Clamping systems - Import export

Automatic clamping takes place over disc springs, which are adjustable in the pre-loading and are solved pneumatically to the workpiece change. Manual clamping is made by a knurled knob on the opposite side of the collet. Due to the integration into the existing through-hole of the rotary table, the rotary table with the clamping system remains very compactly. Compact High run-out accuracy Easy to operate Retrofit possible

KFE Special customer requirements Applications Overview Presses Machine Tools Automatization + Feeders Lifting Gear + Mobile Hydraulics Production Technology Special Machinery CAD Download Contact Electric Locking Unit The electric Locking Unit KFE is used as a stepless locking device on round rods and holds axial forces in both load directions without axial play. It is used where hydraulic or pneumatic solutions are not possible. The holding force is created by the proven spring-operated clamping system as it is used in SITEMA’s hydraulically or pneumatically operated Locking Units. At a drop of the control voltage or in case of failure of the electric supply, the Locking Unit KFE clamps automatically. Therefore, it is also suitable for use in safety relevant applications. To operate the Locking Unit KFE, a supply voltage of 24 V and a control signal for the input command “clamp/release” are sufficient. The Locking Unit is self-monitoring and provides output signals...

Driven tools form a further core area of EWS. More than 8,000 different tools are available at short notice. In addition to standard products like axial and angular heads, EWS offers swivel units, slot broaching tools, multiform tools and multi-spindle machines. There is just no limit. The tool clamping systems range from the classic collet chuck holder to Weldon and hydro extension to Capto, KM, ABS and HSK. The applications range from classic CNC lathes to highly complex turning milling centers. The rapid change system EWS-Varia has set a standard for a flexible modular system. With its safe handling and short change-over times, EWS-Varia ranks among the most successful systems in the market. This was impressively confirmed by the Innovation Award awarded by the German state of Baden-Württemberg in 2006. "Made in Germany" is of course guaranteed by EWS also for these tool systems.

SHORTENED CHANGEOVER PROCESS In modern production processes, factors such as efficiency and flexibility play an increasingly important role. For injection moulding companies, this demand for flexibility means there is a constant challenge posed by increasingly smaller lot sizes, the desire to achieve lower inventories and just-in-time deliveries.

Bolt clamp with rubber inlay

The directly driven dividing apparatus of the TA3 series are excellent suited for the exact positioning of workpieces or, due to the high speeds, also for round machining of workpieces. The direct drive is absolutely backlash-free and ensures highest dynamics. All dividing apparatus are equipped with an automatic, pneumatically actuated clamping system. The dividing apparatus TA3G180 can be optionally equipped with an automatic hydrodehn clamping system (hydraulic expansion technology). Field of applications Rotation axis for angle positioning of work piece carriers in: Processing centers CNC - grinding machines Tool machines Laser processing machines, etc.

The HBE320-523 3D has been developed for cutting 3D-Printing Plates in different sizes up to 500 x 300 mm. Highest precision ensures optimal cutting results and guarantees, that neither the printplate nor the printed parts get damaged. The result is, that the height of the supporting structure of the printed parts can be reduced. The individual fabrication of the bolted plates provides high flexibility for sawing 3D-Printing Plates in different sizes and shapes. The Stop-System with alignment on the printplate simplifies the set-up mode and reduces sources of errors. The fixture ismoveable, which ensures an easy loading and handling. To adapt the sawing system to the process in an optimal way, BEHRINGER offers various options such as machine cover with suction device, spray mist system and individual clamping devices.

The LPS-T 3D has been developed for cutting 3D-Printing Plates in different sizes up to 850 x 650 mm. Highest precision ensures optimal cutting results and guarantees, that neither the printplate nor the printed parts get damaged. The result is, that the height of the supporting structure of the printed parts can be reduced. The individual fabrication of the bolted plates provides high flexibility for sawing 3D-Printing Plates in different sizes and shapes. The Stop-System with alignment on the printplate simplifies the set-up mode and reduces sources of errors. Both, the table and the fixture are moveable, which ensures an easy loading and handling. To adapt the sawing system to the process in an optimal way, BEHRINGER offers various options such as machine cover with suction device, spray mist system and individual clamping devices.

The automatic mitre bandsaws from BEHRINGER are saws to really get things moving. Particularly when it comes to classical series production such as cutting to fixed lengths and mitre sawing in automatic mode. And also when cutting layers and packages they make a good impression. By their excellent cutting performance and short nonproductive times, your productivity can be increased significantly. Using an NC controlled feed gripper in conjunction with an NC controlled saw frame mitre box, fully automatic mitre cuts can be performed on both sides. The PC control system provided as standard makes for extremely simple menu-prompted operation of the saw and peripheral devices. The BEHRINGER mitre bandsaws contain many useful features already in the basic price: - Convenient PC control - Fast NC-controlled mitre system - Vertical clamping unit - NC-controlled feeding gripper with 3.000 mm feeding length in single stroke - Spray mist cooling system

Super lightweight aluminum body for direct installation of clamping elements. The PMNM UPC pallet is delivered completely ready fitted to fit the Erowa UPC clamping system with original Erowa elements. Optional with handles and/or link Gripper. is used to clamp small and medium-sized workpieces. It works without an external power supply and is activated manually via a changeover lever.

