1. Manual baler
Use manual-operated split-type tools, manual tensioner (STTMR) and manual buckle (STTR). Applicable industries: round or irregular flat packaging such as steel pipes, steel coils, wires, cutting slits
Mode of operation: manual tensioner, used in conjunction with manual snap.
Features: Use manual operation, sturdy and durable, easy maintenance.
2. Fully automatic Baling machine
Automatic baling machine is suitable for: food, medicine, hardware, chemical, clothing, postal and other industries, suitable for carton packaging, paper packaging, parcel letter packaging, medicine box packaging, light industry packaging, hardware tools packaging, ceramic products packaging, auto parts packaging , Packaging of daily necessities, packaging of cultural and sports supplies, packaging of equipment, etc.
Features: Modular aluminum alloy bow design, easy to assemble and disassemble; fully automated design, more convenient operation and use; the maximum size of the bale is determined by the bow frame, the bow frame can be customized according to user needs; motor, reducer, cam 、 Tightening arm operation; excellent packing tightness, few failures, convenient maintenance; soft packing action, excellent durability, perfect packing function; the motor stops immediately after packing, saving power and practicality.
3. Metal baler
Applicable industries: steel, metal manufacturing, plywood, wood, electronics, logistics, etc.
Operation mode: Manually tighten and cut the belt at one time. Easy to maintain, easy to enter and only replace a few parts. Damaged parts can be replaced by customers. Ergonomic design, good balance of the machine body, bandwidth and cutter can be adjusted arbitrarily.
4. Packing and sealing machine
Applicable: Widely used in food, medicine, daily chemical, and other industries, suitable for packaging and packing of various sizes of goods such as carton packaging, paper packaging, medicine box packaging, light industry packaging, daily chemical supplies packaging, etc.
Features: With multiple protection devices, such as overload, phase loss, leakage, etc., to ensure the safe and normal use of equipment. The bundling machine adopts oil-free structure, which is easy to maintain and clean. The strapping machine adopts non-contact switch, the work is accurate and reliable, and the service life is long.
5. Semi-automatic Baling machine
Integrated circuit design: a new type of circuit design, which uses a plug-in circuit board to control the entire packing operation and the temperature of the scalding head. The circuit board replacement is very convenient. Instant heating, packing immediately: the first hot-melt design of the fast heating system, which can make the hot film work in 5 seconds and enter the best packing state. Automatic shutdown device, power saving and practical: When the packing operation is completed and no longer operates within 60 seconds, the motor will automatically stop and enter the standby state. New brake design: The brake of the machine's reel uses a special spring design to ensure that the belt enters smoothly and without noise.
6. Hydraulic baler
The hydraulic baler can squeeze various metal scraps (steel shavings, scrap steel, scrap aluminum, scrap copper, scrap stainless steel and scrap car scrap, etc.) into qualified furnace materials of various shapes such as cube, octagon, cylinder, etc. Transportation and smelting costs can increase the furnace speed.
7. Pneumatic baler
Pneumatic baler is a friction welding type baler. The overlapping thermoplastic straps are joined by the heat generated by the frictional movement, so it is called "friction welding". The compressed air presses down the piston of the cylinder. The upper part of the piston and the vibrator is connected with the positioning pin, and the vibrator presses the overlapping part of the packing belt. There is an oval hole in the middle of the vibrator, which is connected to the eccentric shaft of the air motor. The air motor rotates at high speed (10000 rpm), which makes the vibrator move back and forth quickly. The lower part of the packing belt is fixed by the triangular teeth of the bottom mold, and the upper part is driven by the triangular teeth of the vibrator, which is violently rubbed. In this way, the overlapping part of the packing tape is overheated and welded, and when the vibration timer reaches the set time, the welding is ended. The upper and lower parts of the strap are glued while squeezed and allowed to stand for a few seconds to ensure that the fusion joint has cooled.