CN204894623U - High -speed system bag machine of full -automatic computer - Google Patents
High -speed system bag machine of full -automatic computer Download PDFInfo
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- CN204894623U CN204894623U CN201520433489.1U CN201520433489U CN204894623U CN 204894623 U CN204894623 U CN 204894623U CN 201520433489 U CN201520433489 U CN 201520433489U CN 204894623 U CN204894623 U CN 204894623U
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Abstract
The utility model discloses a high -speed system bag machine of full -automatic computer, include: a frame, this frame be as the carrier of whole equipment, has set gradually automatic blowing device, pneumatic automatic feeding device, overspeed device tensioner, pressure bagging apparatus, coiling mechanism, automatic towards cutting device with prevent scraping the flower printing and blow and inhale the device in the frame, the inside control switchboard that is used for controlling the operation of whole equipment that is provided with of frame, pneumatic automatic feeding device and overspeed device tensioner on be provided with the high -voltage tube that is used for getting rid of static, be provided with photoelectric sensor on pressing the bagging apparatus, the coiling mechanism install in automatic towards cutting device the place ahead. The automation include towards cutting device: the knife rest with install the cutting member on the knife rest, realize unblock or locking through a pneumatic valve between knife rest and the frame. The utility model discloses all being provided with the sensor on coiling mechanism and cutting knife device, can preventing overstocking of plastic bag between each process effectively and the waste of production material, more furtherly carries production quality.
Description
Technical field:
The utility model relates to Bag Making Machine technical field, a kind of full-automatic computer high-speed bag making machine of feature.
Background technology:
Polybag has that price is low, single use, the feature such as convenient and healthy, at daily life clock, the application of polybag is very general, polybag has number of different types, as polybags such as rubbish heap, freshness protection package, biodegradation bag, life bag, industrial bag, Environmental protection bags, and used in everyday there is handle polybag etc.Because its consumption of polybag is large, the production automation day by day of polybag, in order to produce polybag in enormous quantities, expeditiously, therefore, high-speed full-automatic computer Bag Making Machine arises at the historic moment.
Bag Making Machine (English name: PaperBagMachine) is exactly the machine making various plastic packaging bag or other materials packaging bag, its range of work is the packaging bag of plastics that all size thickness specification is different or other materials, is in general major product with plastic packaging bag.Now Bag Making Machine is in the art all generally semi-automatic Bag Making Machine or full automatic bag-making machine, but no matter be any Bag Making Machine, general all can exist when producing polybag in batches, due on polybag with electrostatic, polybag is used for hiking up, and, next step operation cannot be carried out because polybag hikes up, cause producing problem, and follow-up material can be caused to pile up on station, have impact on production efficiency on the one hand, waste material resource on the other hand, this is the comparatively general problem that existing Bag Making Machine in the art exists.And the utility model people improves Bag Making Machine of the prior art, must enhance productivity further, reduce percent defective.
Utility model content:
The purpose of this utility model is to overcome the deficiencies in the prior art, provides a kind of full-automatic computer high-speed bag making machine.
In order to solve the problems of the technologies described above, the utility model have employed following technical proposals: full-automatic computer high-speed bag making machine, comprise: a frame, this frame, as the carrier of whole equipment, is disposed with automatic discharging device, pneumatic automatic charging device, tensioning apparatus, pressure bagging apparatus, wrap-up, automatic cutting cuts device and anti-scratch prints wind suction and blowing device in frame; Described machine frame inside is provided with the control exchange run for controlling whole equipment; Described pneumatic automatic charging device and tensioning apparatus being provided with the high-voltage tube for removing electrostatic, on pressure bagging apparatus, being provided with photoelectric sensor; Described wrap-up is installed on automatic cutting and cuts device front, and wrap-up comprises: drive roll and driven voller, on drive roll and driven voller, have additional gas blow pipe; Described automatic cutting cuts device and comprises: knife rest and the cutting member be installed on knife rest, realizes unlocking or locking between knife rest and frame by an air pressure valve.
