With our laying aid, the boundary wire is inserted directly into the prepared slot in the lawn through a steel pipe! You don't need additional plastic nails and you don't have to bend over or work on your knees. You also don't need a second person to insert the cable. You simply insert the cable into your lawn using the laying aid and then close the slot. The easy handling of the EasyMole saves you a lot of time and effort and your robotic lawnmower can start working straight away. This is how the EasyMole installation aid is used First you have to make a slit all around at the right distance from the edge. There are a variety of options for this. You can either use an angle grinder or an edge cutter, but you can also do it quickly with a spade. The slot does not need to be particularly wide. Then insert the boundary wire into the laying aid and quickly pull the laying aid through the resulting slot. The boundary wire unrolls itself from the roll. Finally, close the slot by simply stepping on it. This is what you get delivered Our laying aid for boundary cables is firmly connected to a sturdy steel telescopic tool handle. The handle can be extended to a length of 1.5m. A round wooden rod is used to hold the cable drum and is attached to the handle with a stainless steel clamp. The drum holder can be mounted for right- and left-handed users. The holder provides additional support when holding and the cable drum can unroll easily. Clamp and screws are included. Scope of delivery EasyMole laying aid Laying aid with 1.5m telescopic handle Drum holder with fastening material Instructions With the EasyMole laying aid you can lay boundary cables for robotic lawnmowers much faster than before! Our unique design allows the perimeter wire to be placed directly through a steel tube into the prepared slot in the lawn, without the need for additional plastic nails or having to bend down or work on your knees. Laying the cable does not require a second person. You simply insert the cable into your lawn using the laying aid and then close the slot. With EasyMole you save a lot of time and effort and your robotic lawnmower can start working straight away. This is how the EasyMole installation aid works: First you need to make a slot at the appropriate distance from the edge of the lawn. You can use various tools to do this, such as an angle grinder, edger or spade. The slot does not have to be particularly wide. Then insert the boundary wire into the laying aid and quickly pull the laying aid through the resulting slot. The boundary wire is automatically unrolled from the roll. Finally, simply close the slot by pressing it firmly. The EasyMole laying aid comes with a sturdy steel telescopic handle that can be extended to a length of 1.5 m. A round wooden rod serves as a holder for the cable drum and is attached to the device handle with a stainless steel clamp. The drum holder can be mounted for right- and left-handed users and offers additional support when holding, while the cable drum can be easily unrolled. Clamp and screws are included. Detailed instructions are also included. With the EasyMole laying aid, laying boundary wires for your robot lawnmower is quick and easy. Order now and enjoy the benefits of faster, more efficient installation! Processing and manufacturing of the EasyMole laying aid The EasyMole laying aid is made in Germany and consists of robust 1.5 mm sheet steel and galvanized steel pipe. All parts are welded and then painted, ensuring durability and stability. This tool is suitable for both private and commercial use and is a cost-effective alternative to buying or renting a cable laying machine. 30-day money-back guarantee for the EasyMole laying aid Our highest priority is the quality of our products and your satisfaction with them. That's why we offer a 30-day money-back guarantee for the EasyMole installation aid. You can test the installation aid without risk and you should

