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The eldec MICO-L generator offers users a particularly powerful complete solution that includes a coolant system. Medium (18 to 80 kW) and high-frequency devices (15 to 35 kW) are available. High-performance complete solution for cost-effective induction heating The L in the name of these induction heating systems stands for “large”. In the medium-frequency version, the MICO-L delivers up to 80 kW for hardening and heating parts and components. This powerhouse comes with a generator, cooling system, controller, and hose bundle. It can be moved on casters as an option (a base plate for stationary use is always included) and is therefore available at all times. Inside, carefully selected high-performance components ensure safe and precise heating processes. The reliability and efficiency of these devices is the result of decades of development and optimization by eldec.

Container handling & container lifting Robust and reliable stationary container handling systems are required where high weights have to be managed effectively. In pharmaceutical production, in particular, Müller's well-thought out container lifters are an integral part for the greatest variety of process tasks. We develop mobile and stationary designs to meet your requirements. The stationary container handling systems are equipped with robust forks and a weighing unit, if required. Container lifter with grinder lift column Type FTHSK 1000 G5-2 lifting weight 1000 kg height 6 m Design: lifting, inverting, swivelling, grinding - all motorized Container Wash Station high pressure, 150 bar warm-cold water rotating injection nozzle validation possible Container lifter for rectangular containers lift and swivel column Type FTHS 1000 G4 loads up to 1000 kg column height 5.0 m Design: motorized lift manual swivel Emptying and charge weighing Emptying and charge weighing system for..

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. Lightweight variant And most recent: Due to the optional lightweight CFRP design, with the MANOK plus CFK you can save half of the weight. The lightweights are easy to set-up and particularly well-suited for milling machines and machining centers with small load weights. Plus they protect machine components, which ultimately helps the machine accuracy. When loading manually or with a handling system, often the only possible solution is a lightweight stationary chuck.

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.

Quality that inspires It isn’t just the price-performance ratio of MANOK that is impressive. With its incredible holding power, precision and rigidity, MANOK has already surprised many users who never would have imagined that this kind of quality could be found in a manual clamping device. In addition, you can also mount an end-stop to the MANOK in no time at all: Simply fasten the inside end-stop directly onto your machine tool table or mount a front end-stop on the face of the clamping taper. That’s it! Absolute versatile implementation MANOK is not only practical and economical, but it is also extremely versatile. For instance, the integrated actuation lever makes this possible by functioning as an additional force accumulator and acts as an anti-vibration device during milling.

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

Whether lathe or machining center Complete machining made easy: You cannot only use our MANDO and MAXXOS segmented mandrels on the lathe, you can also use them in stationary mode. Simply screw the mandrel onto the ms dock [manually actuated] or hs dock [hydraulically actuated] and you can clamp your workpiece from the inside, stationary mode. Precise, without vibration and with minimum set-up effort. The extremely wear-resistant segmented clamping bushing of case-hardened chromium-nickel-steel with the rubber between the segments, especially developed by HAINBUCH, makes it possible. Hydraulic actuating unit hs dock hs dock is an absolute powerhouse that enables hydraulic implementation of MANDO and MAXXOS segmented mandrels on machining centers. Media supply can be freely selected. It is actuated either from the side or via a base plate from below. Perfect when automation is involved.

Whether lathe or machining center Complete machining made easy: You cannot only use our MANDO and MAXXOS segmented mandrels on the lathe, you can also use them in stationary mode. Simply screw the mandrel onto the ms dock [manually actuated] or hs dock [hydraulically actuated] and you can clamp your workpiece from the inside, stationary mode. Precise, without vibration and with minimum set-up effort. The extremely wear-resistant segmented clamping bushing of case-hardened chromium-nickel-steel with the rubber between the segments, especially developed by HAINBUCH, makes it possible. Manual actuating unit ms dock The hand-actuated ms dock in conjunction with stationary MANDO and MAXXOS segmented mandrels is ideal for machining centers, measuring machines, radial drill presses, parallel and angle plate clamping or for clamping on dividing heads. The version ms dock rotating can be used on turning and grinding machines until RPM 1/min.

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.