CN204584731U - Cross cutting waste discharge cuts combined system - Google Patents
Cross cutting waste discharge cuts combined system Download PDFInfo
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- CN204584731U CN204584731U CN201520221179.3U CN201520221179U CN204584731U CN 204584731 U CN204584731 U CN 204584731U CN 201520221179 U CN201520221179 U CN 201520221179U CN 204584731 U CN204584731 U CN 204584731U
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Abstract
Cross cutting waste discharge cuts combined system, belongs to machinery production apparatus field, segmentation can only carry out cross cutting, waste discharge, fits and the shortcoming of operation such as to cut to overcome in prior art.Comprise the automatic waste discharge die-cutting machine, three axle lamination coating machine and the guillotines that set gradually; Automatic waste discharge die-cutting machine comprises delivery roll, laminating unit, cross cutting head, loosening device, numerical control gripping roll and transfer roller successively, three axle lamination coating machines comprise frame, frame is provided with successively laminating delivery roll, the first laminating unit, the first waste discharge unit, the second laminating unit, the second waste discharge unit, the 3rd laminating unit and delivery roll, guillotine comprises workbench, workbench is provided with transmission unit and cuts unit, cut unit and be also provided with infrared error-correcting device, also comprise controller.The utility model can realize multiple operation integration operation, first carries out cross cutting and directly gets rid of rim charge, then carries out laminating operation continuously and finally directly cuts; Be applicable to integrated process.
Description
Technical field
The utility model belongs to machinery production apparatus field, specifically relates to a kind of integral type and completes cross cutting, waste discharge, to fit and the cross cutting waste discharge that cuts cuts combined system.
Background technology
In production horn mesh enclosure process, need to carry out fitting, cross cutting, waste discharge and the step such as to cut, prior art is each operation is unit segmentation operation, expend time in, if desired repeatedly fit, then need repeatedly repeatedly to fit operation, and cost of labor is high, production efficiency is low, and material debugging joint is many, and material consumption is serious.Therefore a kind of integral type can completing cross cutting, waste discharge, to fit and the cross cutting waste discharge that cuts cuts combined system is needed badly.
Utility model content
Technical problem to be solved in the utility model to overcome in prior art segmentation to carry out cross cutting, waste discharge, fit and the shortcoming of operation such as to cut, and provides a kind of cross cutting waste discharge to cut combined system.
The utility model solves the technical scheme that its technical problem adopts: cross cutting waste discharge cuts combined system, comprises the automatic waste discharge die-cutting machine, three axle lamination coating machine and the guillotines that set gradually,
Described automatic waste discharge die-cutting machine comprises emptying roller successively, delivery roll, laminating unit, cross cutting head, loosening device, numerical control gripping roll and transfer roller, the material webs that described delivery roll is released for receiving emptying roller, and material webs is transferred to laminating unit, laminating unit comprises magnetic tension force control material retractable axle successively and die-cutting machine crosses material roller, laminating unit comprises magnetic tension force control material retractable axle successively and die-cutting machine crosses material roller, die-cutting machine crosses material roller for the magnetic tension force material controlled on material retractable axle being attached to the material webs of delivery roll transmission, described numerical control gripping roll with for driving its motor rotated to be connected, punching waste discharge apparatus is provided with above described numerical control gripping roll, also comprise die-cutting machine waste discharge axle, magnetic tension force controls material retractable axle and die-cutting machine waste discharge axle is connected with its drive motors respectively, the waste material that described transfer roller is used for punching waste discharge apparatus is got rid of sends die-cutting machine waste discharge axle to, and the material webs completing punching waste discharge is sent to three axle lamination coating machines, described punching waste discharge apparatus comprises waste discharge operating desk, waste discharge operating desk is provided with support, support is provided with shell fragment, the bottom of described shell fragment is connected with support by fixture, the top of shell fragment is tip, and be provided with the gap that the material webs that holds punching is advanced between the top of shell fragment and waste discharge operating desk, when shell fragment is placed naturally, projection place of its top on waste discharge operating desk is provided with through hole, when the material webs of punching is by through hole, waste material ejects from through hole to an one downward active force by shell fragment,