Erzielen Sie mit unserem Heavy Duty Messerteller für den Segway Navimow Mähroboter H500E, H800E, H1500E und H3000E ein sichtbar besseres Schnittergebnis. Dank der 7 Klingen sorgen Sie für präzise Schnitte und einen gleichmäßigen, gepflegten Rasen. Besonders praktisch: Unser Messerteller ist speziell für die preiswerten, extrem scharfen und langlebigen Ersatzklingen für Ceranfeld-Schaber konzipiert – eine günstige Alternative zu herkömmlichen Klingen. Ihre Vorteile auf einen Blick Besseres Schnittbild: Mit 7 Klingen erzielen Sie ein deutlich verbessertes Schnittergebnis und einen gepflegten Rasen. Günstige Ersatzklingen: Der Messerteller ist kompatibel mit den günstigen und langlebigen Ersatzklingen für Ceranfeld-Schaber. Besonders leise: Die nahezu vollständig glatte Unterseite minimiert Luftverwirbelungen, wodurch der Mähroboter leiser arbeitet. Höhere Schneideleistung: Der Mähroboter meistert mit der Messerscheibe auch hohes oder dichtes Gras mühelos. Seltener Klingenwechsel: Dank der doppelten Anzahl an Messern halten die Klingen länger, was Ihnen Zeit und Kosten spart. Robuste Materialien: Der Messerteller besteht ausschließlich aus Edelstahl und Aluminium – keine 3D-Druckteile, kein Kunststoff, für maximale Stabilität und Langlebigkeit.Passend für H Serie: Passt auf alle Segway Navimow der H-Serie h500e, h800e und h1500e Optimierte Konstruktion für höchste Effizienz Die nahezu glatte Unterseite reduziert Luftverwirbelungen erheblich, wodurch Ihr Segway Navimow besonders leise arbeitet. Gleichzeitig erleichtert unsere Messerscheibe dem Mähroboter die Arbeit, sodass er mühelos auch durch hohes oder dichtes Gras kommt. Das steigert die Effizienz und Leistung Ihres Geräts erheblich. Seltener Klingenwechsel – Zeit und Geld sparen Mit der doppelten Anzahl an Messern hält die Schneideleistung länger an, und die Klingen müssen seltener ausgetauscht werden. Das spart Ihnen nicht nur Kosten, sondern auch wertvolle Zeit bei der Wartung. Hochwertige Materialien für maximale Zuverlässigkeit Unser Heavy Duty Messerteller besteht ausschließlich aus robustem Edelstahl und Aluminium. Diese hochwertigen Materialien garantieren eine lange Lebensdauer und sorgen dafür, dass Ihr Mähroboter auch unter anspruchsvollen Bedingungen zuverlässig arbeitet. Lieferumfang 1 x Messerscheibe aus Edelstahl Montierter Messerteller (Gleitplatte, Messerplatte, Aufnahmeflansch) 10 x Klingen (0,6 mm stark, rostfrei) für Ceranfeld-Schaber 10 x Schrauben zur Messerbefestigung (Edelstahl) 3 x Schrauben zur Befestigung des Messertellers (Edelstahl) Verbessern Sie die Leistung Ihres Segway Navimow Mähroboters und erzielen Sie perfekte Schnittergebnisse – bestellen Sie jetzt Ihren Heavy Duty Messerteller!

We have silver braided bars with a silver content of 55% (L-Ag55) with a length of 500mm. Because of the relatively low melting point of this silver braze, the model builder in the field of technical model building is almost exclusively concerned. The working temperature of this hard solder is 630 ° C. The silver as an alloying component in the solder does not only reduce the working temperature, but also improves the flow properties. Furthermore, silver has the positive property of combining well with other metals. For brazing brass and steel, silver solder flux is essential. The low working temperature of the silver solder bars allows the thermal load to be as low as possible for the processed material. It is important not to heat the workpieces too much, especially in the case of brass. In combination with our silver solder flux you achieve with these silver solder always optimal results. The silver braided bars can be purchased from us in the shop in 2 different diameters. For fine soldering as it often happens in technical model construction we recommend the 1mm rods. The 1mm silver braided bars are easy to carry with the hand and can be easily melted with small burners. For larger parts we prefer the 1.5 mm silver solder bars. With these rods you get faster material to the soldering point if needed. What can be brazed?The following materials can be combined with silver solder: brass, copper, gunmetal, gray cast iron, rusting steels and stainless steel. A combination of the materials among each other is easily possible with this silver braze solder. If the material is not known to you, it is always recommended to solder a piece to the sample beforehand. This allows you to determine whether the materials can be combined with the silver braze.Instructions Brazing with silver solder If you have never worked on silver solder and you are not sure how the exact solder brazing procedure is with silver solder, we can help you before you buy the silver solder. We have created a guide for you in our Bengs Modellbaumagazin on the topic "Brazing with silver solder". Here you can find out what you need and have to consider if you want to solder 2 components with silver solder. Tip: Flux residues and discoloration of the material can be optimally eliminated with our satin brushes or abrasive fleece!Characteristics of the silver solder bars500 mm long. 1mm or 1.5mm diameter Silver solder bars L-Ag55 (55% silver) Working temperature 630 ° C Bengs Modellbau has used this silver solder bars for years.  

