Gadgetory

metal rods twisting metal rods can be twisted in a variety of ways and some companies do it by hand just like in the old days of course this process is extremely time-consuming it takes a lot of time and effort to process one metal element the video shows the work of specialized equipment that performs metal rod twisting without human assistance a fairly large number of companies produced such machines here you can see a universal machine tool with computer numerical control by American company Hebo this is blacksmith equipment to perform a variety of tasks for example it's able to perform torsion that is to produce a twisted pipe from a conventional round steel one the use of special stamps allows you to make metal curls for the equipment other functions of the device include easily and quickly rolling Endings bending work pieces are making baskets it's noteworthy that two different types of forging cold and hot are used to process different results for example in order to roll out the end of the rod it's heated so it's processed by the method of hot forging in other cases cold forging is used when the desired strength of the metal is given by force candy-making due to the nature of the production the preparation of any type of candy is a very exciting process in this case you can see how the American sweet salt water taffy are made they were produced and sold for the first time in the 1880s in Atlantic City of the Jersey Shore the main feature of this product is it's sweet and salty taste despite the name in the production of saltwater taffy salted ocean water is not actually used water and salt are added separately during the production condensed milk is mixed with corn syrup then regular sugar is added as well as inverted sugar the mixture is constantly mixed in an industrial mixer and when uniformity is achieved 100 percent chocolate is added when the mixtures ready it's poured on a special tray for rolling at this stage smoked sea salt is added mixed and the rolling begins when the future candy cools to 36 degrees Celsius it's a gang placed on the equipment for rolling here the product is saturated with air the dark part of the candy is ready the light part is made in the same way but butter and liquid smoke around it to the mixture this is how the classic candy is made and additives are used to get other flavors when both pieces of candy are ready they look like long thick strips that have folded together twist it and then pulled out until they're thin he remains only to cut the thin strip into small pieces and pack them calligraphy calligraphy is one of the branches of art that goes back to ancient times there are many types of calligraphy such as European and East Asian calligraphy also there's Japanese calligraphy as well as Arabic Armenian and Indian calligraphy here you can see the creation of Turkish ornaments using a special marker the main difference from a usual marker is the ink it doesn't spread on thin paper it doesn't leave traces therefore allows you to accurately perform even the most delicate work note that all patterns are done with the left hand marker calligraphy is only one of the varieties of this art in order to create patterns masters also use brushes and special fountain pens non Newtonian liquid non-newtonian liquid is a substance with special chemical properties thanks to them if you interact with the substance quickly and abruptly in the cup solid if you do it slowly it acquires the properties of a liquid there are quite a few substances that have properties of non-newtonian fluids of various extents these include toothpaste butter jam ketchup mayonnaise and yogurt if we talk about natural non-newtonian liquids we should mention larvae and honey interestingly even our blood has similar properties to some extent to demonstrate the work of non-newtonian fluid a substance called blue black is often used because it has the most pronounced properties it's very easy to make as well water is just mixed with cornstarch the video shows the world's largest swimming pool filled with Oobleck to fill the 8 metre long pool that took nine tons of new black see how the liquid maintains the person and the cyclist on the surface when they push off hard enough but it doesn't hold when the cyclist ceases to act on the surface with sufficient force sports protection since recently a new material that can absorb the energy of impact has begun to be used during the production of armor for soldiers and players in American football at first glance it may seem that this orange slime is a children's toy for this material is able to bring the protection of the human body to a whole new level goo was developed by specialists at the British company d3o this material has unique shock absorption abilities when it's at rest the molecules inside move freely and chaotically the lump is flexible viscous and has properties similar to water but if you try to hit it the molecules form a structure locking into each other this hardens the material instantly absorbing the impact energy when the impact stops the lump returns to its original relaxed State this material is used to create inserts for protective clothing sprinkles there is a huge number of confectionery toppings but the production process for most of them is approximately the same first warm water is poured into the industrial mixer and confectionery fat is added the resulting mixture is poured into another mixer where there's sugar powder and food coloring the amounts and color of the dye determines how the sprinkles will turn out within 50 minutes the ingredients are mixed and then they move to the extruder this is a special equipment that processes the resulting mass and turns it into a homogenous mixture it's pushed through the holes to turning into tiny thin sausages then they're dried and load it into a special drum which breaks the dried sticks so that they acquire the usual size of sprinkles the resulting mass is covered with a special glaze so that their sprinkles won't lose their color then it's passed through the filter only the sticks suitable in size are selected after that it remains only to mix the sprinkles of different colors and send them off for packaging curling stones the production of heavy stones is for curling begins in a granite quarry a monolithic piece of granite is chosen in this case the size of a car and cut into thick strips each strip is painted marking the diameter of the future curling stone next special machines for cutting stone a used one cuts out round pieces from granite the second one drills holes in the middle later this will be the basis for the handle then another machine with the help of diamond blades grinds the stone to make it round after the processing of one side is finished the stone is turned over to do the same on the other side it looks almost finished but the stone must go through several other stages of processing so that it eventually turns out perfect finally a plastic handle is attached to the stone