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Removal of loose oxide and electrode-erosion residues, dust deposits or creepage currents which cause soiling in moving contact areas such as motor-vehicle ignition distributors, relay contacts, resistance or potentiometer slideways, in static contact areas such as motor-vehicle spark plugs, plug-in connections, sliding and screw connections, in or on electrical and electronic equipment or devices of all kinds Advantages and benefits Highly effective due to outstanding cleaning properties Broad range of uses for all maintenance and customer service work in electrical sector Fast evaporation after striking surface

miromatic – Get in touch with us if you are interested in a used system. We will be delighted to tell you about our current stock.

Miromatic – Multiple stacks of tubs and lids can be stockpiled and automatically fed to the separating system, which cycles the tubs into the filling machine individually or places them on a conveyor belt. As a result, the machine operator does not need to re-load the packaging materials as frequently as a stockpiling time of up to 60 minutes is possible. Our systems are flexible and format-independent, from 0.5 kg to 12 kg.Your added value through miromatic stockpiling systems: Your operating personnel can be employed even more flexibly, because the system does not need to be permanently loaded with packaging materials. For one-track and two-track filling – filling possible during the production process Can be retrofitted to all miromatic filling systems Higher degree of automation and thus greater efficiency Lower workload for the machine operator Flexible system, aligned with your requirements Stockpiling of multiple stacks of tubs and lids

miromatic – Large container / handling stations (tubs) are semi-automatic system components for separating, filling, sealing and capping tubs and canisters and can be used individually or in combination. This enables the precise and modular realisation of your specific tasks on the basis of tried and tested stations. Container separating stations Filling positions with filling valve(s) or manual filling stations Sealing stations with head space gassing or evacuation Capping and screwing systems We would be delighted to integrate these or other handling stations in your production process. A common, unified transport system is only one reason for the reliability of each station and the interaction with the upstream and downstream processes. Buffer sections and synchronisation devices are standard here, and can also be combined with our stockpiling systems.

miromatic – Also produces and manufactures systems for cleaning and sterilising its own machines, as well as for integration into an existing process infrastructure. Innovative CIP concepts for different application areas Product safety at every point of the process Custom configurations tailored to your production process Automatic cleaning of the product conveyance lines Your added value through miromatic CIP systems: Low investment costs Rapid commissioning Short downtimes Correct cleaning results determine the production reliability

miromatic – With our experience, we offer you the perfect solution for your requirements. With our individually adaptable machine concepts, tailored to your product requirements, we can fill all fluid to paste-like products. 0.5 l – 30 l buckets Having specialised in tubs, miromatic is now the leading manufacturer in this segment. Bucket sizes from 0.5 l to 30 l can be filled with our systems and they are suitable for products with a great variety of different consistencies – even sticky products. Alongside our core area of competence – hygienic, low-germ and sterile filling, we also offer a broad spectrum of products in the non-food sector. 1.0 l – 25 l canisters Thanks to the experience that we have gathered in the hygienic filling of buckets, we are able to take the logical step of applying our expertise to other large containers. We are the first manufacturer to offer LOG3 category disinfection in the canister sector, whilst also achieving tremendous cycle rates.

miromatic – Utilises internally developed mixers in the process systems. The incorporation of process data enables precise reconciliation before and during the mixing process. In conjunction with the in-line process, this results in extremely gentle treatment of the products and a high degree of efficiency. Continuous production of fruit yoghurt, cream quark, fruit quark and herb quark, as well as thermally processed cheese Precision and low losses with type changes Compact layout and configuration of the system in line with customer wishes Bacteriologically compliant (hygienic) design of system parts – optionally available in sterile versions Your added value through miromatic mixing systems: Dosing accuracy +/- 0.5% Low fruit and product losses when changing containers Precision and low losses with type changes Extremely gentle product treatment (with low rotational speeds, no shear effect) Individual design of the mixing system to suit your process

miromatic – The modular process technology offers individual solutions for optimising system and process performance with the objective of increasing the efficiency of the production line, preserving productivity and reducing the environmental burden. The process technology division also plans, designs and manufactures the following process engineering solutions in the foodstuffs industry: Customer-specific valve clusters Sterile air modules Pressure vessel construction per the pressure equipment directive Cooling and heating systems Continuous mixing devices (KME) Scraping heat exchangers (SWT) Thermal product treatment Servicing / system overhauls