Furthermore, in technique scheme, described pneumatic automatic charging device comprises: deflector roll, be arranged at the dance roller after deflector roll, initiatively rubber roll, driven rubber roll and a tensioner, and deflector roll walked around successively by polybag, dance roller, initiatively rubber roll are connected with tensioning apparatus with after driven rubber roll, tensioner;
Described automatic discharging device comprises: be positioned at the rubber roller of frame front end, rubber wheel is installed by a fixed mount, and be provided with cylinder and air valve on this fixed mount, by this cylinder and Air Valve Control rubber roller relative to uniform rotation to realize even blowing; This rubber roller comprises upper pressure wheel and lower pressure wheel.
Furthermore, in technique scheme, the two ends of described dance roller are connected on the support of pneumatic automatic charging device, and are arranged with spring on this support, and dance roller constantly moves up and down under the pulling force of polybag and the restoring force effect of spring; Pneumatic automatic charging device is parallel to deflector roll and is provided with high-voltage tube, high-voltage tube is communicated with high-tension electricity; Frame sets up a up-draught pipeline between deflector roll and active rubber roll;
Described anti-scratch printing wind suction and blowing device to be installed on below frame and to be positioned at below pneumatic automatic charging device, this anti-scratch printing wind suction and blowing device comprises: a cabinet and be installed on the multiple stage air draught mini-fan of cabinet inside, and this mini-fan is positioned at for adsorption plastic bag.
Furthermore, in technique scheme, described tensioning apparatus comprises: be installed on the first transfer roller in frame, be arranged at the first transfer roller after support and some deflector rolls of being arranged on support.
Furthermore, in technique scheme, described pressure bagging apparatus is arranged on the table top of frame, and pressure bagging apparatus comprises: the depression bar that the table top being parallel to frame is arranged and the sensor be arranged on table top, form the gap passed for polybag between the table top of depression bar and frame; Pressure roller is provided with between table top upperpush rod and drive roll.
Furthermore, in technique scheme, described drive roll and driven voller rotate in opposite directions, and are provided with gas blow pipe on drive roll and driven voller, and this gas blow pipe is parallel with driven voller with drive roll, are arranged with some tracheoles on gas blow pipe.
Furthermore, in technique scheme, the side that described wrap-up cuts device near automatic cutting is provided with sensor, and the two ends of its support of wrap-up are equipped with this sensor.
Furthermore, in technique scheme, described automatic cutting cuts its knife rest of device and is installed in frame, can relatively rotate between knife rest and frame; On knife rest, be provided with minor axis, frame be provided with the cell body coordinated with this minor axis, this minor axis drives to unlock or lock onto in this cell body by an air pressure valve and locates to make between knife rest and frame.
Furthermore, in technique scheme, described cutting member is driven by drive unit and moves up and down to cut, and described automatic cutting cuts and is installed on its exit and is provided with sensor, gas blow pipe and high-voltage tube; Described gas blow pipe is arranged with some downward tracheoles, the two ends of knife rest are provided with sensor.
Furthermore, in technique scheme, the rear of cutting device in automatic cutting is connected with automatic moulding press tool hand.
After adopting technique scheme, the utility model has following beneficial effect compared with prior art:
1, the utility model is provided with high-voltage tube on pneumatic automatic charging device and tensioning apparatus, and high-voltage tube is communicated with high-tension electricity, can play good to destatic effect;
2, the utility model is provided with gas blow pipe in wrap-up, can effectively ensure polybag entirely to drop on table top can not on waft, ensure the quality of production;
3, the utility model is provided with sensor on wrap-up and cutter device, when sensor detect polybag hike up or have other object assembly both sides relative sensor time, equipment decommissions, effectively can prevent overstocking of each inter process polybag and produce the waste of material, further putting forward the quality of production.
4, the sack place that goes out that the utility model cuts device in automatic cutting is provided with gas blow pipe and high-voltage tube, can remove the electrostatic on polybag, and can prevent polybag from hiking up.
5, the utility model is provided with gentle breeze fan in frame, holds plastic foil by this gentle breeze fan air draught, ensures that plastic foil does not go wrinkling, also can avoid scratching plastic film printing surface.
