Automatic horizontal stretch wrapper
Automatic strapping machine for panel, board, profile packaging.
Automatic strapping machine for panel, board, profile packaging.
Aluminum profile bag packing machine and bundle bagging machine for automatic film bag making and filling automatically online to help improving the packaging speed
SPEED:10 PCS PER MIN
We are providing automatic profile sealing and shrinking machine for profile, panel,timber…
Automatic solution for feeding, film cutting, shrinking and stacking can be customized per your need. PLC&HMI control system…
It provides full sides bagging and sealed packaging solution.
More packing solution for panel, aluminum profile and timber
1. PLC & HMI for flexible handle a variety of load sizes.
2. Widely built with high productivity, cost efficiency and longevity.
3. Different program for auto/manual swift control.
4. The inverters for wrapping and conveying speed changing.
5. Overlap adjustment for both material save and seal package.
6. Can operate and cooperation in-line with other automated equipment
Currently, we use 8 sizes of shrinking plastic.
The width are as follow : 16cm, 18 cm, 20 cm, 22 cm, 24 cm, 28 cm, 30 cm, and 40 cm.
We adjust these 8 sizes of shrinking plastic to pack all the various size of our aluminum bundles.
Please give us suggestion accordingly for aluminum profile packing machine.
Also, please give us information regarding following details:
– The country of manufacturer and assembly ( both body machine and engine / spare part )
– The warranty terms
– Ready stock or not
– Size of the machine
– Quality standard ( such as : ISO )
Looking forward to receiving your reply for aluminum profile wrapping machine price.
Yes the thickness of the polythene must be 2,5mm.
We do not have the thickness of the blue foil stretch film. This material should be to avoid the corrosion.
I attach two pictures, each one for the corresponding material.
Ok, we have to take into account that the max. width is 900mm but in the next line you mention that it could be possible to wrap with a width of 950mm. Is it possible? Please confirm.
The master wrapping machine you offer us can work with two different materials at the same time?
I understand that it would be better is the width of the coil is 600-800mm but can your panel&door wrapping machine wrap coils with a width from 400mm to 1000mm (In OR the width range can vary from 400mm to 900mm and in KR project the width of the coils is 1000mm in all of them)? Because I cannot offer this stretch wrapper system to the customer if I am not sure that the system can wrap with two different materials the wire coil with those dimensions.
Regarding the cycle time, you mean that in KR project the cycle time for a wire coil with maximum dimensions (W:1000mm ID: 500mm OD:900) is 50 seconds? Please confirm.
In OR project the cycle time for a wire coil with maximum dimensions (W: 900mm ID: 600mm OD: 1000mm) is 55 seconds? Please confirm.
Will you have any problem to pass through the inner diameter of the coil both materials with a minimum ID of 350mm?
Regarding the trolley you have offered, is included in the offer the displacement of the trolley as well as the rotation system of the rollers and the support for the wire coil?
12. A stretch wrapping machine for wrapping a load comprising:
a dispensing path for dispensing stretchable wrapping material;
a turntable for rotating and supporting the load being twisted;
a tension maintaining implies disposed between your dispensing signifies and also the turntable for applying stretchable wrapping material towards the fill with substantially continuous tension, mentioned anxiety maintaining implies which include an accumulator for obtaining stretchable wrapping material from the dispensing means as well as for providing the stretchable wrapping material towards the turntable, which movements in reaction to variety of your rate from the stretchable wrapping material becoming shipped to the turntable, the accumulator being pivotable regarding a pivot point using a roller rotatably connected thereto with a position counteract from the pivot point which engages the stretchable wrapping material engaging the roller applying a torque on the pivot position which can vary being a function of rotation in the accumulator; and
means for applying a constant force towards the accumulator at a level offset from the pivot point which is applicable a torque to the accumulator which varies being a purpose of rotation of the accumulator and is equal to and opposes the torque used on the accumulator through the tension in the stretchable wrapping material stimulating the roller.
In a modified embodiment of the stretch wrapper in the provide technology, like proven in FIG. 7, a part of stretchable wrapping material 62 is established along a horizontal axis. The stretchable material as it results in roll 62 goes by more than a nourish roller 66 which happens to be pushed in the same way as give curler 32 as discussed above in experience of the embodiment of NO.1 STRETCH WRAPPER DESIGNING. By being at a slower speed than roller 66 for pre-stretching the stretchable wrapping material, the stretchable material also can pass over an intermediate roller 64 that serves as a stretch roller. Pre-stretching of the stretchable wrapping material can be obtained, by rotating roller 66 at a greater circumferential speed than roller 64. The stretchable wrapping material then passes about an idler 68 continue to traveling together a vertical route and eventually is rotated by 90?? because it passes by around oxygen club 70. Oxygen club 70 has a plurality of openings from which atmosphere moves in an attempt to enable an even stream in the stretchable material throughout the oxygen club since the material is turned. Air nightclub 70 is established to be able to extend at a 45?? angle with respect to idler roller 68 in order that it can properly rotate the stretchable wrapping material. The stretchable wrapping material then goes by all around anxiety roller 72 that is connected to dancer forearms 74. The part of the stretchable wrapping material 76 passing close to pressure roller 72 is going to be provided to the load for being covered around the load as reviewed earlier mentioned in conjunction with the embodiments proven in NO.1 STRETCH WRAPPER Planning. Throughout a spiral wrapping operations the only real aspects that would shift up and down along carriage 10 in the embodiments demonstrated in FIG. 7 will be air flow club 70 and also the pressure keeping device that includes tension curler 72 and dancer biceps and triceps 74.
