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High-speed thread cutting with reversing kinematics The new EWS Tapmatic thread cutting head for driven tools enables thread cutting processes without having to reverse the direction of rotation thanks to its reversing kinematics. This saves time and energy and protects the motor – all this with a defined depth of thread. The units are available for M3-M12 threads.

Compact and stable – this is EWS' new swivel head. The swivelling module, which is equipped with a Cylkro drive system, is 17 mm smaller than standard heads which, above all, offers greater flexibility in swivel ranges between 0° and 45° in the field of cutting tools. The swivel unit covers an angle of +/- 92°. During the swivelling process, the supply of coolant is directly carried along. A distance of at least 48 mm from the contact surface to the swivel axis can be proposed. Even a high-pressure interior cooling system of up to 70 bar can be built into the module without the exterior dimensions having to be modified. Rotational speed limit is 6,000 1/min, maximum transmittable torque is 16 Nm, and max. cutting tool diameter is restricted to 10 mm. The swivel head is mainly suitable for drilling or for simple machining tasks. EWS' TWK range is available. for greater demands with regard to torque and performance.

More space to work – let the rods out! In particular applications, it can be necessary that the rod leaves the clamping head, e.g. for reasons of accessibility or restrictions regarding space that do not allow a rod that is permanently in place. Especially in applications where moulds are closed and kept closed against high forces with the SITEMA PowerStroke, it is a big advantage when the rod can leave the clamping head. Thus, the rods are no obstacle when taking finished parts out of the mould or when handling parts. With certain modifications, most of our series can be adapted as special designs to allow the rod leaving and re-entering the clamping head. We have already realised a great number of such solutions for vertical and horizontal applications. Contact us for more information!

EWS goes milling With its latest range of angular heads, EWS brings its trusted technology with new features to machining centres. The system range was presented to the public for the first time at EMO 2015. An elegant design houses high-performance technology, or to put it simply Precision meets Motion. Advantages: the smart solution for compensating for there not being a machining axis Machining hard-to-reach parts Centre boring stepless angle adjustment around the horizontal axis, with tangentially acting double cone clamp MR > 250 Nm Prerequisite: The prerequisite is a "stop block" on the machine. This prevents the entire unit from turning while simultaneously defining the position of the angel of rotation. Variations: basic duplex offset Request form: PDF

In particular applications, it can be necessary to hold high axial forces and torque at the same time. For pneumatic operation, our Locking Unit series KFPD meets this demand. Depending in the size, forces / torques of 12 kN / 120 Nm or 30 kN / 500 Nm can be held securely. The “normal” SITEMA Locking Units KFH are already able to hold smaller torque. Example: 280 Nm with, at the same time, an axial holding force of 100 kN on rod diameter 56. In case higher torque needs to be held, SITEMA’s special design series KFHD can help. With this design, it is possible to hold torque with a factor of 10 higher compared to the standard KFH unit. Example: 2800 Nm with, at the same time, an axial holding force of 100 kN on rod diameter 56. Whether the operation is pneumatic or hydraulic, the application is limited to static holding. The KFPD and KFHD can prevent a rotation from starting, but are not suitable to brake rotating masses.

RSLD is our short cut for a laser head consisting of a total of 3 motorized axes for use in large-format laser machines in gantry design for the 3-dimensional laser cutting of components. The horizontal main axis of the laser head permits endless movement, even during the rotary movement the axes below are permanently supplied with cooling water, process gases and all electrical signals. Suitable optics are used for the laser source used, either directly water-cooled metal mirrors with low-absorption coating or alternatively glass optics. The use of an adaptive optics enables the freely programmable focus position for cutting and piercing. The exclusive use of torque motors reduces mechanically moving components and thus guarantees consistently high machining accuracy and best machining results over a long service life, against mechanical damage reliably protects our proven 3D collision protection.

RSD is our short name for a laser head consisting of a total of 2 motorized axes for use in large-format laser machines in gantry design for 3-dimensional laser cutting / laser welding of components. The horizontal main axis of the laser head permits endless movement, even during the rotary movement the axes below are permanently supplied with cooling water, process gases and all electrical signals. Suitable optics are used for the laser source used, either directly water-cooled metal mirrors with coatings of least absorption, or alternatively glass optics. The use of an adaptive optics optionally allows the freely programmable focus position for cutting and piercing. The exclusive use of torque motors reduces mechanically moving components and thus guarantees consistently high machining accuracy and best machining results over a long service life, against mechanical damage reliably protects our proven 3D collision protection.