6, the utility model in automatic discharging device, can at the uniform velocity synchronous blowing exempted from blowing express asynchronous with sealing time film can be wasted.Pneumatic automatic charging device reduces a staff, traditional material loading must two workmans lift.
Accompanying drawing illustrates:
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the stereogram one that in the utility model, automatic cutting cuts device;
Fig. 3 is the stereogram two that in the utility model, automatic cutting cuts device;
Fig. 4 is the side view that in the utility model, automatic cutting cuts device;
Fig. 5 be in the utility model automatic cutting cut device unlock after schematic diagram;
Fig. 6 is the structural representation of wrap-up in the utility model.
Description of reference numerals:
1 frame 11 cell body
2 pneumatic automatic charging device 20 rubber roller 21 deflector rolls
22 active rubber rolls
23 driven rubber roll 24 tensioner 25 high-voltage tubes
26 dance roller 261 springs
27 gentle breeze fan 28 fixed mount 29 cylinders, air valve
3 tensioning apparatus 30 first transfer roller 31 supports
32 deflector rolls
4 pressure bagging apparatus 41 depression bar 42 sensors
5 wrap-up 51 drive roll 52 driven vollers
53 gas blow pipe 531 tracheole 54 sensors
6 automatic cuttings cut device 61 knife rest 611 minor axis
62 cutting member 63 sensor 64 gas blow pipes
65 high-voltage tube 66 air pressure valves
7 control exchange 8 polybag
9 automatic punching manipulators
10 up-draught pipelines
Detailed description of the invention:
Below in conjunction with specific embodiments and the drawings, the utility model is further illustrated.
As shown in Figure 1, full-automatic computer high-speed bag making machine, comprise: a frame 1, this frame 1, as the carrier of whole equipment, is disposed with automatic discharging device 2A, pneumatic automatic charging device 2, tensioning apparatus 3, pressure bagging apparatus 4, wrap-up 5 and automatic cutting cut device 6 and anti-scratch prints wind suction and blowing device in frame 1; Cut device 6 by automatic cutting after said apparatus walked around successively by polybag 8 to cut.
Specifically, described frame 1 inside is provided with the control exchange 7 run for controlling whole equipment, can be set the various parameters of full-automatic computer high-speed bag making machine by this control exchange 7.Described pneumatic automatic charging device 2 comprises: deflector roll 21, be arranged at the dance roller 26 after deflector roll 21, initiatively rubber roll 22, driven rubber roll 23 and a tensioner 24, polybag is from rubber wheel 20 blowing, described automatic discharging device 2A comprises: be positioned at the rubber roller 20 of frame 1 front end, this rubber roller 20 comprises upper pressure wheel and lower pressure wheel, rubber wheel 20 is installed by a fixed mount 28, and on this fixed mount 28, cylinder and air valve are installed, by this cylinder and Air Valve Control rubber roller 20 relatively uniform rotation to realize even blowing;
After blowing, deflector roll 21 walked around successively by plastic foil, dance roller 26, initiatively rubber roll 22 are connected with tensioning apparatus 3 with after driven rubber roll 23, tensioner 24.The two ends of described dance roller 26 are connected on the support of pneumatic automatic charging device 2, and are arranged with spring 261 on this support, and dance roller 26 constantly moves up and down under the pulling force of polybag and the restoring force effect of spring 261; Be provided with high-voltage tube 25 in being parallel to deflector roll 21 place, this high-voltage tube is communicated with high-tension electricity, by this high-voltage tube 25 remove on polybag with electrostatic, in deflector roll 21 with initiatively set up a up-draught pipeline between rubber roll 22 in frame 1.Described anti-scratch printing wind suction and blowing device to be installed on below frame 1 and to be positioned at below pneumatic automatic charging device, this anti-scratch printing wind suction and blowing device comprises: a cabinet and be installed on the multiple stage air draught mini-fan 27 of cabinet inside, and this mini-fan is positioned at for adsorption plastic bag.Hold plastic foil by this gentle breeze fan 27 air draught, ensure that plastic foil does not go wrinkling, also can avoid scratching plastic film.Frame 1 sets up a up-draught pipeline 10 between deflector roll 21 and active rubber roll 22.