The Power Coat 4 PRO is a high-quality powder coating system for small to large areas. You will receive the powder coating gun in a high-quality plastic case in which everything has its place. This powder gun is significantly more robust than our standard powder coating system. This makes it suitable for use in commercial businesses and for ambitious DIY enthusiasts. Advantages of powder coating over painting: Ready to use immediately without drying time Extremely robust and abrasion-resistant Optimal corrosion protection Environmentally friendly as no solvents Absolutely uniform surface quality Coating remains elastic e.g. for springs The Power Coat 4 PRO has a 500 ml powder container so that even larger areas can be coated with powder without having to refill the coating powder in the meantime. Another advantage of this device is that there is a water separator and a pressure regulator directly on the powder gun. This makes setting the correct pressure much easier. Scope of delivery: Powder coating device with Schuko earthing plug, stable ground clamp, water separator and pressure regulator Two 500ml powder containers to screw into the coating gun Funnel for easy filling of the powder containers Sturdy case for storage 14 pages German operating instructions The Power Coat 4 PRO powder coating device is suitable for many different powder coating applications. With this powder coating system, even the smallest components can be easily powder coated. Even larger parts are no problem thanks to the 500 ml powder container. Our powder coating systems are very often used in the restoration of old motorcycles or cars. With this system it is possible to coat entire motorcycle frames or rims with powder varnish for coating. The result is indistinguishable from industrial powder coating. Powder coating is also very often used in technical model making because the finished surface is extremely robust, scratch-resistant and provides good corrosion protection. Application examples powder coating of vintage car parts Powder coat motorcycle parts Powder coat rims Powder coating of small parts in technical model making This powder gun is a Tribo powder coating system. The powder becomes statically charged in the barrel of the gun due to the friction on various materials. The device is connected to the earth conductor of the socket via a ground terminal and a Schuko plug, which means the component is grounded. Due to the electrostatic charge generated during the run, the coating powder adheres to the workpiece. This effect allows you to coat a variety of materials. The charging occurs when the powder particles touch the wall of the barrel of the powder gun, causing electrons to be released from the Teflon™ barrel. The powder paint particles are separated from the spray gun faster than the charge can be redistributed. This means that the powder particles remain charged and stick to any material. You do not need any additional electricity for the tribo process. The included plug is only the ground connection of the device. Power Coat 4 PRO can process all coating powders that are suitable for Tribo systems. Here in our online shop you will find suitable spare parts for the powder coating system. p> Coating wood, tiles and glass In contrast to conventional powder coating systems, this powder gun coating system can also be used to coat wood, tiles and glass. Since these materials are not conductive, the ground terminal cannot be connected here. This makes applying the powder a little more difficult. You should first make a sample to test the properties of the material and its behavior during powder coating. What else is needed (not included) Compressor Extension hose oven for burning (min. 200c ° from a small household oven to our)  

The original Britain, America and France had introduced several notable hot air engines by 1850. Surprisingly, Germany had not produced any significant innovations in this area up to this point, it was not until 1867 that the German Wilhelm Lehmann produced a significant innovation in the field of hot air machines. A late innovation, but an impressive one: the Lehmann air expansion engine!The model Stirling engine Rainer The model of the Lehmann Stirling engine has a total length of 285 millimeters. When designing our Stirling engine, we tried to keep it as close to the original as possible. However, it is not a 100% copy of the original. Our model is operated with an alcohol burner. The burner is firmly screwed to the oak base plate. The cooling jacket, which was a solid casting in the original, is assembled from several milled brass parts and soft-soldered. Just like the original Lehmann Stirling engine, the model has a functional centrifugal governor that can regulate the speed of the hot air machine. As with the original, the centrifugal governor opens a valve that allows the air in the Stirling's working chamber to escape. The 140 mm diameter flywheel is made from a very clean cast steel. In addition, the Stirling engine has a 48mm pulley that could be used to drive small drive models, for example.Speed control via centrifugal governor This Stirling engine has a working centrifugal governor. When the speed is sufficient, the balls of the regulator rise. This moves a lever that operates a valve. If the valve is opened, the working air