SD is our short cut for a laser head consisting of either the swivel axis only or in combination with a highly dynamic linear axis for laser processing of pipes. Suitable optics are used for the laser source used, either directly water-cooled metal mirrors with coatings of least absorption, or alternatively glass optics. The use of an adaptive optics optionally allows the freely programmable focus position for cutting and piercing. The exclusive use of torque motors reduces mechanically moving components and thus guarantees consistently high machining accuracy and best machining results over a long service life, against mechanical damage reliably protects our proven 3D collision protection. The clear aperture of the current laser swivel head SH35 is 35mm, the larger version SH60 is still available with a clear aperture of 60mm.

To better protect the sensor head of the GasPen from dirt, this protective cap can be put on the sensor head.

Pump F 430 PP 100/50 in polypropylene was designed for higher delivery pressure. Instead of a rotor, it is equipped with an impeller in a pump housing. In connection with the powerful FLUX motors the pump delivers a far higher pressure of over 3 bar compared to pumps with semi-axial rotors. This makes it especially convenient for conveying media out of e.g. IBCs and other containers into higher lying pipe systems or out of an IBC in the basement to a higher floor. Benefits: - The pump has a significantly higher delivery head in the range up to 40 l/min compared to pumps with half-axial rotor (Z-rotor) - Allows the conveying of media out of an IBC stock in the basement into higher floors - Ideal for pumping media into a higher lying pipe system - Can be used as a supply pump of line networks e.g. for feeding of process water

Read head for connection to position indicators LG20 and LH70 series Output signal: TTL A/B quadrature signal, compliant with EIA-422 Maximum resolution: 10μm Maximum response speed: 300m/min (varies depending on read head and setting) Extremely insensitive to even the harshest environmental conditions (IP65) Resistant to oil, dust, vibration and shock

The drill head for carcass sampling has a hexagonal socket for bit holders or chucks, suitable for all commonly used cordless screwdrivers or drilling machines. Meat sampler for microbiological sampling of carcass surfaces. Slaughtering businesses (slaughterhouses, butcher's shops, etc.) are obligated as part of operational process control and for monitoring of slaughter hygiene to conduct regular microbiological examinations of carcasses for cattle, hogs, sheep, goats and horses, etc. The samplers for carcass sampling are similar to a cork drill. They can be used in the punch process (a destructive process, also called the cork drill or excision process) to remove a circular sample of tissue of 5 cm² from the surface. After the punch sample is cut out, it is removed from the carcass with a scalpel and tweezers.

When using high-performance CO2 lasers for welding applications, metal mirrors are usually preferred for beam guidance. Depending on the desired application, the configuration of the machining head is composed of modular individual components according to customer requirements. The possibilities are almost unlimited, ranging from the simplest welding head to complex 3D machining heads. The FH40/C focusing heads are used for laser power up to 5 KW and raw beam diameters up to max. 30mm, the FH60 focusing head for laser power up to 15 KW and raw beam diameters up to max. 50mm. All optical units have connections for direct water cooling, are available with different coatings and are generally available from stock. In addition to the cross-jet for the efficient reduction of splashes and smell on the mirror optics, protective gas feeds with a lateral or coaxial flow direction are also offered for targeted coverage of the welding torch.

The laser cutting head FC4 is predominantly used in medium power lasers machines, impresses with its slim design and the related low weight. The use of a deformable (adaptive) mirror is of great importance in this case, since no motorized lens adjustment for focus adjustment is required any more. The focus adjustment via adaptive optics above the focusing lens is fast, reliable and precise. Focus positions for a wide variety of materials can be determined, stored in the machine CNC and called up for controlling the optics as desired. The dynamics of the adaptive optics are also clear when piercing the material before the beginning of the cut – for a full stroke, only 0.2 seconds are required. Especially when cutting thicker materials, the time saving can be considerable. The use of aspheric lenses guarantees the best optical properties; protective glass cassettes on both the collimation side and the pressure seal below the focusing lens protect the optics from contamination.