Described tensioning apparatus 3 comprises: be installed on the first transfer roller 30 in frame 1, be arranged at the first transfer roller 30 after support 31 and some deflector rolls 32 of being arranged on support 31.Polybag 8 walks around the first transfer roller 30 and each deflector roll 32 successively, and polybag 8 can be made to keep tensioning.
Described pressure bagging apparatus 4 is arranged on the table top of frame 1, pressure bagging apparatus 4 comprises: the depression bar 41 that the table top being parallel to frame 1 is arranged and the sensor 42 be arranged on table top, this sensor is photoelectric sensor, the gap passed for polybag is formed between the table top of depression bar 41 and frame 1, polybag 8 should entirely through pressure bagging apparatus 4, when being piled up on table top by polybag or producing other abnormal conditions, photoelectric sensor can give the alarm, equipment shut-down operation, constantly be piled up on table top to prevent follow-up polybag, affect whole bag making process, pressure roller 43 is provided with between table top upperpush rod 41 and drive roll 51, pressure pressure roller 43 keeps tensioning when can ensure that plastic foil enters drive roll 51 and driven voller 52.
As shown in Figure 6, described wrap-up 5 is installed on automatic cutting and cuts device 6 front, and wrap-up 5 comprises: drive roll 51 and driven voller 52, on drive roll 51 and driven voller 52, have additional gas blow pipe 53; Drive roll 51 and driven voller 52 rotate in opposite directions, and are provided with gas blow pipe 53 on drive roll 51 and driven voller 52, and this gas blow pipe 53 is parallel with driven voller 52 with drive roll 51, is arranged with tracheole 531 on gas blow pipe 53.What drive roll 51 was arranged is upper gas blow pipe, gas blow pipe under being that driven voller 52 is arranged.The side that described wrap-up 5 cuts device 6 near automatic cutting is provided with sensor 54, and the two ends of its support of wrap-up 5 are equipped with this sensor 54.Polybag 8 has electrostatic, and very light weight own, in the process transmitted, the effect be easy to due to electrostatic hikes up, if cannot successfully cut after polybag hikes up, the polybag made is fallen short of specifications, and be easy to cause polybag 8 to be deposited in wrap-up and automatic cutting cuts between device 6, cause the loss of material, and affect whole automated production process, therefore, the gas blow pipe 53 that wrap-up 5 is installed, gas blow pipe 53 is arranged with tracheole 531, tracheole 531 blows afloat downwards, prevent polybag 8 from hiking up, gas blow pipe 53 is connected with air pressure valve, air pressure valve is connected with feeder by tracheae.Wrap-up 5 is also provided with high-voltage tube, the electrostatic on polybag can be taken out further.When polybag hikes up, light channel between the sensor 54 at support two ends is obstructed, then sensor 54 sends signal to control exchange 7, control exchange 7 to control to give the alarm, and equipment shut-down operation, until after the polybag hiked up or pile up cleans out by operating personnel, equipment restarts.
See shown in Fig. 2-5, described automatic cutting cuts device 6 and comprises: knife rest 61 and the cutting member 62 be installed on knife rest 61, cutting member 62 is driven by drive unit and moves up and down to cut, automatic cutting cuts its knife rest 61 of device and is installed in frame 1, can relatively rotate between knife rest 61 and frame 1; Minor axis 611 is provided with on knife rest 61, frame 1 is provided with the cell body 11 coordinated with this minor axis 611, this minor axis 611 drives to unlock or lock onto in this cell body 11 by an air pressure valve and locates to make between knife rest 61 and frame 1, automatic cutting cuts device 6 and its exit is provided with sensor 63, gas blow pipe 64 and high-voltage tube 65, described gas blow pipe 64 is arranged with some downward tracheoles 641, the two ends of knife rest 61 are provided with described sensor 63.Automatic cutting cuts device 6 when locking onto frame 1, minor axis 611 is absorbed in cell body 11 and makes relative positioning between knife rest 61 and frame 1, when needs keep in repair cutting member 62, exits cell body 11 by air pressure valve 66 live stub axle 611, now forward knife rest 11 to, just can keep in repair cutting member 62 easily, after having keeped in repair, forward knife rest 11 to and reset, minor axis 611 falls into cell body 11, now, drive air pressure valve 66 that minor axis 611 is lock onto in cell body 11, make to locate between the two.