Where pneumatic tools of the MBS series reach their performance limits, the eccentric cutting machine opens up new possibilities in cutting performance. Instead of a pneumatic cutting tool, the Metzner ST 25 uses an electrically driven eccentric mechanism that carries a punching blade. This enables us to increase the performance of the die-cut into completely new dimensions, of up to 800 cuts per minute. An agreeable side-effect: With the electric drive for the cutting tool, the ST 25 works very quietly – which is why customers with low-noise working environments also like to opt for this model.

The special feature of the Metzner CCM 4: the circular cutting machine handles both wet and dry cutting. Depending on the type of cut, the CCM 4 is equipped with a water-cooling lubrication system or micro-knife moistening and preparation for suction. The standard model comes with an integrated discharge conveyor (800 mm length); application range both in-line and off-line. For tubes with suitable material properties the CCM 4 Gasket offers the possibility to cut flat gaskets with the circular knife. Suitable for tubes with max. 30 or 50 mm diameter and a tube length of 1 mm to 1000 m.

The tubing specialist with unique precision and working speed for very thin, tension-elastic and pressure-sensitive materials. KL-BV is available in the equipment line Green and as KL-BV Gasket. The Metzner KL-BV cutting machine stands out for its precision, compact design, and the wide range of processing options such as silicone tubes, flexible profiles and gaskets. KL-BV GASKET With its particularly thin blades and precision feed, the KL-BV Gasket is ideal for cutting flat gaskets with a diameter of up to 12 mm.

Corrugated tubes are used to protect cable wires and cable harnesses. When cutting this corrugated tube sheathing to length, it is important to cut precisely and reliably on the crest of the shaft, to avoid forming sharp cutting edges which damage the in-drawn cable wires. Metzner revolutionised the cutting to length of slotted corrugated tubes with the SM 4000 corrugated tube cutting machine. It is the only machine in the world that can guarantee a precision cut on the crest of the shaft due to its unique and patented feed and cutting technology. A laser sensor monitors the production and activates the cut precisely and repetitively with up to 8000 cuts per hour. The SM 4000 with its patented "toothed wheel laser system" is the only machine in the world that guarantees twist-proof feed- and cutting technology for slotted corrugated tubes

Unslotted corrugated tubes are used to protect cable wires and cable harnesses. When cutting this corrugated tube sheathing to length, it is important to cut precisely and reliably on the crest of the wave, to avoid forming sharp cutting edges which damage the in-drawn cable wires. Metzner corrugated tube cutting machines of the CT 4000 series process corrugated tubes with great reliability and precision. Thanks to our many years of experience in processing corrugated tubes, we know the challenges that some corrugated tubes present and are well prepared for them. Our wide range of standard equipment ensures the best possible processing of your corrugated tubes. l The Metzner CT 4200 additionally offers an integrated slitting device for automatic slitting of unslit corrugated tubes. For material diameters from 7.5 mm to 40 mm.

The powerful "universal cutting machine" with superior pulling and cutting strength. The contact pressure between the conveyor belts is pneumatically controlled and opens and closes automatically when the cover is opened and closed. Ideal for solid and dimensionally stable materials. Metzner also offers the Variocut in three “Red – Green – Blue" equipment lines. Each equipment variant is based on the same basic model with the same high-quality mechanical components. The individual models differ in speed, control and the interfaces for peripherals.

The cable processing machines in the AM 3800 range are characterised by their outstanding cutting and haul-off power and their modular, robust and long-life construction for continuous use in industrial applications. These machines outstandingly combine power and versatility. Equipped with cutting power for cables up to 70 mm sectionand 20 mm diameter, they are the ideal solution for an unusually wide spectrum of applications. Depending o the processing demands, numerous knife contours and technologies are available: the patented double-knife system allows different processes to be performed in a single working pass. The circumferential rotary cut offers an exact cutting round cables with very thin or tough insulation outer cover.

