RÖHM

Universally applicable The gear rim drill chucks are the all-round talents among the drill chucks. Both on stationary pillar drilling machines, hand-held power drills as well as on cordless drills, these drill chucks are drill chucks are convincing in every respect. The PRIMA gear rim drill chucks from RÖHM convince with their universal applicability. These drill chucks have proven themselves for decades on stationary pillar drilling machines and machine tools as well as on hand-held mains and cordless drills. Due to the solid construction and the use of drill chuck keys, an increased power transmission is achieved. Advantages at a glance -Universally applicable for stationary use and on hand-held drilling machines -High concentricity of up to 0.15 mm due to solid design -Increased clamping force due to proven transmission principle by means of drill chuck key Translated with DeepL

The EXTRA-RV drill chucks impress with their user-friendliness. The drill chuck is clamped and locked with a single manual operation. The radial locking device prevents the unintentional release of the drill bit during ClockWise and counterclockwise rotation and makes percussion drilling possible. Thus, these quick-action drill chucks are predestined for use on hand-operated drills. Due to the weight-reduced design as well as the easy handling, the RÖHM EXTRA-RV drill chucks are optimally suited for use on hand-operated drills. In addition, the drill chucks are impact-resistant and can therefore be used universally. ADVANTAGES AT A GLANCE - Easy clamping and locking with one manual operation for maximum user-friendliness - Radial locking device to prevent release of the drill bit during clockwise and counterclockwise rotation - Impact-resistant for universal use Keyless drill chucks for cordless screw-drivers, cordless and corded drills with hexagon for assembling and disassembling on the machine spindle. This drill chuck series is specially designed for use with cordless screwdrivers, cordless and corded drills. The ideal chuck for professionals and D.I.Y. users. One-piece design without retaining ring for machines with spindle stop. Technical features: - very ergonomical, easy to handle, equipped with collision protector - high concentricity - with through-hole for clockwise and anti-clockwise rotation (security screw M 5 or M 6)

Perfect partner for production: The live centres from Röhm The clamping technology specialist Röhm presents its live centres, which simplify everyday life in production with the multitude of product benefits. They help as a perfect partner when dealing with counter-clamping of workpieces on turning and grinding machines. Röhm has manufactured live centres since the 1950?s and perfected them over the past decades. ?Our live centres provide the highest level of maturity ? and that can be noticed in everyday use. Users confirm that to us time and time again,? says Fabian Neumaier, the responsible product manager. Water spray grooves and bearing seats with tight tolerances ensure an extremely long service life. Less space required with constant radial and axial loading is promised by the narrow design of the housing. Naturally, thought is given at Röhm to long-term customer satisfaction. Through innovative lubrication, the heat build-up of the bearing is far lower. Test bench tests confirm this. Thanks to the improved lubrication effect, the operating time of the roller bearings is increased. The centres are supported 3x and ensure high concentricity and stability. The maximum concentricity deviation of 0.005 mm ensures the highest precision. The precision design even provides a concentricity deviation of 0.003 mm. The carbide insert ensures the longest service life and wear resistance. The body is hardened and polished, which is typical of Röhm. The live centres with an offset centre are a highlight. They are particularly well suited for machining lower lying centres or workpieces with an interference contour, and provide more space in the machining area of the machine. The running point can be reground any number of times. The live centres are also suitable for high speeds, powerful, extremely durable and very long-lasting. And they also score top marks when it comes to machining precision ? live centres ? made by Röhm.

The variable machining of turned parts has never been easier. This is made possible with Duro-M, the newly revised geared scroll chuck, innovative lens geometry and optimized power transmission by Röhm. The specialist for clamping devices and grippers, headquartered in Sontheim an der Brenz (Baden-Württemberg, Germany), provides its innovation by default in all diameters from ø74 m to ø1250 mm, further sizes are available on request. There is no limit with regard to the number of jaws: Röhm supplies its new lathe chuck generation across the whole range with two, three, four or six jaws. This way, even particularly thin-walled workpieces can be clamped and machined perfectly.

