Tool & Die

Compact and powerful, threaded stud, up to 125 mm stroke.
• Force: 9,200 N (2,068 lbf)
• Cylinder Diameter: 50.4 mm (1.98 in)
• Stroke Length: 13 - 125 mm (0.51 - 4.92 in)

Based on the X series with the same features but additional total length providing a larger G1/8” charge port and deeper bottom threads.
• Force: 3,600-66,300 N (810-14,905 lbf)
• Cylinder Diameter: 32-120 mm (1.26-4.72 in)
• Stroke Length: 10-125 mm (0.39-4.92 in)

The XF series fulfills our gas spring range for FCA Fiat-Chrysler standard 075.90.60 and part of GM standard 90.25.08.
• Force: 7,400 - 24,000 N (1,665 - 5,395 lbf)
• Cylinder Diameter: 45 - 75 mm (1.76 - 2.93 in)
• Stroke Length: 10 - 125 mm (0.39 - 4.88 in)

The world’s shortest, strongest and most advanced rod sealed gas springs.
• Force: 1,700 - 200,000 N (382 - 45,000 lbf)
• Cylinder Diameter: 19 - 195 mm (0.74 - 7.61 in)
• Stroke Length: 7 - 125 mm (0.27 - 4.88 in)

The Power Line Heavy Duty series. Total length the same as TU, force the same as X.
• Force: 7,400 - 200,000 N (1,665 - 44,960 lbf)
• Cylinder Diameter: 45 - 195 mm (1.76 - 7.61 in)
• Stroke Length: 13 -300 mm (0.51 - 11.7 in)

Optimized for high return speed, 2 m/s, and fully interchangeable with TU. Meets the Renault standard.
• Force: 7,400 - 75,000 N (1,665 - 16,860 lbf)
• Cylinder Diameter: 50 - 150 mm (1.97 - 5.91 in)
• Stroke Length: 25 - 300 mm (0.98 - 11.81 in)

Fully interchangeable with TU. Meets the Renault standard.
• Force: 106,000 N (23,830 lbf)
• Cylinder Diameter: 194.9 mm (7.67 in)
• Stroke Length: 25 - 300 mm (0.98 - 11.81 in)

The original standard gas spring, setting the ISO standard for gas springs as well as the Ford WDX and GM gas springs standards.
• Force: 2,650 - 106,000 N (600 - 23,830 lbf)
• Cylinder Diameter: 38 - 195 mm (1.5 - 7.68 in)
• Stroke Length: 10 - 300 mm (0.39 - 11.81 in)

Threaded stud, with same dimensions as TU.
• Force: 2,650 N (600 lbf)
• Cylinder Diameter: 38 mm (1.5 in)
• Stroke Length: 12.7 - 100 mm (0.5 - 3.94 in)

Metric threaded cylinder, with same dimensions as TU.
• Force: 2,650 N (600 lbf)
• Cylinder Diameter: 38 mm (1.5 in)
• Stroke Length: 12.7 - 125 mm (0.5 - 4.92 in)

Short height version of TU.
• Force: 7,400 - 75,000 N (1,660 - 16,860 lbf)
• Cylinder Diameter: 50 - 150 mm (1.97 - 5.91 in)
• Stroke Length: 12.5 - 250 mm (0.49 - 9.84 in)

Inch threaded cylinder, with same dimensions as TU.
• Force: 2,650 N (600 lbf)
• Cylinder Diameter: 38 mm (1.5 in)
• Stroke Length: 12.7 mm (0.5 in)

Being phased out!

SPRM is a Side Port Rear Mount for the CU4 spring (CU4 4700 - 18300) used for connecting into a hosed or linked system. The SPRM mount is included the Ford W-DX35-62 global standard.

SPCX is a Side Port plate for the CX spring used for connecting into a hosed or linked system

Speed Control reduce or eliminate blank holder bounce associated with increased return stroke speeds.
• Force: 7,400 - 50,000 N (1,665 - 11,250 lbf )
• Cylinder Diameter: 75-150 mm (2.93-5.85 in)
• Stroke Length: 80 - 300 mm (3.12 - 11.7 in)

SP is a Side Port plate for the CU4 spring used for connecting into a hosed or linked system.

SM is a body mount for the M2 gas spring.

The SA support can be fitted using the B mount option on TU springs and is normally used together with the FAC flange. The SA support is supplied complete with screws needed to mount the support to the spring. It is recommended to back the SA mount with a key.

The S mount is a horizontal body mount allowing the gas spring to be installed in any orientation within the die.

The RM mount is a removable square mount for mounting the gas spring in the base. The RM mount is an alternative to an SW (Square Welded) mount, making it possible to keep a more flexible inventory. The RM mount meets the Ford W-DX35-80 North America standard.

Small rod sealed spring offering high force per area, different force levels and high stroke rates.
• Force: 130-900 N (29-202 lbf)
• Cylinder Diameter: 12-19 mm (0.47-0.75 in)
• Stroke Length: 7 - 125 mm (0.27 - 4.88 in)

The NMP is a rectangular base mount, which meets the Nissan standard K32P0.

Mould Temp gas springs are compact and powerful piston rod sealed gas springs, which can be used up to 120°C.
• Force: 420-9,200 N (95-2,068 lbf)
• Cylinder Diameter: 16-50 mm (0.63-1.97 in)
• Stroke Length: 10-80 mm (0.39-3.15 in)

MP is a square base mount to mount the gas spring to the tool by using the bottom threads of the gas springinto the tool. MP meets the ISO 11901-2, GM 90.25 and other standards.

