GERDA H plus Topolino Decoder

Manual TOPOLINO Decoder for DIERRE NEOS This Topolino Decoder is constructed with a specific structure for the DIERRE NEOS cylinder lock and consists of a blade with six uniquely positioned decoder pins. By deploying the TOPOLINO Decoder, you decode the profile of the key in just a few steps and can thus open the cylinder lock in the same easy way as with the original key. Please make sure to use it in a professional way, otherwise the opening ability of the cylinder and / or the tool may be affected. 

Multipick TSA003 Key for Luggage LocksKey for non destructive opening and closing TSA Transportation Security Administration approved locksThere are seven types of TSA locks currently in circulation that can be opened and closed without having to destroy it with the aid of this key. Some TSA locks are permanently mounted on suitcases, and some come as traditional padlocks. This key, for example can come in handy, to open a TSA lock non-destructively and use it after having bought at a baggage auction.Our TSA keys are made out of a high-quality special alloy and are highly durable. All keys have been thoroughly tested by us and are 100% accurate.The 7 keys are also available as a complete set. 

Why buy a complete new dimple lock pick? For quick pick tip changes, loosen the Allen screw at the head of the ergonomically shaped handle using the Allen key (0.9 mm), remove the faulty or broken pick tip and swap with one of the replacement pick tips. Attention! As we always keep in touch with our community, it has been brought to our notice that the very fine grub screw, which is only meant to prevent the flag from sliding out, can easily become loose if overtightened. To prevent this, we will be using a larger and more solid M2.5 grub screw in future, in order to eliminate this problem. The fixation point built into the shaft holds the pick tip absolutely tight in the right position. It doesn't get simpler than that. Specifications:Flag length: 2.10mmFlag width: 1.60mmFlag outreach: 0.80mmFlag orientation: rightShank radius - Ø: 0.85mm 

Disc detainer locks are mainly padlocks and bicycle locks. The area of deployment is broad and can be found all over the world. With the ARES from Multipick and a little practice, you will be able to open almost any disc detainer lock. Furthermore, we offer common scales for Abus and Abloy. The difference is mainly in the graduation of 2mm (Abus, Abloy) and 1.6mm (Abloy). The scales are guides to make it easier to find the positions of the individual discs. The graduations already mentioned are the most widely used on the market. Of course, you can also use the scales for any other disc detainer lock. However, the graduation can then only be used as a reference. With the Multipick ARES Opening System, you have all the options to build the right tool for opening disc detainer locks. With this set you will be able to open even tough locks. The basic module offers you the possibility to modularly expand your system.  Our ARES is made of high-quality aluminium with an anodised coating and a special steel alloy, as used in all our products. In order to achieve smooth running between the tensioning tool and the setting tool, a sliding sleeve has been integrated. A clear laser marking of the corresponding components ensures precise orientation during operation. More control can be achieved by individually screwing the handles included in the scope of delivery into the basic module. These are necessary in some cases, especially when using the drill recess version. Changing the individual components, such as the dimple pick, scale, positioning ring, key profile, tensioner and disc setter, can be carried out with minimal effort.  

Manual TOPOLINO Decoder for VIRO This Topolino Decoder is constructed with a specific structure for the VIRO cylinder lock and consists of a blade with six uniquely positioned decoder pins. By deploying the TOPOLINO Decoder, you decode the profile of the key in just a few steps and can thus open the cylinder lock in the same easy way as with the original key. Please make sure to use it in a professional way, otherwise the opening ability of the cylinder and / or the tool may be affected. 

Manual TOPOLINO Decoder for KALE 164 SNC This Topolino Decoder is constructed with a specific structure for the KALE 164 SNC cylinder lock and consists of a blade with six uniquely positioned decoder pins. By deploying the TOPOLINO Decoder, you decode the profile of the key in just a few steps and can thus open the cylinder lock in the same easy way as with the original key. Please make sure to use it in a professional way, otherwise the opening ability of the cylinder and / or the tool may be affected. 

The HOT SHOT Kit Prime-Cut has been revamped by BROCO.The manufacturer has added a spacious, higher quality carrying case that holds additional gear such as a regulator, clothing and everything else needed to get the job done. The welding gloves were also upgraded and the glasses were replaced with a protective mask. The central unit of the BROCO HOT SHOT kit Prime-Cut consists of the handle for the lances, which holds the burning rods with special collets and the integrated oxygen valve to regulate oxygen supply towards the end of the lances. The 3 meter long oxygen pipe, which is connected to the handle, is to be connected to a conventional oxygen pressure regulator. We screw the set together fitting to the European standards.(Pressure regulator and oxygen bottle are not included in the set)Functioning:The following articles and accessories are required to work with Hot-Shot thermic lances:Art-No 60300 - Hot-Shot KitBattery with min. 12 volt and 10 Ah. A battery for motorbikes with these characteristics is sufficient.Oxygen bottle (the size depends on the quantity of material you want to cut and existing means of transport /space.Pressure regulator for oxygenAppropriate quantity of thermic cutting rods for the planned application Connect the pressure regulator to the oxygen bottle and the end of the oxygen hose to the exit of the pressure reducer. The clamps of the strike plate and the handle of the tool are connected to the battery according to the colour code (red to +, blue to -). Select the appropriate cutting rod and collet depending on the object you want to cut. Unscrew the nut of the handle in order to place the collet then tighten the nut slightly. Now place the thermic rod in the collet (the hollow end of the rod must be placed in the collet/handle) and tighten the nut completely. Now open the valve of the oxygen bottle and adjust the level of oxygen pressure using the pressure reducer. Now touch the strike plate with the tip of the thermic rod in order to create short circuit sparks. Push the mechanism of the handle, in order to let the oxygen flow through the cutting rod and thus igniting the rod. It is possible to adjust the oxygen pressure again in order to start cutting. The higher the oxygen pressure /throughput, the higher the temperature at the tip of the rod. While higher temperature allows faster cutting it will also result in a faster burning of the thermic rod. In order to cut, place the tip of of the rod directly on the surface of the object you want to cut.  When selecting the thermic cutting rods to be used keep in mind that the diameter of the rod and the length of the rod, in combination with the oxygen pressure used, influence the speed of the cut. The oxygen pressure that is optimal depends on the material that is to be cut. The producer recommends the following approximate oxygen pressures for different types of metals: 0.6 - 1.4 bar for the punc  turing hard metal plates1.5 - 3.0 bar for the cutting of steel plates up to 0.7 mm thickness3.0 - 3.5 bar for the cutting of steel plates up to 15 mm thickness3.5 - 4.2 for the cutting of steel plates from 15 mm to 50 mm thickness4.2 - 5.5 for the cutting of steel plates over 50 mm thickness Unfortunately the producer does not give recommendations for the cutting of concrete, bullet proof glass or other materials. Users can quickly find out the optimal oxygen pressure through some short testing, though.