The RÖHM key bar chucks with quick jaw change system convince in two ways. On the one hand the jaws can be quickly and easily turned, changed or offset over the entire clamping range within a few seconds. On the other the key bar chucks convince with maximum clamping forces and maximum accurancy thanks to direct force transfer via the key bar system. Large, straight surfaces transmitting the force from the key bar to the jaw teeth guarantee long life and produce a very high clamping force combined with an accurancy which is twice high as required by DIN 6386. The high clamping force is achieved without much physical effort by manually turning the key. ADVANTAGES AT A GLANCE - Maximum clamping forces thanks to direct force transfer via the key bar system - Maximum concentricity and axial run-out tolerance - High user-friendliness thanks to quick jaw change system DURO-T key bar chucks are successfully used wherever extremely high tension forces, high concentric accuracy and reliable continuous repeatability are needed. For lathes. Suitable for milling machines, dividing attachments and machining centres in connection with a base plate, non rotating. The jaws can be quickly and easily reversed, exchanged or relocated over the entire gripping range. The jaws retain their accuracy if they are always used on the same chuck and when base jaws and top jaws are kept screwed together as a matched set for recurring work. It is therefore advisable to stock several jaw sets.

The DURO-A is a three-jaw chuck with a through-hole that can be clamped automatically (hydraulically) by a CNC machine. It is mainly used for turning cylindrical and disc-shaped blanks. It scores points over comparable products by its high speeds, high clamping forces, and a small interference contour making it especially suitable for efficient use in automated production. Due to its longevity, the Duro-A has a warranty of 36 months, and with its competitive purchase price, it has a very good total cost of ownership.

The Duro-A RC is a three-jaw chuck with through-feed and quick jaw change system that can be clamped automatically, i.e. hydraulically by a CNC machine. RC stands for rapid change, A for automatic. It is mainly used for turning cylindrical and disk-shaped blanks with frequently changing part geometries. used. Compared to similar products, it scores with a very fast jaw change, short cycle times and high speeds and is therefore particularly suitable for flexible use in automated production. For maximum compatibility, the jaw interface is straight-toothed. Thanks to its long service life, a 36-month warranty and a favorable purchase price, the Duro-A RC offers a very good "total cost of ownership". Translated with DeepL

Founded in 1909, RÖHM began successively expanding their product range by the area of power chuck technology starting in 1950. Decades of experience and knowledge about power chucks make today?s RÖHM power chucks so successful. Especially for the machining of bar material, these are not only characterized by the high flexibility due to the large through-hole, but also by the long service life, top precision and reliability. RÖHM power chucks with through-hole are successfully used both in bar and pipe machining, as well as in the machining of flange-type workpieces. The proven wedge system allows maximum clamping forces with maximum clamping precision at the same time. The rigidity of the power chucks which contributes to this is achieved with a sturdy chuck construction. ADVANTAGES AT A GLANCE - Large through-hole optimal for bar machining - Proven power chucks with long service life - Wedge hook system for high load capacity and clamping precision Making something good, even better ? that is the maxim of Röhm engineers and technicians. So it is no wonder that the clamping technology specialists have set about combining the best properties of 3 and 2 jaw chucks thereby providing even more flexibility in machining. Hence, the so-called 3/2 jaw chuck covers the greatest variety of customer requirements. Through the 3/2 principle, both round as well as square or rectangular workpieces can be clamped securely and machined. Stephan Linder, Head of Design at the Dillingen location: ?We have made two chucks into one, in a manner of speaking. And thanks to the key bar system that has proven itself over decades, high clamping forces and concentricity as well as reliable, permanent repeatability are now easily a given.? In just a few seconds, the jaws can be turned quickly and easily, replaced or moved over the entire clamping range, thanks to the Röhm jaws quick change system. The key bar system is convincing with its very high clamping forces and accuracy. This is possible thanks to large and straight surfaces transmitting the force from the key bar to the jaw teeth. The components are hardened, which ensures the highest accuracy even under extreme loads. The 3/2 jaw chuck is being used successfully by leading medical systems companies, among others. Specifically, components for knee or hip joint implants are being machined, for example. Through the 3/2 principle, both round as well as square or rectangular workpieces can be clamped securely and machined.