The Metzner AM 1000 is a sensation among the tabletop units. The automatic cutting and stripping machine processes cables, strands and wires up to 9 mm diameter and 6mm² cable cross-section with a special cutting and pull-off force (optional 10 mm², depending on material). The presettings are conveniently made via the modern 12" touch panel, where the operator can define all processes. Thanks to the sensors for diameter and material recognition, the AM 1000 works extremely precisely. Another special feature is the tool-free replacement of guides and rollers. This means that the AM 1000 can be changed over in just one minute. With the extensive interface preparation, the machine can be optimally expanded with peripheral devices and adapts to all customer requirements. The compact design with retractable touch-screen and the low weight of only 28 kg also offer special comfort. This makes the AM 1000 especially easy to transport.

Metzner powder press and indexable insert automations of the "RPA 3-SC series" automatically remove pressed blanks from a powder press and deposit them quickly and gently in a definable sample. In the "RPA 3-SC1", the transfer of the individual sintering plates and the loading of the blanks is carried out by a SCARA 4-axis robot. The empty sintering plates are placed manually into a sintering plate magazine, removed with a sintering plate gripper if necessary, and fed to the loading position. The robot then moves to a gripper station, deposits the sintering plate gripper, picks up a part gripper, and starts loading the sintering plate. In the "RPA 3-SC2", sintering plates are placed manually on a double conveyor belt. One sintering plate at a time is automatically transported to the loading position via the conveyor belt. The robot immediately starts to load the blanks. Loaded sintering plates are ejected from the loading position and manually removed from the conveyor belt.

Metzner has developed a fully automatic processing machine with outstanding cutting quality and great length accuracy for steel cable wires of up to 20 mm diameter. The steel cable wires are fed by a motorised feeding device in combination with a contact-free loop control. Then, program-controlled and positionally accurate marking tapes are applied to the steel cable – with a cycle time of less than two seconds. In addition, a wax printer marks all the fastening and processing points that will be required for subsequent processing. This labelling method is carried out in a continuous process. The cut is then made using a special cutting process. Precise length accuracy is achieved by a special laser measuring system. A material stacker with a storage area of up to 12 metres ensures that the steel cable wires are deposited in an orderly manner. All cut steel rope can be stored and sorted according to length to allow it to be removed at a later point.

This special Metzner development is able to process cable wires with a diameter of up to 28 mm. The cycle time for this is 2000 mm / 35 seconds. The processing steps include long slitting, sawing, circumferential cutting, stripping, brushing and depositing. An integrated ink jet printer labels the cable wires with information or markings. As the heart of the processing method, Metzner uses a newly developed stripping head that combines a rotary cut with a powerful clamping and simultaneous rotation of the material. This enables a high-precision, multi-stage radial cut through the various layers of material. Microscopic quality inspection confirms that the processing is flawless with no scratches, pressure or abrasion marks. In addition to the high machining quality, the machinery also offers special precision: both the overall length and the machining position are maintained with an accuracy of 0.2 mm. The machine can process cable wires with diameters up to 28 mm.

The specially developed production line can unwind, label, roughen, cut to length, strip, wind, bind and automatically deposit the cable wires. The material to be processed is unwound by a motorised unwinder and fed to a thermal transfer printer via a straightener. The latter prints the cable with two QR codes and a serial number. This ensures that each cable can be identified throughout the entire processing and manufacturing process and assigned to the stations which have already passed through. This traceability offers great advantages – for example in the diagnosis of faults. The cable then passes through a roughening station, which lightly roughens the material surface so that the connector overmoulding adheres better later on. An AM 3550 from Metzner Maschinenbau cuts to length and strips the cable, which is then transported to the winding station and onwards by a gripper to the binding machine. The latter winds the cable to form a cable ring.

