Introduction to the hottest packer 0

2022-07-26
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Introduction to baling machine

introduction to baling machine:

I. definition: baling machine, also known as baling machine or strapping machine, is a machine that uses strapping belts to wrap products or packages, then tightens and melts both ends through thermal effect or connects them with materials such as buckles. The function of the packer is to make the plastic belt cling to the surface of the bundled packages, so as to ensure that the packages will not be scattered due to poor binding during transportation and storage, and that they should be tied neatly and beautifully

II. Type:

1) by use: waste paper baler, metal baler, straw baler, cotton baler, straw baler, etc

2) by performance: automatic baler, semi-automatic baler, manual baler, etc

3) Baling Machines can include: full-automatic baling machine, full-automatic unmanned baling machine, horizontal baling machine, sword type baling machine, pressurized baling machine, semi-automatic baling machine, portable baling machine, etc

1 manual packer: it is manually operated. Only through it can the unqualified products be delivered to the factory. The manual tensioner (sttmr) is used in conjunction with the manual biter (STTR). Applicable industries: round or irregular plane packaging such as steel pipe, steel coil, wire rod, cutting and splitting. Operation mode: manual tensioner, which is used together with manual biting device. Features: manual operation, durable and convenient maintenance

2 full automatic baling machine: full automatic baling machine is widely used in food, medicine, hardware, chemical industry, clothing, postal and other industries. It is suitable for automatic packing and bundling of goods of various sizes, such as carton packing, paper packing, parcel letter packing, medicine box packing, light industry packing, hardware tools packing, ceramic products packing, auto parts packing, daily chemical products packing, sports goods packing, equipment packing, etc. Features: modular aluminum alloy bow frame design, you certainly do not know the disassembly side; Fully automatic design is adopted, which makes operation and use more convenient; The maximum size of the bundle is determined by the bow frame, which can be customized according to the needs of users; Operation of motor, reducer, cam and tightening arm; Excellent packing tightness, less faults and convenient maintenance; Soft packaging action, excellent durability and perfect packaging function; The motor stops immediately after packaging, which saves power and is practical

3 metal packer: applicable industries: steel, metal manufacturing, plywood, wood, electronics, logistics, etc. Operation mode: manually tension and cut the belt at one time. Easy to repair, easy to access and only a few parts are replaced. Damaged parts can be replaced by the customer. In line with ergonomic design, the machine body has good balance, and the bandwidth and cutter can be adjusted at will

4 packing and sealing machine: applicable: it is widely used in food, medicine, daily chemical, and other industries. It is applicable to packing and binding of goods of various sizes, such as carton packing, paper packing, medicine box packing, light industry packaging, daily chemical products packaging, etc

features: it is equipped with multiple protection devices, such as overload, phase loss, electric leakage, etc., to ensure the safe and normal use of the equipment. The strapping machine adopts oil free structure, which is simple to maintain, clean and sanitary. The strapping machine adopts non-contact switch, which works accurately and reliably and has a long service life

5 semi automatic baling machine: integrated circuit design: new circuit design, using plug-in circuit board to control the whole baling action and hot head temperature, the circuit board is very convenient to replace. Instant heating and immediate packaging: the first rapid heating system hot melt design can make the heating sheet work within 5 seconds and enter the best packaging state. Automatic stop device, power saving and practical: when the baling action is completed and the operation is no longer conducted within 60 seconds, the motor will automatically stop and enter the standby state. New brake design: the disc brake of this machine adopts a special spring design to ensure smooth belt entry without noise

III. working principle: the packed object is basically in the middle of the packer. First, the right top body rises, the front end of the pressing belt tightens and binds the belt to the object, then the left top body rises, presses the appropriate position of the lower belt, the heating plate extends into the middle of the two belts, the middle top knife rises, cuts off the belt, and finally sends the next binding belt to the position to complete a working cycle

IV. work flow: the belt is sent to the position → the binding signal is received → the brake is released, the main motor is started (1) → the right top knife rises, and the experiment begins to hold the right belt against the sliding plate (2) → "t" guide plate retreats (3) → the proximity switch senses that the strip withdrawal probe (4) is safe, stable, reliable and high precision → the main motor stops, the brake is engaged (5) → the strip withdrawal motor of the packer rotates, Unwind the belt for 0.35 seconds (6) → tighten the belt and bind it to the object (7) → start the main motor for the second time, pull in the brake (8) → pull the belt again with the large swing rod, tighten the belt (9) → the left roof rises, and compress the lower belt (10) → the heating plate extends into the middle of the two belts (11) → the middle top knife rises, and cuts off the belt (12) → the middle top knife falls (13) → the middle top knife rises again, so that the two belts are firmly bonded (14) → the middle top knife falls, The left and right top knives are lowered at the same time (15) → the heating plate is reset (16) → the sliding plate is retreated (17) → "t" guide plate is reset (18) → the proximity switch senses the belt feeding probe (19) → the belt feeding motor is started to drive the belt feeding (20) → the large swing rod is reset (21) → the belt is in place, and the top of the belt is on the "t" guide plate (22) → the proximity switch senses the double probes (23) → the main motor stops, the brake is engaged (24) → the packer completes a working cycle

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