RÖHM power chucks with through-hole are successfully used both in bar and pipe machining, as well as in the machining of flange-type workpieces. The proven wedge system allows maximum clamping forces with maximum clamping precision at the same time. The rigidity of the power chucks which contributes to this is achieved with a sturdy chuck construction. ADVANTAGES AT A GLANCE - Large through-hole optimal for bar machining - Proven power chucks with long service life - Wedge hook system for high load capacity and clamping precision Standard chuck for use on modern turning machines. A large through-hole allows both bar and pipe machining as well as the machining of flange-type workpieces. The power is transmitted via the proven wedge hook system.

As a consistent modular system, it is possible to Combine the individual components such as CAPTIS collet chuck, CAPTIS collet and ABSIS-C clamping mandrel depending on use. Collet replacing Fast and easy collet replacement in 15 seconds reduces the set-up times. Changing collets and clamping mandrel Innovative and patent-pending quick changing function for fast conversion from outer to inner clamping in less than one minute. The new and modular CAPTIS clamping system is impressive in both rotary applications in lathes and in stationary use in drilling, milling and machining centres and measuring machines. The conversion from outer to inner clamping can be done in less than 1 minute with the innovative and patent-pending quick changing function. The encompassing clamping enables precise concentricity and repeatability of 0.005 mm without deforming the workpiece. Advantages at a glance ?Highest flexibility due to modular construction ?Precise concentricity and repeatability of 0.005 mm ?Compact and weight-reduced construction for a larger work area

APPLICATION AREA The RVM is designed for modern 5-axis machining. Equipped with a quick jaw change system to reduce set-up times. The open design is easy to clean and prevents chip accumulation. DESIGN Eccentric clamping, with one fixed and one movable jaw. ADVANTAGES Quick jaw change system (jaw change within seconds) Clamping center freely positionable on the base rail Good accessibility for the machining tools Versatile mounting options MOUNTING OPTIONS - with screws through the base rail (alignment via keyways possible) - via zero point clamping system (for EasyLock Ø25/M12) - by means of clamping claws on the outer contour of the rail (alignment possible via keyways). Rail lengths suitable for Zero point clamping systems with carrier plate 350x350mm. SCOPE OF DELIVERY: - Clamp, hexagon socket for 1/2", operating instructions, without step jaws, without mounting key Translated with DeepL

The new RZM from Röhm is designed to meet these requirements. Without any additional substructures or special jaws, the centric clamping unit holds the workpiece securely - with a minimum interference contour as is standard with 5-axis clamping. The special features of the RZM are the relatively high position of the clamping jaws, the spindle situated at the top, close to the jaws, the length of the jaws themselves and the compact design, which serves to keep interference contours to a minimum. The characteristic height of the vice covers most interference circle dimensions for processing spindles. The outstanding guidance characteristics are based on a patent-protected jaw guidance system. In this innovative design, the first jaw moves on the outside and the second inside, along the base body. This quasi-telescopic arrangement makes it possible to realise an exceptional guidance length without placing any significant limits on the 5-axis processing.

Universally usable and proven many times over The RÖHM machine vice is suitable for universal application on milling machines and machining centers. The base is equipped with grooves to ensure a precise fastening on the machine table. RÖHM machine vices are ideally suited for universal use on milling machines and machining centers and feature impressively high reliability and long service lives. The clamping area above the pin system can be quickly and easily adjusted and the precise jaw guide enables great precision. Advantages at a glance -Universally usable and proven many times over for numerous machining processes -Impressive reliability, service life and precision -Fast and simple adjustment of the clamping range by pin system

