Clamping jaws - Import export

clamping force 7,5 kN, retention force 10 kN pendulum range ± 4 mm, hose at the side max. 250 bar, as per data sheet B1.733

clamping force 7,5 kN, retention force 10 kN pendulum range ± 4 mm, hose at the back max. 250 bar, as per data sheet B1.733

clamping force 7 kN, retention force 4 kN stroke 6 mm per clamping jaw max. 250 bar, as per data sheet B1.732

Quick click-shut coupling (QuickLock) without threads, no lubrication or elaborate screwing required Fast rod insertion and removal Approximately 40 % quicker installation than screwed rods Absolute stable connection Works around offset pipe bends and joints Minimal deformations Made from one piece of steel Rigid, low wear, as no clamping jaws required No slipping back of the bursting rods due to elastic pulling forces Bursting rod system with practical bursting rod accessories

The AutoSAM 3.26 is an automatic bar feeder with hydrodynamic bar guidance. It is particularly suitable for connection to sliding headstock lathes (Swiss-Type). Its field of application is in small, medium and large series. Its big brother is the bar loading magazine AutoSAM 3.51. The bar feeder has a calibration-free material clamping which is carried out by collets. This saves time for material change due to the automatic centric positioning. Four clamping jaws ensure maximum hold while the collet is being pulled onto the bar. The Mitsubishi PLC control system with PC board ensures extreme process reliability and simplifies communication with the lathe. Compatible with almost all types of lathes. For example Citizen, Star, Nomura, Mazak, Okuma, DMG Mori, SMEC, Doosan, Nakamura, CMZ, Takamaz and many more.

The CLAMPING JAW cable gland made of nickel-plated brass is the cable entry solution for applications where increased anchorage is required. Features: - increased centrical anchorage - for cables from 5,5 to 45 mm - temperature range -30 °C / +100 °C - Protection grade IP54 - with metric or Pg-thread

A precise 90° saw cut is a basic requirement for orbital weld preparation. Robust saws for all wall thicknesses Powerful drive motor Uniform and easy feed control by means of handwheel Different chamfering blades mountable Right-angled saw cut 4, 5 or 6 clamping jaws made of stainless steel as well as reducing jaws Due to concentric clamping no deformation with thin-walled pipes Also for cutting off pipe bends Quick-release fastener for easy changing of saw blades Chip removal during cutting by means of integrated brush Convenient adjustment of plunge depth by means of feed wheel Technical Data: Size range in mm: OD 6 – 220mm Size range in inch: 0.236″ – 8.661″ Wall thickness: 1 – 8mm Electric drive: Single-phase AC motor Mains voltage (input): 200/220VAC (50/60Hz) Power: 1000W / 4.5A Protection class: II Speed control: 6-step control Weight: 47 - 77kg Package includes: Tube saw with electric drive One saw blade One bottle of saw blade lubricating oil

This equipment now permits fittings up to 3“ to be inserted or extracted. Due to its innovative rapid tool sled, the insertion of 90 degree, 45 degree or straight fittings without changing tools is now simple and quick. Ergonomic Freely positional foot pedal for clamping hose saves time and increases productivity Lifting eyes for easy positioning of the machine Simple to use Universal hose clamping jaws for all hose diameters without the need for changeover eliminates lengthy setup times Axially adjustable clamping unit for all diameters prevents kinking of thin hoses and for efficient operation Individual clamping force adjustment for damage-free clamping avoiding scrap Zero maintenance and wear contributes to cost savings Rapid sled for inserting curved and straight fittings without time-consuming exchange of fork sets saves time Safety compliant Moving components have safety guarding CE-compliant, robust UNIFLEX quality

The type SFO-F tube forming machine facilitates the economical and most reliable production of tube ends made of steel, stainless steel and other materials with a contour typical for the STAUFF Form tube forming system. The machine is designed as a robust table-top device for continuous operation in the workshop. It is used in connection with FI-FST tube shapers and FI-FB clamping jaws. Tube shapers with FI-ID internal tube supports are used with selected tube dimensions, which prevent the tube from being constricted in the shaping area. Tube shapers, clamping jaws and internal tube supports have been specifically designed for the mechanical forming process and can be quickly and simply replaced without the need for any tools, if required. The resulting short tool change and set-up times contribute to the high efficiency of the system as well as ensuring low cycle times. All the tools needed for the forming process are clearly labelled with the tube dimensions so that assembly...