Small repairable spring offering different force levels, high strokes per minute, with or without threaded cylinders.
• Force: 500 - 2,000 N (110 - 450 lbf)
• Cylinder Diameter: 25 - 32 mm (0.98 - 1.26 in)
• Stroke Length: 10 - 125 mm (0.39 - 4.92 in)

Innovative Low Contact Force gas springs, 100% interchangeable with ISO gas springs. Reduce shock loads and noise levels.
• Force: 7,400 - 106,000 N (1,665 - 23,830 lbf)
• Cylinder Diameter: 50 - 195 mm (1.97 - 7.68 in)
• Stroke Length: 12.7 - 300 mm (0.5 - 11.81 in)

When fixing gas springs vertically using 2 K-lugs, locking plate L must be used at the same time to ensure that the spring will be fixed radially.

Controllable gas springs with adjustable stroke length for use in nitrogen cooling, are gas springs with a lockable piston rod and delayed return, eliminating the need for a hydraulic cushion or double action press.

Controllable gas springs with adjustable stroke length for use in liquid cooling, are gas springs with a lockable piston rod and delayed return, eliminating the need for a hydraulic cushion or double action press.

Controllable gas springs with adjustable stroke length are gas springs with a lockable piston rod and delayed return, eliminating the need for a hydraulic cushion or double action press.

Controllable gas springs for use in nitrogen cooling, are gas springs with a lockable piston rod and delayed return, eliminating the need for a hydraulic cushion or double action press.

Controllable gas springs for use in liquid cooling, are gas springs with a lockable piston rod and delayed return, eliminating the need for a hydraulic cushion or double action press.

Controllable gas springs are gas springs with a lockable piston rod and delayed return, eliminating the need for a hydraulic cushion or double action press.

The K-lug is used to clamp the gas spring vertically upright to the tool. The gas spring can be clamped down using 2, 3 or 4 K-lugs.
If only 2 lugs are used, then locking plate L must also be used to fix the gas spring.

Note: When using locking plate L together with K-lugs, the spring cannot be hosed together as the L-plate will cover the gas charge port of the gas spring.

Important! The K-lugs are only to be used to mount the spring vertically upright.

Short height version of the TU Series with tapped base mounting holes and side charging port for hose system connection.
• Force: 4,700 - 15,000 N (1,055 - 3,375 lbf)
• Cylinder Diameter: 45 -75 mm (1.77 - 2.95 in)
• Stroke Length: 6 - 125 mm (0.24 - 4.92 in)

The HMF mount is a symmetric horizontal body mount similar to the S mount. The HMF mount meets the VDI 3003, Ford WD-X35-62 and GMDS 90.25.455 standard.

HM (Horizontal Mount) is a mount for TU 250, 750-3000 springs. This mount meets FORD WD-X35-62-standard. The front support can be rotated 180° allowing it to be mounted in a 10 mm key groove. If the front support is not mounted in a key groove, we recommend that the rear mount is backed up using a key.The support is supplied complete with screws for attaching the mount to the spring.

FTM is rectangular lock nut with lock screw. The FTM lock nut is to be used on gas springs with an outer metric thread on the tube.

The FSS mount is of the same type as the FSL mount, but with external dimensions and hole pattern as the FFC mount. The FSS mount fits on gas springs with a lower U-groove. The FSL adapter ring is included in the FSS mount and does not need to be ordered separately. The FSS mount can be used for both upright and upside down installation. The FSS mount meets the Subaru standard SD116401

FRM is a slotted round lock nut, which meets the GM standard 90.25.99. The FRM lock nut is to be used on gas springs with an outer metric thread on the tube.

FK is a square flange mount used to mount the gas spring in the upper C-groove

The FFL mount is of the same type as the FFC mount, but with external dimensions and hole pattern as the FSL mount.

FFC is a foot mount used to clamp the base of the gas spring to the tool by using U-groove of the gas spring. FFC meets the ISO 11901-2, VDI 3003, Ford WDX35-62, GM 90.25 and other standards.

The FCSC Clamp Flange has a unique patented design that offers a very robust play-free connection between the gas spring and the mount. This play-free connection also prevents rotation of the gas spring.
The FCSC Clamp Flange is especially suitable for gas springs that will be hosed together and/or are used in high-speed, long-stroke upside-down installations.
The FCSC Clamp Flange is available for gas springs sizes from 500 up to 7,500.

Note: The FCSC and FCS flanges are fully interchangeable if low head cap mounting screws (4x) are used. Using low head cap screws ensures the top of the screw is flush with the top of the flange. If normal head cap screws are used, the top of the screw will protrude from the top of the flange by 3 mm.

FCS is a square flange mount used to mount the gas spring in the upper C-groove.
FCS meets the ISO 11901-2, VDI 3003, Ford WDX35-62, GM 90.25 and other standards.

FCR is a rectangular flange mount used to mount the gas spring in the upper C-groove. FCR meets ISO 11901-2, VDI 3003, GM 90.25 and other standards

FCR is a rectangular flange mount used to mount the gas spring in the upper C-groove. FCR meets ISO 11901-2, VDI 3003, GM 90.25 and other standards

FC is a round flange mount used to mount the gas spring in the upper C-groove.