The HGF Handgausmeter is an easy to use precision instrument. The superfine 1mm probe magnetic flux densities can be measured extremely close to the magnetic pole and in very narrow air gaps. The HGF can be switched between AC and DC magnetic fields as well as between units Gaus and Tesla. At the edge of the display the pending polarity N/S is in the mode "DC magnetic fields" constantly displayed, the "peak indicator" facilitates the search for magnetic surfaces for example, in tracking down unwanted residual magnetism. The package includes in addition to the meter, the 1mm transversal probe and the batteries and a protective case and a protective cap for the probe. Thus, HGF is also suitable for use in the service industry. Our technicians use it for testing of heavy lifting magnets and clamping systems.

FXL Magnetic Clamping TechnologyThe FXL square pole technology is the result of over 20 years of experience in magnetic clamping technology and combines solutions to the most common customer requirements in the highest quality design. Magnetic poles, fed by Alnico and NDFeB magnets, are anchored in a solid, super-stiff monobloc body by means of a tool steel insert with M8 internal thread. The back of the clamping plate remains flat and can be drilled in at all points - for example, for inserting a zero-point clamping system. For this purpose, the magnet system is coated with highperformance resin in a multi-stage process, which has a high mechanical strength and ensures absolute tightness and perfect electrical insulation. FXL magnetic clamping plates can be controlled with our FXL-C control units or with almost all control units from other leading manufacturers.

"haacony". Universal spindle support for craft and industry. Self-locking spindle support, load on head upto 800 kg, load on adjustable claw upto 300kg, load suspension from 16 mm clearance above surface, removable crank, options

Working with and handling drums is done all the time in the pharmaceutical, chemical and food industries. That is why efficient drum handling is a must, and needed in order to optimally structure operational processes. Our products help you with this and offer you a variety of opportunities. Efficient drum handling for drums of any diameter and material Technical description Stainless steel or cGMP-compliant designs High flexibility, such as for drums with any dimensions and of any design No load limitation Tilting function: lengthwise or cross-wise to the column Stationary or mobile designs Floor/ceiling-mounted, free-standing or ceiling-positioned designs Electro-hydraulical or electro-mechanical solutions Extensive series of control designs, from simple direct manual lever controls up to PLC-controlled sequences Various take-up and clamping systems such as a manual clamping ring, motor-driven clamp system, squeeze funnel clamp, fork shaped spears, special designs depending...

Bin lifters from SERVOLIFT are adapted to your bin types. Its modular construction provides for functional extensions by combining special installed components and process machines. One can develop an optimal, ergonomic system solution when using the bin lifters in combination with Servolift containers. Universal handling of all bin types Technical description Stainless steel - or cGMP-compliant designs High flexibility, such as for containers of any dimension and design High load range Stationary or mobile design Floor/ceiling-installed, free-standing or ceiling-positioned designs Electro-hydraulical or electro-mechanical solutions Wide range of control designs, from simple, direct manual lever controls up to PLC-controlled sequences Integration of product controls, such as installation of dosing units Pick up of containers, including discharge aid and valve actuators Extensive take-up and clamp systems, container holding device, fork shaped spears, special designs depending...

SERVOLIFT container blenders are specially designed for gentle product blending and flexible pick up of various containers. The hydraulic clamping system ensures absolutely secure take-up of the blending container. The PLC and recipe-controlled blending process provides optimal adaptation to the blended goods. The Servolift horizontal clamp bar system easily picks up various container sizes or adapters for drums and small containers. The ability to extend the handling functions of lifting, lowering, inverting, pivoting the blender columns provides many applications for the container blender. This is extended through optional installed and auxiliary systems such as automatic feed and unloading, chopping in the blending container, spray system to add liquids to the blended product, prior and follow-on weighing machinery, dosed unloading, NIR systems, etc.. Blend in a closed system Technical description Stainless steel or cGMP-compliant design Take up blending containers which are...

SERVOLIFT’s drum blender is designed for the demands of the pharmaceutical and chemical industries. Equipped with easy-to-use equipment, optimal ergonomics, converted to a space-saving and compact machine housing. The blender offers the ability to take up drums of varying sizes. The drum blender can be ideally connected to previous or follow-on processes, to refill or sieve into underneath placed containers, for easy attachment of drums either manually or hydraulically, to blend various containers with fitting clamp or take-up systems. Blending and Handling Technical description Stainless steel or cGMP-compliant design Can lift all customary drums as well as special drums Free-standing or floor- or ceiling-mounted design Loading using trolleys, hand lifters up to fully automatic roller conveyor feeds and unloading Various container clamping systems, from manual up to fully automatic designs Safety housing depending on where set up, and processes Standard tipping setting on the...

