Total Energy/Cycle: 225

ACE Controls SC25 to 650-HC High-Cycle shock absorbers are engineered for high-speed equipment applications. These rugged performers are ideal for the packaging industry. They offer a short stroke, quick time through stroke and quick rod-ready time. In addition, these dependable self-compensating... [See More]

• Body Material: Steel
• Stroke: 0.3000

• Dampening Method: Hydraulic
• Total Energy/Cycle: 175

Soft damping, but enormous capacity: the range of 'soft contact' absorbers SC ²25 to 190 extends from thread size M10 to M14 and covers effective weight ranges of 2.2 lbs to 3,400 lbs (1 kg to 1,550 kg). All models are characterised by high energy absorption and they also unite the piston tube... [See More]

• Body Material: Steel
• Stroke: 0.4700

• Dampening Method: Hydraulic
• Total Energy/Cycle: 274

Self-Compensating Energy capacity 930 in-lbs/Cycle Stroke 1.00 in. Ideal for compact, efficient designs: The OPTIMUM 25 to 27 are designed for light weight and corrosion resistance. The Anodized Aluminum outer body of each damper, produced from one solid piece, are filled with NSF H1 food-grade oil,... [See More]

• Body Material: Aluminum; Steel; Stainless Steel
• Dampening Method: Hydraulic

• Shock Absorber / Damper Type: Shock Absorber
• Stroke: 1

Robust powerhouse: the CB63 to 160 series with internal system seals are used in heavy duty areas for emergency stop. Even dirt or scratches to the piston rod do not lead to a leakage or failure. Compressed gas accumulators allow return forces of up to 22,481 lb. (100 kN) in the CB models, which can... [See More]

• Body Material: Steel
• Dampening Method: Gas

• Shock Absorber / Damper Type: Shock Absorber
• Absorption / Damping Action: Compression; Extension

Effective emergency stop: the ACE safety shock absorbers from the SCS33 to 64 Series are based on the innovative technology of the successful MAGNUM-Series shock absorbers. They are also maintenance-free and ready-to-install. ACE uses our proprietary custom calculation program to design each shock... [See More]

• Body Material: Steel
• Stroke: 0.9100 to 1.91

• Shock Absorber / Damper Type: Shock Absorber
• Total Energy/Cycle: 4425 to 8408

Slim with a long stroke: safety shock absorbers from the SCS38 to 63 series are designed for emergency-stop applications. Strokes of up to 47.24" (1,200 mm) are possible with these maintenance-free and ready-to-install dampers. Low reaction forces result due to the large strokes. ACE uses our... [See More]

• Body Material: Steel
• Stroke: 1.97 to 31.5

• Shock Absorber / Damper Type: Shock Absorber
• Total Energy/Cycle: 32000 to 510000