The unique friction welding machine RS02 is the professional tool for the maintenance operator and also the fastest and most reliable way of welding belt profiles. Constantly good quality connections are produced in a few seconds with repeatable accuracy due to fixed welding parameters. Welding clamping jaws tuned to the respective profile ensure reliable clamping and perfect alignment of the profile. Thanks to its handy type of construction, the friction welding machine can even be used in narrow space conditions for comfortable welding. The ­recently developed battery version is now available to ensure unlimited freedom of motion.

Designed to be used as lockable filler ports for hydraulic reservoirs, allowing the reservoir to breathe whilst protecting it from contamination found in harsh environments Types ▪ SMBL-C (Clamping version) ▪ SMBL-P (Screw-in version) ▪ SMBL-P (Push-on version) Features ▪ Available as clamping version (with 3 clamping jaws), as threaded version (with female BSP thread) or push-on version, suitable for stand pipe mounting with pipe diameters up to 77,5 mm / 3.05 in (secured by 3 locking screws) ▪ Key-lockable cap (2 keys included) ▪ Lock protected by rotating flap ▪ Air flow in both directions, one direction only or no direction Materials ▪ Breather cap made of Aluminium, lacquered (light-grey, RAL 9022) ▪ Breather body made of Aluminium, zinc-plated ▪ Basket made of Steel, zinc-plated or Polypropylene (PP) ▪ Sealings made of NBR (Buna-N®) (standard option); FPM (Viton®) sealed version available Technical Data ▪ Operating temperature range: -30 °C ... +100 °C / -22 °F ......

Designed to be used as filler ports for hydraulic reservoirs, allowing the reservoir to breathe whilst protecting it from contamination found in harsh environments Types ▪ SPB 1 (Screw-in version; Cap Ø 45 mm / 1.77 in) ▪ SPB 2 (Screw-in version; Cap Ø 70 mm / 2.76 in) ▪ SPB 3 (Screw-in version; Cap Ø 101 mm / 3.98 in) ▪ SPB 4 (Bayonet version for clamping jaw installation to a single mounting hole; Cap Ø 101 mm / 3.98 in) ▪ SPB 4 (Bayonet Version with six-hole bolt pattern for flange interfaces similar to DIN 24557-2; Cap Ø 101 mm / Ø3.98 in) Materials ▪ Made of non-corrosive materials ▪ Body and cap made of glass-fibre reinforced Polyamide (PA) ▪ Sealings made of NBR (Buna-N®) Consult STAUFF for alternative materials. Technical Data ▪ Operating temperature range: -40 °C ... +120 °C / -40 °F ... +248 °F ▪ Plastic basket (800 μm) ▪ Telescopic plastic basket (800 μm) ▪ Pressurisation up to 0,7 bar / 10 PSI ▪ Air filter element ▪ Anti-splash feature ▪ Plastic dipstick with...

The angle transducers have a magnetic scanning according to the HALL principle. Due to the robust design, critical and interference-free applications in harsh environments can be realized. They have a robust housing (wall thickness > 5 mm) made of aluminium or stainless steel, shaft and ball bearing made of stainless steel, shaft with flattening, rotor with shaft and permanent magnet mounted in prechamber, sensor circuit consisting of ASIC with Hall elements and interface electronics housed in closed main chamber. Two models are available: For low and high temperature applications. The model for low-temperature use is equipped with a special grease for bearings and shaft seal. Seals and shaft seal are made of PTFE. Cable gland with clamping jaw pressure screw and silicone seal. The model for high temperature use is without shaft seal. Under the rear cover there is a signal changeover switch (CW/CCW). On the side there is a preset button (4 mA) placed under a screw plug.

The angle transducers have a magnetic scanning according to the HALL principle. Due to the robust design, critical and interference-free applications in harsh environments can be realized. They have a robust housing (wall thickness > 5 mm) made of aluminium or stainless steel, shaft and ball bearing made of stainless steel, shaft with flattening, rotor with shaft and permanent magnet mounted in prechamber, sensor circuit consisting of ASIC with Hall elements and interface electronics housed in closed main chamber. Two models are available: For low and high temperature applications. The model for low-temperature use is equipped with a special grease for bearings and shaft seal. Seals and shaft seal are made of PTFE. Cable gland with clamping jaw pressure screw and silicone seal. The high temperature model is without shaft seal. Under the rear cover, there is a signal path switch (CW/CCW). On the side there is a preset button (4 mA) placed under a screw plug.

