Gadgetory

methyl welding the device you see on the screen was made in Germany it's a very original welding tool for metal parts the circular arrangement of the torches allows you to heat the surface evenly from all those sites this type of welding provides a better holding of solid parts when the metal under the influence of high temperature is softened the parts are squeezed contributing to the diffusion of the materials among themselves the results of this work is an excellent seizure ie a tight joint the advantage of this machine is that it has a well adjusted flame flow laser engraving there are several ways to apply a pattern or drawing to a piece of metal or any other surface however none of these methods can be compared in accuracy and speed with laser engraving the use of this kind of equipment is relevant to businesses that are involved in mechanical engineering instrument making nuclear power jewelry and advertising the image or text is applied to the aluminium stuff is using a focus laser beam the main difference between laser engraving and laser marking is that the image has a relief and depth the work process of this kind of equipment is quite simple light from the emitter is transmitted through a system of mirrors or optical fiber to the lens wearer acquires its final focus and gets on the material notably the accuracy and precision of the focused beam and therefore the engraving lines depend on the distance between the lens our material typically the closer they are to each other the more accurate the work is the video shows how the fiber cube laser marking and engraving machine works the American company laser star manufactures such machines the high level of precision is guaranteed by the patented star FX software it makes it possible to carry out complex engraving and texturing which was not available on the market before cosmetic production the production of any cosmetic product begins with the preparation of ingredients face masks are no exception the video shows the production processes of the company lush in this case the making of a refreshing facial mask the very first step is the preparation of a rose petal tincture when it's ready sea water is added a powerful industrial mixer while the liquids being prepared another industrial mixer produces the base of glycerin and a substance called carrageenan the next stage of the base creation is the addition of propylene glycol a substance that promotes the uniform mixing of all the ingredients previously added the mask as a cleansing effect provided by other components like it's helping : high-quality white clay when all the ingredients are evenly mixed the base is ready and added to the tank with a rose seawater finally the last stage of production is the addition of color and essential oils in this case lavender and chamomile oils the mask is ready when it cools down and is manually poured into pots all production processes are performed on professionals specialized machines it's noteworthy that the company pays great attention to ecology so the equipment's is energy-saving and doesn't harm environment vacuum packaging quite often the final stage of production of various products is vacuum packaging with a special film this process greatly simplifies the transport of parts as the film as a protective function preventing scratches tearing and other defects on the surface its height fits of the film to the surface as well as the absence of unevenness in the packaging can usually be achieved only when using high quality equipment semi-automatic and fully automatic packaging machines are suitable in this case you can see the operation of the sp7 machine for the british companies CPAC limited the equipment you see on the screen as a 3d design system and uses new technologies as a result the quality of the seal is improved while the role of the operator is minimized and the need for maintenance is almost completely eliminated notable features include automatic magnetic locks and a vacuum pump the sp7 packaging machine optimizes production processes by vacuuming large quantities of details per minute the working area is 765 by 511 millimetres but it can be adjusted to the needs of the workshop candy production just as there are many different types of sweets on the market there are also many different types of machines that can be used in their production what kind of equipment is used is determined by the composition of the product ie what they are made of for example the production of candy and some workshops is only partially automated the caramel is heated and then the workers manually add sugar of dye and then they bring the mixture to a homogenous state then it's necessary to wait until the composition cools down that becomes more viscous then it's cut into pieces to make several caramel plots of the same size only after that the stamping machines come into play in this case several types are used the caramel which has now become thick is driven through the forging machine to produce a place of sweets the professional equipment allows to quickly get a large number of products identical in appearance when the caramel finally hardens we simply have to break the plates to get the sweets for all you Ste but the production of jelly beans is a more automated process in the video you can see the work of Bosch machines first and the industrial mixer the main ingredients are mixed these are water sugar and a gelling agent the process doesn't take long because of the high power of the mixer the liquids that transfer to the extruder which molds it the gummy candy dries first then it's left for 24 hours to cool down it's noteworthy that the equipment you see on the screen produces about 14,000 pieces per minute the next machine is a special drum where the gummy candy is lubricated and gets its usual glossy surface then other machines sort the candy into identical portions and packet the last bottle production the production of glassware on an industrial scale is almost always carried out with the help of a large number of equipment and machines the fact is that the work is done with materials heat it's with great temperature it's simply not safe for a person to work under such conditions and even if you wants it you can't provide the same work speed the first step is to prepare the raw materials cleaning them from unwanted impurities the dry blends that's fed into the furnace to produce the glass is known as in feed it should be homogeneous it consists of quartz and dolomite flour glass short aluminum and some other components after the mixture is turned into glass it's cooled down to make it viscous a special machine creates droplets of glass at the same size which are fed to the next equipment which gives its form to the future bottle the treated items are transports it's were conveyor belt which sends them for additional heat treatment ie to the furnace this procedure relieves the internal residual stress in the glass containers so the bottles won't burst during further processing and operation furthermore another machine sprays the bottles with a solution that prevents scratches and abrasions on the surface only quality control and packaging remains the use of advanced technology and quality machines makes it possible to create more than a million vessels per day hey stop being lazy it's time to use that brain of yours welcome to brain time incredible facts from the past the present and even the future the power of nature and wild animals amazing facts and unsolved mysteries you'll find all this and much more hair subscribe now you won't regret it