can escape from the displacement cylinder. Due to the reduced pressure, the Stirling process no longer works optimally and the engine reduces its speed. To set the desired speed, you can adjust the spring tension of the valve using a handwheel during operation.Dimensions of the model Stirling engine Base plate: 255mm x 120mm Flywheel: 140mm Pulley: 48mm Total height: 210mm Working piston: 28mm Displacer piston: 25mm Length overall: 285mmThe “Rainer” Stirling engine material kit is included in delivery Wooden base plate Finished milled parts Brass, steel, stainless steel and silver steel Raw material for the turned parts Cylinder sleeve made of precision tube flywheel All required screws, nuts, gaskets, grub screws and wick Construction plan model Stirling "Rainer" drawings (14 sheets) and construction instructions (9 sheets)

The 4-cylinder in-line engine "Marc" is based on a historical model. The model was a four-cylinder in-line engine that was manufactured by the American company Holt at the beginning of the 20th century. This engine was mainly used in bulldozers and tracked tractors. This engine was available in 2, 4 and 6 cylinder versions. In 1925, the Holt company became the Caterpillar company, which still exists today. The engine does not consist of a cast engine block, as was usual later, but still has individual cylinders. This design is visually very appealing and makes it possible to offer the engine as a material kit. Speed control via centrifugal governor Carburetor with adjustable throttle valve Cooling circuit with cooling water pump Cooler with fan With the 4-cylinder in-line engine "Marc" material kit, you can build a fully functional combustion engine yourself. The material kit contains all the necessary parts including the ignition. The engine has a functioning speed control using a centrifugal governor. A cooling water pump pumps water through a radiator, where the cooling water is cooled down by the fan and then flows back into the cylinder jacket. The engine is equipped with glow plugs. The glow plugs come with four Batteries operated. All components for producing the ignition are included (batteries are not included).Dimensions of the model combustion engine 'Marc': Height with wooden base: 310mm Length: 450mm Width: 180mm Piston diameter: 23mm Flywheel D.: 1x140mm 1x80mm Speed speed: 200-1000 rpm Weight: 9.1kg The engine stands on two oak runners. The engine block is screwed together from milled parts. The base plate for the cylinders is made of steel, the bearing blocks that hold the crankshaft are made of aluminum. This unit is then provided with finished lasered and folded sheets. The cylinder sleeves are made of brass, the inside diameter no longer needs to be machined. The cylinder head and cylinder are included as material sections and must be machined on the lathe. The remaining components are mainly made of brass. The crankshaft is made from individual segments. No milling machine is required to produce the crankshaft either. It can be built entirely on the lathe. Further information can be found in our build report for the four-cylinder engine. The two flywheels are available in the quality we know. Both flywheels are made of cast steel. The speed of this model is controlled via the carburettor. You can regulate the amount of air supplied. The carburettor is connected to a centrifugal governor via a linkage. This means you can set the engine to a desired speed, which is then maintained under load using the centrifugal governor. Here you will find an extensive construction report of the four-cylinder internal combustion engine Marc< /a> with lots of pictures and additional texts. Here you will find extensive assembly instructions for the combustion engine On the page you can see how you have to put all the manufactured parts together. Here you will find extensive instructions for the Commissioning and operation of the four-cylinder engine Marc All materials required to build the internal combustion engine "Marc" screws, nuts, springs and ignition parts are included in the kit. All milled parts are prepared so that they only need to be deburred and possibly drilled. To build the vertical stationary motor, a lathe, a drill and a gas burner for soft soldering are required. The following hand tools are also required (tap M2, M3, M4, M5, 6x0.75, M8x0.75, M10x1 die M2, M3, M5, M6x0.75, M8x0.75, M10x1 reamer 4H7 6H7, 8H7, 10H7) Files and a drill set are necessary. All you need to wire the ignition is a pair of side cutters, wire strippers and a soldering iron. If you would like to find out in advance what steps you will take to make this internal combustion enginehave to be carried out, take a look at the construction report of the 4 cylinder combustion engine "Marc" material kit in our Bengs model building magazine. On this page you can see the illustrated report on how the stationary motor material set is processed.The scope of delivery includes: finished CNC milled milled parts Raw material for the turned parts Rough casting part for the flywheels 2 runners made of oak wood All required screws, nuts, gears and seals Drawings of the internal combustion engine "Marc" (36 sheets) and construction instructions (8 sheets) Glow plugs, cables, cable clamps, battery compartment for the ignition Laser parts for stands and fairings