The NC-compact vices from RÖHM are excellently suited for use in single or series production. Different types and constructional lengths enable the optimal adaptation to the work area, workpiece and machining task. NC-compact vices are particularly suited for use on machining centers, milling machines and are ideal for 5-axis machining. These premium vices are very impressive with their stable and compact design for maximum clamping accuracy and optimal workpiece accessibility. By simply turning the clamping force presetting, a clamping force of up to 60 kN can be achieved. With workpieces that are sensitive to deformation, the force amplification can be disabled. ADVANTAGES AT A GLANCE - Large clamping range and precise positioning due to fixed clamping jaw - The compact design resists deformation for the greatest possible clamping precision - Consistent clamping force and maximum repeatability of 0.01 mm NC-Compact vice Type 743-10 RKE With stepped jaws The NC-compact vice RKE: optimized design with proven quality Especially used on CNC-machines. Horizontal, side or in connection with a basic plate vertical mounting, for example as DUO clamping tower (back to back). Size 92 - clamping system mechanical-hydraulical with power transmitter, manually operated. Size 125, 160 and 200 - clamping system mechanical-mechanical with power transmitter, manually operated. technical features - solid steel-body - all guide surfaces are hardened and ground - long clamping slide with clutch, hardened on all sides, function surfaces ground - locking pin with clamping force presetting - clamping surface for clamping claws customer advantages - Central grease nipple for simple lubrication of the spindle thread and all guides - solid chip guard prevents chips from penetrating the inside of the body - thread-bore for receiving all RÖHM flat-clamping jaws - thread for fastening angle drive

The various application areas of the cartridge mandrels require a varied programme which ranges from manual or power-operated versions to versions with and without axial tension. The centric and comprehensive internal clamping of cartridge mandrels are particularly impressive for very small clamping diameters and at low overall heights. ADVANTAGES AT A GLANCE - Stable clamping by axial tension against workpiece stop - Low weight and reduced overall height by a compact design - High axial run-out precision, concentricity and repeatability For small clamping diameters and low construction heights: The MZE mandrels from Röhm The clamping and gripping specialist Röhm provides solutions for the greatest variety of machining tasks. When it is necessary to perform light turning, grinding and measuring work, the MZE cartridge mandrels are the first choice. Their strengths come into their own for workpieces with small clamping diameters and low construction heights. In addition to properties that apply to all mandrels, such as the centric and comprehensive internal clamping, the MZE provides in particular high concentricity and repeatability within 0.01 mm. This is achieved thanks to the double-sided, slotted clamping sleeve. The tool-free quick change of the clamping sleeve ensures fast retooling. With a clamping range of 8 to 230 mm, the system is suitable both for workpieces with small as well as large clamping lengths. The low weight and reduced construction height complete the overall package perfectly. The assortment in a wooden box can be used to be equipped for the greatest variety of machining tasks. Different clamping diameters can be machined with it.

- Segment clamping sleeve with innovative vulcanisate for great elongation, longest service life and vibration dampening - Hardened and ground steel segments for high resistance to wear Modern manufacturing technology can hardly do without the use of segment clamping mandrels. In the fields of precision machining, turning, grinding, gear cutting and checking, segment clamping mandrels assume important tasks that are associated with challenging conditions. The innovative rubber segments enable a great elongation of the clamping sleeve to 1.2 mm. ADVANTAGES AT A GLANCE - Short tooling and non-productive times thanks to the great elongation of the clamping sleeve up to 1.2mm - Vibration dampening and long service life thanks to innovative vulcanisate of the clamping sleeves - Fast replacement of the clamping mandrel thanks to the patented bayonet quick change system ABSIS Segment clamping mandrel, power-operated with flanged seat; for internal clamping consists of basic mandrel, adapter, ejector ring, locking belt compact, solid design for precise machining steady clamping by axial draw-in The draw-in of the work-pieces against the rigid work-stop takes place independently via the operation og the mandrels. vibrations damping by the rate of rubber, the segment sleeve is including Technical features high axial- and radial accurancy; high repeating accurancy hardened low-wear construction, hardened (clamping-) segements (grade >60HRC) high accurancy by guiding the sleeves on the clamping mandrel integrated hand-operated lubrication quick change of the clamping sleeves by central draw bolt Customer advantages little height by compact design for automatical charging intermediate flanges and different mandrel sizes are optional combinable adaptable on lathe chucks DURO-NC (employing quick-change systems) wide clamping range per mandrel size

