Manual Universal Extruder

Supplier: Cnc lathe, universal lathe, gap-bed lathe, manual precision surface grinder, band saw

Supplier: Liangjie series pellet mill, wood pallet mill, hammer mill, mixer, extruder, crusher, screener, magnet and cleaning machines, conveying machines and universal machines

Supplier: Automatic combining panel pressing line with glass washing machine, manual combining roller pressing line with washing machine, glass washing machines (any type), butyl extruder, polysulphide extruder, hotmelt extruder, rotating table, pressing table, profile cutting machine, desiccant filling machine

Supplier: Semi norton, lathe machines, hydraulic press brakes with N. C. Control, hydraulic shearing machines with N. C. Control, hydraulic / mechanical plate bending machines, all geared / 1 feed auto universal / vertical milling machines, hydraulic / manual surface grinders, hydraulic cylindrical grinders, power presses pnumatic / mechanical & many other special industrial machineries

The universal testing machine can test multi types mechanical strength of metal or non-metal material, it mainly can test tensile, compression, bending strength. Normally the max loading is 300kn, 600kn, 1000KN. Hydraulic driven, digital display, manual oil control, test report print output.

Raw material+ carbon - mixing-- vacuum feeding -- material dryness -- single screw extruder -- steel wire unlocking -- extrusion mould-- spiral calibrator -- spray vacuum tank -- belt haul-off -- manual cut -- winder -- finished product inspecting & packing Model: lspe-75 lspe-90 Screw diameter: 75mm 90mm L/d: 30: 1 30: 1 Pipe range: 50-150 75-200 Capacity: 80-110 150-250 Main motor power: 55 90 Total power: 70 130 Line length: 15 18. Wooden cases or wood pallets

The coex bubble plant, represents the state-of-the art machine among the torninovaÆs production range . It has got all the most sophisticated technologies for air bubble film production, in order to ensure the easy production to the customer, thanks to the full automation of the co-extrusion process, to reach a film with air-barrier effect, that keeps the air inside the bubble for a longer time. The main advantages of such air bubble film are: Better cushioning protection compared with a thicker mono-extruded bubble film: the co-extruded bubble film offers higher air retention (thanks to the internal layer of PA6) and then ensures effective long-term cushioning performances from packing to final delivery. It means also extra strength of each bubble and then extra protection of the goods. Better protection with thinner plastic film: it means better performance with less raw material consumption. Reusable : his long lasting cushioning performances allows to use the same air bubble film for many times. Recyclable : the co-extruded bubble film could be recycled with other polyethylene material An air bubble film of 35 g/,2, produced by co-extrusion process, can be compared, in terms of resistance, with a mono-extrusion air bubble film of 55 g/m2. They have same resistance. Considering such relationship, it means that you save the 30% of the cost for raw materials, by using co-extrusion production process. Mainly, it is composed by three extruders: one for PE layer, one for the PA6 layer and the third one for the TIE layer between PE and PA6. These three extruders, through the last generation of feed-blocks with adjustable geometry allow the production of the special co-extruded air bubble films with ABCBA structure. You can easily understand the co-extrusion process through the following layout: The COEX BUBBLE plant has got the following features: Extruders with a.c. motors mounted in axis and with universal screws in wear-resistant steel, with modular profiles with barrier double thread, in different diameters according to the level of production requested. Every extruder is equipped with a filter and a gear pump with transmission by cardan joint and motor with inverter and feedback loop control. The gear pump, through PID control, adjust automatically the speed of the extruder according to the capacity requested by the production formula and to the desired extrusion pressure. Two separated flat dies for an excellent control and adjustments of the produced films, realized in steel with adjustable deliveries. The feed-block with adjustable geometry, allows the distribution uniformity of the internal layer of polyamide (PA6) on the whole width of the film, also with thickness less than 0.5 micron. Gravimetric blending and metering for the ingredients, for a more accurate and automated management of the granules to be extruded. Forming unit climbed on guide and rack arms that allow the automated movement from the stand-by position to the production position thought PLC. The forming cylinder is mounted on mobile structure (motorized and controlled by PLC) in both the directions for the regulation of the materials delivery from the flat dies and for its fast interchangeability. Main control panel managed by PLC, complete with supervision software managed through touch screen that allows the planning and the control of the whole plant . The production control occurs by formula that the operator can personalize according to the co-extrusion percentage he needs and to the speed of production. The forming cylinder is thermoregulated by a water thermoregulation unit in order to maintain more constant its temperature. Width of the produced film: from 1.000 mm up to 2.500 mm (or more on request) The plant can be equipped (also after installation, thanks to its modularity) with several accessories: Moulder cylinder with bubble in different diameters Perforation unit with brushless motor Cast cylinders thermoregulated by diathermic oil units for a better control of the produced films Third and fourth layer unit that allow the in-line lamination of one or two sides of air bubble film eliminating others processing Trimmed edge recovery systems that allow the in-line recycling of the trims with hopper feeding extruder Fast Loading system on the rewinder, that allows, in automatic way, to unload the produced roll with closing system by glue and the loading of the new carton core with application of ôhot-meltö glue. The machines are fully customizable. Contact us to project the most suitable plant for your production and market necessity.