The operation in the frequent tension device can be is and seen described herein in conjunction with the diagrammatical illustrations in FIGS. 3 and 2 as well as comparison using the prior craft system as explained in NO.8 STRETCH WRAPPER. As load 78 rotates the speed at which the load rotates will vary, as shown in NO.8 STRETCH WRAPPER. This may be seen by watching the real difference in the size of the stretchable material among curler 84 and fill 78 between your stress located as displayed from the sound outlines and the stress located as demonstrated with the shattered lines. The variance in the demand for film by rotating load 78 will increase the tension on the film thereby causing significant variations in the amount of stretching of the film during the wrapping operation if roller 80 is power driven or rollers 84 and 82 are power driven so that the quantity of material passing around roller 84 is relatively constant during the wrapping operation. Even if the machine as proven in NO.8 STRETCH WRAPPER products the film completely based upon the tugging of your material by revolving stress 78, because of the inertia in taking the different curler the anxiety about the wrapping material still may vary.
Within the wrapping machine and operation of the existing creation, nevertheless, this variance from the demand for wrapping material from the revolving weight 44 is paid back for with the continuous stress mechanism so as to have a continual stress on the section of stretchable wrapping material 42a and 42b being delivered to and wrapped all around stress 44 as it rotates. As shown in NO.2 STRETCH WRAPPER DESIGNING, as load 44 rotates to a position where the speed at which the load draws up the stretchable wrapping material increases, tension roller 38 moves closer to the load by pivoting movement of dancer arms 40. It supplies the extra material needed while the tension force that pulls upon the portion of wrapping material 42a extending to the load is maintained at a substantially constant level, as tension roller 38 moves closer.
Before being supplied to the constant tension mechanism, dispensing mechanism 8 includes a supply roll of the stretchable wrapping material 16 which first passes around a first roller 18 and subsequently over a feed roller 32. A motor unit drive 20 brings give roller 32 which brings curler 18. On the other hand engine generate 20 could be immediately paired to curler 18 after which nourish curler 32 would be paired to and pushed by curler 18.
The output gear (sprocket) 23 of electric motor generate 20 is combined to equipment (sprocket) 25 and transfer push shaft 26 using a drive chain 22. Transfer shaft 26 consequently rotates pulley 28 which by way of generate belt 24 rotates pulley 30. By properly sizing the portions over which drive belt 24 passes around pulleys 28 and 30, a desired rotating relationship between the two pulleys and hence rollers 32 and 18 can be obtained. A varied velocity drive mechanism can be used between shaft 26 and shaft 31. Rotation of pulley 30 via shaft 31 rotates curler 18 at the rate possessing a ideal romantic relationship to the speed of roller 32.
This particular process provides two principal benefits. Initially, the mechanism gets rid of the necessity to shift the hefty excess weight in the film roll, stretch rollers, drive motors, manages along with other related equipment up and down on the straight cage given that most of these stay stationary supplies. As a result a safer, more and lighter affordable elevator system can be used. 2nd, it now becomes practical to make use of much bigger film rolls which more easily could be installed horizontally for the majority of packaging equipment particularly on intelligent equipment therefore enabling, as an example, as much as four times as much pallet plenty to become covered without stopping the machine or altering the moves.
BRIEF DESCRIPTION In The Sketches
NO.1 STRETCH WRAPPER Developing can be a point of view look at a single embodiment of the stretch wrapping machine in accordance with the current creation.
NO.2 STRETCH WRAPPER Planning is actually a diagrammatic perspective illustrating the operations of your stretch wrapping machine of NO.1 STRETCH WRAPPER DESIGNING.
FIG. 3 is yet another diagrammatic look at just like NO.2 STRETCH WRAPPER Planning illustrating the stretch wrapping machine during an additional stage in the wrapping operations.
FIG. 4 is actually a diagrammatic take a look at the stretch wrapping machine illustrated in NO.1 STRETCH WRAPPER Creating.
FIG. 5 is a leading program look at the dispensing process in the stretch wrapping machine shown in NO.1 STRETCH WRAPPER DESIGNING.
FIG. 6 is really a top strategy view of the dancer mechanism and tension curler found in the stretch wrapping machine shown in NO.1 STRETCH WRAPPER Planning.
FIG. 7 is really a perspective diagrammatic take a look at one more embodiment from the stretch wrapping machine of your provide innovation.
NO.8 STRETCH WRAPPER can be a diagrammatic take a look at a stretch wrapping machine as outlined by the before artwork.
FIG. 9 is a leading view of the most preferred kind of the first embodiment which include a engine manage device for that stretch rollers.
NO.1 STRETCH WRAPPER DESIGNING0 is surely an elevational look at a changes of your embodiment of FIG. 9.
NO.1 STRETCH WRAPPER DESIGNING1 is a look at a second embodiment of the invention.