The rear that the utility model cuts device at automatic cutting is connected with automatic moulding press tool hand, carries out punching press by the polybag of this automatic moulding press tool hand to well cutting.
The utility model in use, polybag 8 is sent into automatic cutting and is cut cutting in device 6 after walking around pneumatic automatic charging device 2, tensioning apparatus 3, pressure bagging apparatus 4 and transmitting device 5 successively, can orderly function between each operation of control appliance by controlling summary 7, and on body, be also provided with control operation case, to control the opening and closing of whole equipment.Pneumatic automatic charging device 2 and tensioning apparatus 3 arrange high-voltage tube, electrostatic can be removed, the sensor 42 that pressure bagging apparatus 4 is arranged, wrap-up 5 arranges sensor 54 and cuts at automatic cutting that device 6 to arrange sensor 63 be all accumulation in order to avoid there is material in producing, affect production efficiency, and waste material, if there is no above-mentioned sensor setting, when polybag heap overstocks bagging apparatus 4 or wrap-up 5, then cannot detect, automatic cutting cuts device 6 and also proceeds cutting, the polybag then made must fall short of specifications or have flaw, detected by above-mentioned sensor, the execution that each operation is correct can be ensured, when going wrong, sensor sends signal to control exchange 7, equipment is stopped, ensure that the quality of polybag, avoid the waste of material.
Certainly, the foregoing is only specific embodiment of the utility model, be not limit the utility model practical range, all equivalences done according to structure, feature and principle described in the utility model claim change or modify, and all should be included in the utility model claim.
Claims (10)
1. full-automatic computer high-speed bag making machine, it is characterized in that: comprising: a frame (1), this frame (1), as the carrier of whole equipment, is disposed with automatic discharging device (2A), pneumatic automatic charging device (2), tensioning apparatus (3), pressure bagging apparatus (4), wrap-up (5), automatic cutting cuts device (6), anti-scratch prints wind suction and blowing device in frame (1); Described frame (1) inside is provided with the control exchange (7) run for controlling whole equipment; Described pneumatic automatic charging device (2) and tensioning apparatus (3) being provided with the high-voltage tube for removing electrostatic, in pressure bagging apparatus (4), being provided with photoelectric sensor; Described wrap-up (5) is installed on automatic cutting and cuts device (6) front, wrap-up (5) comprising: drive roll (51) and driven voller (52), on drive roll (51) and driven voller (52), have additional gas blow pipe (53); Described automatic cutting cuts device (6) and comprising: knife rest (61) and the cutting member (62) be installed on knife rest (61), realizes unlocking or locking between knife rest (61) and frame (1) by an air pressure valve (66).
2. full-automatic computer high-speed bag making machine according to claim 1, it is characterized in that: described pneumatic automatic charging device (2) comprising: deflector roll (21), be arranged at the dance roller (26) after deflector roll (21), initiatively rubber roll (22), driven rubber roll (23) and a tensioner (24), deflector roll (21) walked around successively by polybag, dance roller (26), initiatively rubber roll (22) are connected with tensioning apparatus (3) afterwards with driven rubber roll (23), tensioner (24);
Described automatic discharging device (2A) comprising: be positioned at the rubber roller (20) of frame (1) front end, rubber wheel (20) is installed by a fixed mount (28), and on this fixed mount (28), cylinder and air valve are installed, by this cylinder and Air Valve Control rubber roller (20) relatively uniform rotation to realize even blowing; This rubber roller (20) comprises upper pressure wheel and lower pressure wheel.