Fe32 heavy duty precision lathe: High tensile ribs structure lathe bed, high precision and wide bed surface. Fe series is equipted with one-piece integrated structure and lathe bed enhances the machine life working performance. Features: 1. Large bore spindle--supported by 3-point precision bearings. Suitable for heavy-duty cutting. 2. Universal gear box design--able to cut metric thread, imperial thread, module thread without change gears. 3. Headstock--all gears and mandrel are made of alloy steel with heat treament and precision ground. Rotating type speed change system is easy to operate. 4. Apron and saddle--easy-operated overload protectsafety device. Central lubrication system can be operated manually or automatically. 5. Tailstock--with speed reduced quill suitable for heavy duty drilling, hand wheel is with dual dial. 6. Emergency brake system--more safe emergency brake system can shut off power supply simultaneously. 7. Fast feed and auto skip-off--apron has designed with cross and transversal fast feed and auto skip-off device. 8. Auto longitudinal stop--auto longitudinal travel device will control the feed of tool post.

1. Introduction The kitchen waste solid liquid separator uses kitchen/fruit and vegetable organic waste as raw materials, through the dual shaft Roller shredding, squeezing dehydration, oil-water separation and other comprehensive treatment technologies for rapid decomposition. After setting the parameters It can run automatically without manual operation. It can achieve rapid waste reduction, and the sewage can be discharged after subsequent treatment It is used as raw material for biomass fuel after recycling. 2.Working principle 2.1. After the kitchen waste enters the equipment, it is firstly evenly crushed by a two-axis roller shredder, and the particle size after shredding at 10-20mm, the teeth of the shredder are made of high-strength alloy, and the size of the shredded kitchen waste is uniform and small tableware, bones and other hard objects that are not fully quantified are broken at the same time to avoid malfunctions during the operation of the equipment. 2.2The follow-up dehydration of slag with small particle size is more complete, the amount of reduction is more, the oil extraction rate is high, and the overall operation efficiency of the equipment is high. 3.After being shredded, the slag automatically enters the screw press dehydrator. The dehydration process of the screw press dehydrator is divided into two stages. In the first stage, the spiral auger is used for dehydration. The spiral auger is divided into three sections: transmission section, compression section and discharge section. 3. The extruded liquid of the squeeze dehydrator is transferred to the oil-water separator through the diaphragm pump, using the kinetic energy of the water flow to connect continued collision, the grease from small to large, thereby accelerating the movement, so that the oil and water of different proportions can be shunted and layered, which helps after the oil and water are separated by the density difference, it enters the next stage. The waste water makes turbulent movement under the siphon effect along the spoiler. After flowing from the overflow weir into the collection tank and discharged through the drainage port, the oil beads in the water gather and flow upward, floating in the oil-water separator.