Easy, quick and reliable: How HSK clamping sets are changed today Easy handling, fast operation and reliable function ? those are properties that workers would like for their daily work. The clamping and gripping specialist Röhm tackles these requirements and shows its assembly tool for mounting HSK (hollow taper shank) clamping sets: With it, it is possible to mount Röhm segmented collet chucks with little effort in just a few seconds. Until now, the segmented collet chucks of the HSK clamping sets were mounted in the spindle by hand. This was difficult to handle and time-consuming, above all for difficult to access spindles. For that reason, Röhm conceived a simple but clever assembly tool for mounting HSK clamping sets. With it, segmented collet chucks can be installed in the spindle with very little effort ? and very quickly. An additional benefit provided by the Röhm assembly tool is that damage can be prevented during mounting. Simply put, this means no scratches on the clamping set and spindle. From cost perspectives, the tool from Röhm is also extremely attractive: The mounting tool pays for itself quickly due to time savings during mounting and the low purchase price. The assembly tools are available for Röhm clamping sets in sizes HSK 25 to 125. They work with all HSK shapes and are in stock.

The F-SENSO 2 is a modular system for measuring the clamping force of clamping devices. It is used in workshops, in manufacturing plants or in laboratories for checking the clamping force before and after maintenance or repair work on the clamping device, and for checking the clamping system in the machine tool. The F-SENSO 2 is made up of the Senso module and a measuring head, which varies depending on the clamping device. The measured results are displayed on the tablet PC supplied. The F-SENSO 2 is available with the F-Senso chuck module measuring head to measure the clamping force in manual lathe chucks, power chucks, and vices. The F-Senso HSK module enables the clamping force of clamping sets with hollow shaft cone to be measured. An F-SENSO 2 complete set in sturdy plastic case consists of the F-SENSO 2 module, a measuring head, and a tablet PC including visualization and archiving software. Additional measuring heads are available as additional sets, also in a sturdy plastic case. The F-SENSO 2 replaces the F-Senso chuck and F-Senso spindle clamping force measurement devices.

The trend toward modern milling machines involves two requirements with regard to the automatic clamping systems. In the area of High Speed Cutting (HSC), increasingly higher speeds and therefore higher balancing qualities are required. Due to higher machining forces during High Performance Cutting (HPC), interfaces must additionally be more rigid. SUPER-LOCK meets these requirements, and with an approx. 50 % shorter length as compared with conventional clamping systems with springs. Advantages at a glance Compact and extremely short design Optimally suited for maximum speeds and machining forces Lower force introduced into the spindle as compared to spring clamping systems

d Translated with DeepL

Equipped with two parallel gripper fingers, RÖHM grippers are optimally suited for universal gripping of round and angular workpieces. Especially on robots or portals, the 2-jaw parallel grippers will convince you with their compact design, low own weight and high gripping force. Advantages at a glance High gripping force with low own weight and compact design Maximum flexibility thanks to versatile connection and fastening options Long service life and high reliability thanks to specially ground base jaws in proven T-slot guide

Whether round profiles, prismatic workpieces or free-form surfaces, the synthetic gripper RRMG from RÖHM is individually adapted to your workpiece and produced for you. It only needs a 3D-model of the workpiece and RÖHM is developing and producing your individual synthetic gripper RRMG. This customized solution is perfect for gripping and clamping sensitive workpieces with complex geometries. 30 % higher gripping force Secure gripping and clamping of larger workpieces by 30 % higher clamping force New robust, durable and weight-reduced design Maximum Process Reliability Up to 16 million gripping cycles without maintenance or wear and tear Optional position monitoring by installable standard sensors