Zero-point clamping technology from AMF: economical, strong, precise. The Zero-point system from AMF has virtually revolutionised the zero-point clamping technology market with technological superiority. The highly precise clamping modules with high draw-in, locking and holding forces ensure perfect clamping in the widest range of applications.

Hydraulic clamping systems from AMF: powerful, precise and flexible. The hydraulic clamping systems from AMF include a wide range of components, which in turn are available in many different designs. This means that we are able to offer fully developed technology with different features tailored precisely to the needs of the different areas of use.

You are short of personnel, but have to process your orders, preferably 24/7? Then the DockLock AC zero-point clamping system for automated fixture change-over, in either the hydraulic or pneumatic version, is perfect for you. The clamping device quick change-over system for stationary applications allows automated change-over of your clamping devices in two minutes. And with repeatability of ≤ 0.005 mm, without alignment. The design of the form fit clamping and power transmission is identical to the DockLock for manual set-up. In addition, it is equipped with a closure at the clamping position as protection against contamination and chips. That ensures even less wear and reduces maintenance expenses. In addition, standard features include an air sensing control, air-blast support isles and a piston position control for a safe and reliable automated process.

Are you tired of losing so much time due to change-over on your machining center? Then we have something for you. The DockLock zero-point clamping system in the hydraulic or pneumatic version. One clamping device quick change-over system for stationary applications. It allows you to change your clamping devices in two minutes. And with repeatability of ≤0.005 mm, without alignment. A special feature: form fit clamping with a collet or clamping segments. That means a rigid clamping set-up and higher repeatability. This also prevents clamping marks on the clamping bolt as opposed to zero-point clamping systems with balls or sliders, which lead to inaccuracies and consequently to replacement of the clamping bolts. Likewise, no contamination and chips can get through, which ensures low-wear operation and reduces maintenance expenses.

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.

With our hexagonal clamping heads you get up to 25 % more clamping force and higher output with the same clamping cylinder actuating force that is used to actuate our SPANNTOP chucks. The pyramid arrangement of glide surfaces makes it possible. In addition the hexagonal geometry ensures that TOPlus is more resistant to contamination than former clamping head / chuck systems. Therefore, TOPlus is even better suited for raw material, cast and forged parts, as well as fine-particle non-ferrous metals such as brass. With a concentric precision of ≤ 0.005 mm!

The segmented clamping bushing SE with the hexagon socket sits on the clamping pyramid, absolutely form-fitted in every clamping position and thereby enables maximum machining performance with minimal vibration and thus less tool wear. The full-surface contact of the segmented clamping bushing on the mandrel ensures a significantly better insensitivity to contamination than previous segmented clamping bushing/mandrel systems. Therefore, these segmented clamping bushings are even better suited for raw material, cast and forged parts, as well as fine-particle non-ferrous metals such as brass. And they offer this suitability at run-out of ≤ 0.01 mm and in the premium version at ≤ 0.007 mm.

With our hexagonal clamping heads you get up to 25 % more clamping force and higher output with the same clamping cylinder actuating force that is used to actuate our SPANNTOP chucks. The pyramid arrangement of glide surfaces makes it possible. In addition the hexagonal geometry ensures that TOPlus is more resistant to contamination than former clamping head / chuck systems. Therefore, TOPlus is even better suited for raw material, cast and forged parts, as well as fine-particle non-ferrous metals such as brass. With a concentric precision of ≤ 0.005 mm!

Extended variant with many more clamping possibilities MANOK plus, the extended variant of our manual MANOK stationary chuck differs through use of adaptation elements. For example, many more clamping possibilities are available to you in combination with the MANDO Adapt mandrel-in-chuck or the jaw module for even larger clamping diameters. Advantages: — Lateral set-up on optional baseplate is possible — Use of adaptation elements in HAINBUCH SYSTEM — More clamping possibilities

A regular check of clamping force is vital for a safe, precise, and productive process. Do you manufacture at the highest possible metal removal rates? Perhaps your clamping device can do more than you think! Those who face tough competition can no longer afford to manufacture with »theoretical clamping forces«. Nevertheless the DIN EN 1550 requires that static clamping force measurement must be performed by the manufacturer at regular intervals. Modular measuring system The TESTit clamping force gauge measures and records the clamping force for O.D. clamping and I.D. clamping and even the draw-in force of hollow tapered shank locations. TESTit consists of two parts: The basic unit, which is the IT module, and the measuring units, which are the TEST modules. You only need the IT module once – regardless of whether you want to measure the clamping force at O.D. clamping or I.D. clamping or the draw-in force.