Vertical Shoe Insole Making Machine 1. This vertical shoe insole machine ; belongs to the internal line machine series is our GR independent research and development of a product 2. This machine structure is more suitable for an operator to stand at work. 3. This vertical shoe insole making machine has c / d / j three kinds of horns respectively suitable for shoes cloth shoes boots children's shoe outsole and penetration sewing processing. 4. This machine is especially suitable for sewing rosin hemp thread on military shoes When the machine works, the needle directly penetrates through the sole to form a chain stitch, and the penetration force is very strong so that the sole sewing with thick materials can be supported 5. The three horn heads of the vertical shoe insole machine have respective radian inclinations to meet different footwear requirements. 6. The maintenance of the machine has professional and technical personnel that can be guided by video or telephone voice and other ways if you don't know how to operate it. The automatic insole machine ;has equipped with automatic feeding and discharging mechanism. With Servo automatic lift and storage mechanism (lengthened type) and adjustable ink cup pressure system (Patent No. M311585), which can easily adjust the scraping pressure of the ink cup. The printing machine adopts powder coating on the outer case, which serves a delicate appearance and stiffer structure. The printing is fast and accurate. Use a double horizontal scratching pad printing machine equipped with a servo automatic lifting and storage mechanism, automatic feeding mechanism, and automatic discharging gripping mechanism, you just need to put the insole into the storage device. Then the machine will feed in, print, and discharge automatically. It is really fast and convenient. Pad printer can be equipped with an automatic feeding positioning jig mechanism and automatic feeding gripping mechanism. With automatic discharging gripping mechanism. Servo automatic lift and storage mechanism (lengthened type). Pad printer adopts 10" 65536 colors TFT touch screen and built-in 3 languages, traditional Chinese, English, and Indonesian. Programmable Logic Controller (PLC) control is easy to add functions. Exclusive Patented "Adjustable Ink-Scraping Device" (Patent No. M311585). Adjust Scraping Pressure Easily Electronic Pressure Sensor Embedded lighting equipment Malfunction by Screen Display uto Discharge Servo Fixture. Insoles could discharge automatically after printing into the Servo fixture ; Index Table with 4 insoles jigs. ( Insoles printing size could change by switching jigs.. ) A cutting machine ;is a machine used for cutting out parts of articles from layers of cloth card webs or knitted fabric. The technically possible depth of cutting of the layer depends on the design of the cutting machine and on the thickness and properties of the fabrics. Cutting machines may be movable or stationary. The working member of a movable cutting machine is a steel plate-type knife, which performs a reciprocal vertical motion, or a round knife, which rotates at high speed. The machine is shifted manually relative to the layer along lines drawn on the top card web. In stationary cutting machines, the working member, or cutter, is a high-speed endless band saw. Movable cutting machines are usually used for cleaving the layers into sections. Such machines have line-cutting capacities of 1,150–1,400 m (straight-knife machines) and 1,250–1,500 m (round-knife machines) over a seven-hour period. Cutting machines with a band saw are used for the clean cutting of pieces of articles from the parts of the layer. The material is moved manually on the cutting-machine table in relation to the band saw. Band-saw cutting machines provide better cutting quality, and their output averages twice that of straight-knife cutting machines Electric industrial ovens ;use electricity and have quick heat-up times, precision temperature controls, and low cost. They are ideal for dealing with combustible products or working with metals like aluminum, which can discolor when heated by gas. Benefits of Electric Ovens 1. Energy Efficiency – Advances in technology have increased the efficiency of the heating element in electric ovens. Invisible electric, infrared energy is used to heat the unit without the use of fans or blowers. Furthermore, infrared technology does not need to heat the entire oven in order to work, saving time and energy during the heating process. Although electric ovens are not known for reaching high temperatures quickly, they can produce consistent heat at greater efficiency. For example, ovens with infrared technology can run on 700 watts and produce the same heat typically produced by 1,500 watts. 2. Smaller Productions – In general, electric ovens are more effective when used in smaller operations. Productions that require zero contamination from combustion, such as curing, can benefit from the cleaner output of electric ovens. ; 3. Lower Installation Costs – If used on smaller, batch process operations, electric ovens can be less expensive than gas-fired models. Although the operating costs of electric ovens can be higher, the price tag can be considerably lower, making them ideal for smaller productions. Installation costs are typically lower than gas versions, as most facilities have access to outlets. This is not always the case with gas-fired ovens, which may require the installation of supplementary fuel lines. The importance and status of the molding machines ;in founding can be explained as follows in accordance with H. Lohse: “Molding machines are machine tools in the field of sand molding that use tools (pattern plate, core box) to produce the workpieces (mold parts, mold halves, mold cods, cores) from required materials (molding material, core molding material)”. Molding machines must provide the following functions: 1. Loading of the mold boxes and positioning on the pattern plate 2. Filling of the molding material into the mold box (or mold chamber) 3. Compaction (solidification of the molding material) 4. Demolding, i.e. Separation of the mold from the pattern and unloading of the mold What are the Different Types of Laminating MachinesLaminate machines ;are either hot or cold. A hot laminating machine is the most common, but because some documents are heat sensitive, a cold machine is the most appropriate choice for some uses. 1. Hot Pouch Laminating Machines For these types of laminating machines, the lamination material comes in “pouches” which are actually two sheets of plastic film bound on one edge. Items are placed in an appropriately sized pouch, trimmed, and then placed in a cardboard carrier. The carrier is a simple piece of heavy card stock, similar to a file folder, and it protects the lamination pouch from direct contact with the hot rollers. Once a machine is warmed up and your item is snugly protected in the carrier, you place the closed edge of the carrier in the mouth of the laminating machine, and the rollers pull it slowly through, heating the carrier and lamination pouch. The heat reacts with the pouch, activating an adhesive which then binds to the paper, and the carrier exits the back of the machine with the newly durable, aesthetically enhanced item, ready to be placed on a wall, in a wallet, or wherever the laminated product will find its new home. 2. Cold Pouch Laminating Machines If the document was printed on an inkjet printer, came from a fax, or is a photo, it may be sensitive to heat and a hot laminating machine could cause the colors to run. Cold laminating machines use pressure to activate the special cold laminating pouches. Some don't even require electricity and operating them requires simply inserting the cold pouch and turning the crank. Safer and easier to use, cold laminating machines can be a great option, but hot machines still produce better quality and durability. 3. Roll Laminating Machines Roll machines are used in commercial and industrial settings where a large poster size is desired and speed is necessary. Roll machines don't use pouches. The lamination film is on a roll that's attached to the lamination machine, and the lamination film is heated prior to contact with the paper. This increases speed and efficiency and allows users to complete bulk laminating projects in a reasonable amount of time.