The laser cutting head FC1 is predominantly used in low to medium power lasers machines, impresses with its slim design and the related low weight. The use of aspheric lenses guarantees the best optical properties; protective glass cassettes on both the collimation side and the pressure seal below the focusing lens protect the optics from contamination. The technical design of the manual adjustment of the focus position is convincing by precision, the focus position can be precisely adjusted without tools via the generously dimensioned adjustment range of 20mm and can safely hold it without countering. The fast distance sensor allows precise control even when cutting the thinnest materials. Thus the FC1 offers excellent cutting performance at an interesting price.

PL81 / PL82 read heads for SL110 / SL130 tape scales with interpolation electronics and TTL output signal PL81: TTL through open collector output PL82: A/B phase via TTL line driver interface (RS422) Max. Response speed: 5m/s Max. Resolution: 10µm (phase to phase) Easy installation and large mounting tolerances For universal measured value acquisition e.g. in automation For connection to SPS counter cards Protection class: IP67 available Resistant to oil, dirt, vibration and shock

Read head for magnetic tape scale SL710/720/730 Pl101-R/RH: 1Vpp interface PL101-RA/RHA: TTL line driver interface (RS422) PL101-RM/RHM/RP/RHP/RY/RHY: with serial interface from Mitsubishi (M), Panasonic (P) or Yaskawa (Y) Max. Response speed: 6.4m/s with 1Vpp Max. Resolution: 0.2µm with TTL (phase to phase) Easy installation Protection class: IP67 (RH version), IP50 (R version) Resistant to oil, dirt, vibration and shock

Potentiometric position transducer with very compact dimensions; robust design with metal flanges; sintered bronze plain bearing; long life span and high adjustement speed; easy to assemble via low-backlash pivot heads with a large angle of freedom; High protection class

Potentiometric position transducer in compact design with one-sided actuating rod; long life span and high adjustement speed; easy to assemble via low-backlash pivot heads with a large angle of freedom

max. size 24 x 34 cm age 2014 brochure finisher head- / tail trimming square fold of booklet spine max. 1.600 cyles / h (off-load) for inline or offline operation was used inline behind a Konica Minolta system Delivery time: immediately from stock Ref: SD210285A Please ask for price. We ship and install worldwide!

This development represents more than 30 years of SPANNTOP experience. It exploits all the advantages of the latest machine tools. This clamping head is not only extremely powerful, it is also convincing through simple handling. With the changing fixture you set up in no time. The combination of steel and rubber, specially developed by HAINBUCH, in conjunction with a vulcanization that has been perfected over decades, is designed for maximum speed and holding force – with optimal concentricity, and incredible rigidity and service life.

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!

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!

Large workpieces – large chucks – large clamping heads. So far so good, but sometimes you also have to machine smaller workpieces? Instead of buying large clamping heads with a small diameter, there is now a better alternative: the clamping head adapter. For example, it can basically turn a size 100 chuck into a size 65 chuck and you can then change your normal size 65 heads using this clamping head adapter. Your advantages are in-stock availability and a lower price for the smaller clamping heads. You also save the costs of purchasing new large clamping heads if you are already using smaller clamping heads. Changing the clamping head adapter is fast and easy with the suitable changer interface.

This angle-design machine allows you to deburr holes in hard to reach areas, e.g. holes in cross holes, which have to be deburred from the inside.

Our top device when it comes to deburring in difficult-to-reach places, such as holes in cross holes. The height (excluding countersink) of the very low-wear drive head is just 15 mm and can, therefore, also reach very narrow places. The extremely quiet and light drive can be set from 0 to 900 RPM and has very low air consumption: 150 l/min.

The DK 106 discharge head in the KERSTEN neXt® product family serves to eliminate electrostatic charge on a variety of materials. It is generally used where a variable position is necessary in addition to high discharge performance. Its small design allows installation in confined spaces.

The discharging head DK 206 of the KERSTEN neXt® product family eliminates electrostatic charges on a wide variety of materials. .

The discharging head DK 206 (EX) of the KERSTEN neXt® product family eliminates electrostatic charges on a wide variety of materials. Through the clamp mounting, the DK 206 (EX) can be affixed onto a tube with a diameter of 12mm. ATEX Authorization:EX II (2) D 80 degrees Celsius und EX II (2) G IIB T6