Plastic-coated steel cablestrands are cut to length using a special shear cut module and then stripped with the cutting module of the AM3500 without the wires "jumping open".Bare steel cable wires are transported by the modified AM 3500 directly to the special cutting machine, which is coupled between the AM 3500 and the material stacker and which cuts the material to length by a thermal process. Due to the special electric welding process used here, the individual wires do not twist up during cutting, and a smooth rope start and a smooth rope end without thickening are produced. Long steel cable wires/strands are placed in a tray after processing, while short pieces of material fall down a chute into a collecting container. With the high-performance solution developed by Metzner, the customer can process different types of material in different processes. Further advantages of the machinery are high precision, high quality, an increase in productivity and lower personnel costs.

The Metzner special development department produces endotracheal tubes with high precision and cleanliness. This is ensured, among other things, by processes such as automatic loading, alignment and positioning of the tubes, processing by seven consecutive work stations and automatic quality control by sensors. Our product video will give you an insight into the machining process. Maschinenbau GmbH has sustainably reduced the production costs of the end products and created additional production capacities with a fully automatic production system for endotracheal tubes.

Metzner has a clear understanding of the future and transforms existing processes into fully automated system solutions. Workstations that were previously operated separately are now combined into fully automatic production lines. The starting point of an automatic processing line is the cable that is wound on a reel. The end result is a finished cable with a completely assembled plug system

Multiple EM 600 stations in combination with a cost-effective transfer system provide the additional benefits of the EM 700 series: higher degree of automation, no limit to the number of stations, modular and scalable, single- or double-sided processing

The EM 600 can integrate up to six successive process tools in one single station. After insertion, the cable remains in a fixed position while the tools move towards the cable to provide optimum protection for the HV cable wires. The total cycle time of an EM 600 station is approx. 35 seconds for all operations of this station, with a total capacity of approx. 400,000 cable ends per year.

The Metzner EM 300 platform offers further convenience in high-voltage cable processing through a quick change of process tools and faster cycle times. Depending on the requirements, the HV cable processing machine can thus be equipped with different tools for cable processing. This means that the EM 300 can be used for several processing steps and is prepared for a wide range of processes. In addition, with the EM 300 we protect your investment by offering improved expandability that enables “plug-and-play” integration of future new applications.

The special Metzner development is a fully automatic machinery consisting of a contact-free loop control, an automatic cutting machine and a crushing station with storage system. It can produce polystyrene pipettes with diameters from 4 to 25 mm and lengths from 100 to 700 mm. The extruded material is first scored with the aid of several rotary cutting heads, then broken and finally deposited in collecting containers. The cycle time for four parts is only 1.5 seconds. For the production of short lengths (up to 120 mm), the cycle time is extended to approximately three seconds.

An internationally active medical technology company that produces and sells catheter tubes, among other things, has optimized its manufacturing process with the help of a production line from Metzner Maschinenbau. With Metzner's know-how, it was possible to replace a costly manual process with an automatic machine, saving costs. At the same time, the length accuracy and the cutting quality were significantly improved. The company supplied a fully automatic system that precisely cuts the catheter tubing to length, removes the mandrel present from the extrusion without leaving any residue and without longitudinal expansion, and then deposits the tubing in a collecting container at the end. Processing with exact length accuracy and mandrel removal The Metzner special development cuts catheter tubes to an exact length and removes the mandrel inside safely and precisely. The finished material is deposited in a collection container.

The "Metzner RPA 60-LT" is a powerful robot press automation with an outstanding storage system for the highest demands in the handling of pressed parts made of hard metal and metal powder. With a storage capacity of up to 60 sintering plates, the it offers outstanding possibilities for the production of sintered parts of all types. All sintering plates are fed to the machine via four transport trolleys with 15 plates each. The intelligent handling system of the "RPA 60-LT" ensures uninterrupted loading of the pressed parts. While the first sintering plate is filled by a linear robot with multifunctional gripper, the handling system provides a second empty plate. As soon as the first plate is filled, the loading of the second one starts. Meanwhile, the handling system returns the loaded sintering plate to the transport carriage. The automation thus works according to the Kanban principle, which ensures that the press can be operated continuously even during the workpiece carrier change