Scope of application: -Horizontal installation – suitable for vertical CNC-controlled milling machines -Ideal for use on 5-axis machining centres due to its compact design -With support jaws, unmachined parts with varying types of flame-cut and sawn materials and even complex castings can be clamped safely and economically. Gripper studs suitable for materials of mechanical strength of up to approx. 1000 N/mm². Product features: -The centre is adjustable. The position of the workpiece stays within set boundaries. -Repeating accuracy ± 1/100 mm for angled workpieces -Clamping range presetting via adjustment of clamping jaws along transverse slots of spindle nuts -Moulding and clamping in a single step, directly in the work area – no auxiliary aids required -Fully enclosed and maintenance-free high-pressure spindle – high chip protection, minimum cleaning requirements, constant clamping forces up to 40 kN

By means of the moveable container with the mixed material, container with separate trolley, will be positioned in the tumbling mixer. The moveable container will be lifted by a pneumatic stamp. The trolley will be fixed in the tumbling mixer by means of a pneumatically actuated draw-in device. The head of the tumbling mixer formed as a container, fixed on the mixing head with four pneumatically operated clamping jaws including forklift pockets and discharge valve. The lifted container is locked to the tumbling head by means of pneumatically actuated locks. After fixing of the container at the tumbling head a SPS controlled tumbling process starts.

Scope of application: -Can be applied horizontally or vertically – therefore suitable for vertical and horizontal CNC milling machines -Conventional clamping, gripper clamping or pull-down clamping are all possible -Clamping unmachined parts, saw-cut or flame-cut material by penetration of hardened, replaceable gripper elements into the workpiece -With the support jaws, unmachined parts in highly varied materials, or with complex geometries, can be clamped securely and economically. Product features: -High versatility – the modular clamping system combines practically all the possibilities of our tried-and-tested model -High-pressure spindle with power intensification. -Enlarged clamping span for secure clamping of unmachined parts -Lost clamping margin 8 mm with pull-down, 3 mm with GRIPPER -Clamping near to neutral axes -Clamping jaws of forerunner are compatible -Clamping range of the middle fixed jaw groove: Max clamping width -176 mm

Scope of application: -Can be applied horizontally or vertically – therefore suitable for vertical and horizontal CNC milling machines -Conventional clamping, gripper clamping or pull-down clamping are all possible -TITAN 2 K – ideal for use on five-axis machining centres -Clamping unmachined parts, saw-cut or flame-cut material by penetration of hardened, replaceable gripper elements into the workpiece -With the support jaws, unmachined parts in highly varied materials, or with complex geometries, can be clamped securely and economically. Product features: -High versatility – the modular clamping system combines practically all the possibilities of our tried-and-tested models -High-pressure spindle with power intensification. Clamping force does not slacken -Enlarged clamping span for secure clamping of unmachined parts -Lost clamping margin 8 mm with pull-down, 3 mm with GRIPPER -Clamping near to neutral axes -Clamping jaws of forerunner are compatible

Scope of application: -Can be applied horizontally or vertically – therefore suitable for vertical and horizontal CNC milling machines -Conventional clamping, gripper clamping or pull-down clamping are all possible -Clamping unmachined parts, saw-cut or flame-cut material by penetration of hardened, replaceable gripper elements into the workpiece -With the support jaws, unmachined parts in highly varied materials, or with complex geometries, can be clamped securely and economically. Product features: -High versatility – the modular clamping system combines practically all the possibilities of our tried-and-tested models -The TITAN 2 M is ground an polisched on all sides -High-pressure spindle with power intensification -Enlarged clamping span for secure clamping of unmachined parts -Lost clamping margin 8 mm with pull-down, 3 mm with GRIPPER -Clamping near to neutral axes -Clamping jaws of forerunner are compatible