3. full-automatic computer high-speed bag making machine according to claim 2, it is characterized in that: the two ends of described dance roller (26) are connected on the support of pneumatic automatic charging device (2), and on this support, being arranged with spring (261), dance roller (26) constantly moves up and down under the pulling force of polybag and the restoring force effect of spring (261); Pneumatic automatic charging device (2) is parallel to deflector roll (21) and is provided with high-voltage tube (25), (25) are communicated with high-tension electricity with high-voltage tube; Frame (1) sets up a up-draught pipeline (10) between deflector roll (21) and active rubber roll (22);
Described anti-scratch printing wind suction and blowing device is installed on frame (1) below and is positioned at below pneumatic automatic charging device, this anti-scratch printing wind suction and blowing device comprises: a cabinet and be installed on the multiple stage air draught mini-fan (27) of cabinet inside, and this mini-fan is positioned at for adsorption plastic bag.
4. full-automatic computer high-speed bag making machine according to claim 1, is characterized in that: described tensioning apparatus (3) comprising: be installed on the first transfer roller (30) in frame (1), be arranged at the first transfer roller (30) after support (31) and some deflector rolls (32) of being arranged on support (31).
5. full-automatic computer high-speed bag making machine according to claim 1, it is characterized in that: described pressure bagging apparatus (4) is arranged on the table top of frame (1), pressure bagging apparatus (4) comprising: the depression bar (41) that the table top being parallel to frame (1) is arranged and the sensor (42) be arranged on table top, form the gap passed for polybag between the table top of depression bar (41) and frame (1); Pressure roller (43) is provided with between table top upperpush rod (41) and drive roll (51).
6. full-automatic computer high-speed bag making machine according to claim 1, it is characterized in that: described drive roll (51) and driven voller (52) rotate in opposite directions, and gas blow pipe (53) is provided with on drive roll (51) and driven voller (52), this gas blow pipe (53) is parallel with driven voller (52) with drive roll (51), is arranged with some tracheoles (531) on gas blow pipe (53).
7. full-automatic computer high-speed bag making machine according to claim 6, it is characterized in that: the side that described wrap-up (5) cuts device (6) near automatic cutting is provided with sensor (54), and the two ends of wrap-up (5) its support are equipped with this sensor (54).
8. full-automatic computer high-speed bag making machine according to claim 1, it is characterized in that: described automatic cutting cuts its knife rest of device (61) and is installed in frame (1), can relatively rotate between knife rest (61) and frame (1); Minor axis (611) is provided with on knife rest (61), frame (1) is provided with the cell body (11) coordinated with this minor axis (611), this minor axis (611) drives to unlock or lock onto in this cell body (11) by an air pressure valve and locates to make between knife rest (61) and frame (1).
9. full-automatic computer high-speed bag making machine according to claim 1, it is characterized in that: described cutting member (62) is driven by drive unit and moves up and down to cut, and described automatic cutting cuts device (6) and is provided with sensor (63), gas blow pipe (64) and high-voltage tube (65) in its exit; Described gas blow pipe (64) is arranged with some downward tracheoles (641), and the two ends of knife rest (61) are provided with sensor (63).
10. full-automatic computer high-speed bag making machine according to claim 1, is characterized in that: the rear of cutting device (6) in automatic cutting is connected with automatic moulding press tool hand (9).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520433489.1U CN204894623U (en) | 2015-06-23 | 2015-06-23 | High -speed system bag machine of full -automatic computer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520433489.1U CN204894623U (en) | 2015-06-23 | 2015-06-23 | High -speed system bag machine of full -automatic computer |
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| Publication Number | Publication Date |
|---|---|
| CN204894623U true CN204894623U (en) | 2015-12-23 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520433489.1U Active CN204894623U (en) | 2015-06-23 | 2015-06-23 | High -speed system bag machine of full -automatic computer |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104960247A (en) * | 2015-06-23 | 2015-10-07 | 刘鑫才 | Full-automatic computer high-speed bag making machine |
| CN106427058A (en) * | 2016-11-28 | 2017-02-22 | 江苏英普科电子材料有限公司 | Medicinal culture bacteria bag manufacturing device |
-
2015
- 2015-06-23 CN CN201520433489.1U patent/CN204894623U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104960247A (en) * | 2015-06-23 | 2015-10-07 | 刘鑫才 | Full-automatic computer high-speed bag making machine |
| CN106427058A (en) * | 2016-11-28 | 2017-02-22 | 江苏英普科电子材料有限公司 | Medicinal culture bacteria bag manufacturing device |
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