Scope of application: -Horizontal installation – suitable for vertical CNC-controlled milling machines -Ideal for use on 5-axis machining centres -Reliable and fast clamping of unmachined parts, flame-cut and sawn materials with gripper jaws -Clamping of parallel pre-machined workpieces with optional step jaws -Gripper studs suitable for materials with a strength of up to approx. 1000N/mm² Product features: -Optimum accessibility for 5-sided machining thanks to the combination of compact base and large clamping width -Stamping and clamping in a single process, in the working area itself, without any additional accessories -The movable/pivot support jaw allows different workpiece contours to be clamped -Gripper studs can be changed without tools and are easy to adjust by hand -Operation with a torque wrench – max. 30 Nm -High-pressure spindle with power intensification

4-jaw clamping device InoFlex VF — ideal for the raw parts milling machining OP10 — 4-sided clamping with compensation of the opposing jaws and 2-sided clamping possible as a stationary chuck or centric clamping vice — ideal for clamping workpieces sensitive to deformation — for I.D. & O.D. clamping — high repeatability & run-out accuracy

Flexibility thanks the modular system I.D., O.D. or jaw clamping – it‘s easy with the B-Top3 modular system. Everything fits together. With MANDO Adapt segmented mandrel, you can change to perfect I.D. clamping in less than 2 minutes. The SPANNTOP adaptation is the right partner if you have reached your holding power and accuracy limits for O.D. clamping. And all without removing the chuck!

Change over from O.D. clamping to jaw clamping or centric clamping in 2 minutes – without clamping device change-over and without having to align ? No problem, with the jaw modules. Because the basic unit, into which the jaw module is inserted, is a HAINBUCH chuck or stationary chuck. If at times the clamping head reaches its limits because it must clamp a larger area, then use one of the jaw modules. The 3-jaw module is best suited for round workpieces, and if you have cubic workpieces, then rely on the 2-jaw module. This means that for a large parts spectrum you are completely flexible and always have the solution that is ideally suited for the respective clamping situation. Both are small, lightweight, and can be quickly changed over – an ingenious solution for small-series production.

Change over from O.D. clamping to jaw clamping or centric clamping in 2 minutes – without clamping device change-over and without having to align ? No problem, with the jaw modules. Because the basic unit, into which the jaw module is inserted, is a HAINBUCH chuck or stationary chuck. If at times the clamping head reaches its limits because it must clamp a larger area, then use one of the jaw modules. The 3-jaw module is best suited for round workpieces, and if you have cubic workpieces, then rely on the 2-jaw module. This means that for a large parts spectrum you are completely flexible and always have the solution that is ideally suited for the respective clamping situation. Both are small, lightweight, and can be quickly changed over – an ingenious solution for small-series production.

The three axis of motion enable a high performance and an efficient design of the robot system. The central pick up table picks up a whole layer of glass from the pallet. The table pushes the layer on the discharge table in one operation which seperates the glasses and transfers them to the production line. Since the roTeg depalletizing robot DERO II works with clamping jaws, numerous package sizes can be processed without mechanical devices. In each depalletizing cycle the interlayers are also picked up by the glass layer and collected in a magazine. The movability of the robot construction on the x axis enables the handling of different production lines. While one discharge table is still filled with glasses and being emtied line by line the DERO II already takes the next layer and serves the second discharge table.

Depending on size, combined with all adaptations 5-axis machining or rational multiple clamping – with HYDROK we offer a hydraulically actuated stationary chuck that provides even more implementation possibilities. Depending on size – you can use it with all clamping device adaptations, such as the MANDO Adapt mandrel-in-clamping device or with the jaw module. Thus in the future you can also rely completely on the intelligent HAINBUCH modular system, even for your stationary clamping device. Multiple clamping in confined spaces The smallest of the group: HYDROK 40 SE and 32 RD. Their modular base plates can be easily fitted together and enables multiple clamping with incredible holding forces in the most confined spaces. And with an additional tandem cylinder you can even generate the full clamping force with a weaker hydraulic unit.

Flexible for small lot sizes Fast jaw change with quick change design and high repeatability – that is what makes the B-Top jaw chuck product line so flexible. Particularly for small lot sizes. Thus in most cases machining the chuck jaw to size is unnecessary. Conveniently adapted to your requirement Also the insert bushing system is configured for small lot sizes and maximum flexibility. It enables clamping devices to be conveniently adapted to your requirement: Closed with ejector, spray nozzles, or with variable end-stop. Just the way you need it. And the innovative lubricating system ensures improved clamping force behavior of the wedge bar principle.