Described three axle lamination coating machines comprise frame, and frame is provided with laminating delivery roll successively, first laminating unit, first waste discharge unit, second laminating unit, second waste discharge unit, 3rd laminating unit and delivery roll, the first laminating unit comprises the first material retractable axle successively, first live-roller and the first fitting part, the second laminating unit comprises the second material retractable axle successively, second live-roller and the second fitting part, the 3rd laminating unit comprises the 3rd material retractable axle successively, 3rd live-roller and the 3rd fitting part, the first material retractable axle, second material retractable axle and the 3rd material retractable axle are all that magnetic tension force controls material retractable axle, described first fitting part, second fitting part and the 3rd fitting part comprise press bonding roller respectively and cross material roller, and described press bonding roller was pressed on above material roller, was provided with the gap that material webs passes through therebetween, and described first waste discharge mechanism and the second waste discharge mechanism comprise waste discharge axle successively, Transmission Part and release paper stripping device, the first material retractable axle, second material retractable axle, 3rd material retractable axle and waste discharge axle are connected with its respective drive motors respectively, and the material webs through the 3rd laminating unit is passed to guillotine by described delivery roll,
Described guillotine comprises workbench, workbench be provided with successively transmission unit and cut unit, described transmission unit comprises and cuts delivery roll and feeding roller, feeding roller is connected with drive motors, backing roll is provided with below feeding roller, described feeding roller is pressed on above backing roll, therebetween the gap that material webs passes through is provided with, described cutting to be provided with below delivery roll and perception can be transferred to the sensor of the material webs cut on delivery roll, the described unit that cuts comprises and cuts frame, with cut the cylinder that frame is connected and the cutting knife be connected with cylinder, the described unit that cuts also is provided with infrared error-correcting device, also comprise controller, described controller respectively with sensor, cylinder, drive motors and infrared error-correcting device are connected.
Concrete, described magnetic tension force controls material retractable axle and comprises material retractable axle and connected magnetic powder cluth.
Further, also comprise tension-adjusting gear, also comprise tension-adjusting gear, described emptying roller is connected with tension-adjusting gear.
Further, also comprise motor, described material roller of crossing is rotated by belt drive by motor.
Preferably, described first fitting part also comprises secondary press bonding roller, and described secondary press bonding roller comprises top roll and lower roll, and described secondary press bonding roller is positioned on front side of press bonding roller.
Concrete, described emptying roller and first is fitted between unit and is provided with several delivery rolls.
Further, the top of described delivery roll is provided with pressure roller.
Preferably, the bottom of described release paper stripping device and the bottom of press bonding roller are in same level.
Preferably, also comprise display, described display is connected with controller.
The beneficial effects of the utility model are: system is easy to operation, multiple operation integration operation can be realized, first carry out cross cutting and directly get rid of rim charge, then carry out laminating operation continuously finally directly to cut, it is bad that operation like this can reduce that colloid after tack brings, and so operation saves time, and promotes speed of production, reduce cost of labor, improve production capacity.The utility model is applicable to material cross cutting laminating cutting integration process.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the structural representation of punching waste discharge apparatus;
Wherein, 10 is punching waste discharge apparatus, 11 is waste discharge operating desk, 12 is support, 13 is shell fragment, 14 is through hole, 100 is material webs, 21 is emptying roller, 22 is magnetic tension force control material retractable axle, 23 cross material roller for die-cutting machine, 24 is cross cutting head, 25 is loosening device, 26 is numerical control gripping roll, 27 is transfer roller, 28 is die-cutting machine waste discharge axle, 20 is delivery roll, 51 is frame, 52 is laminating delivery roll, 53 is the first material retractable axle, 54 is the second material retractable axle, 55 is the 3rd material retractable axle, 56 is press bonding roller, 57 is release paper stripping device, 58 is waste discharge axle, 50 is delivery roll, 40 is workbench, 41 for cutting frame, 42 is cutting knife, 43 is feeding roller, 44 is backing roll, 45 for cutting delivery roll, 46 is sensor.
Detailed description of the invention
Below in conjunction with accompanying drawing, describe the technical solution of the utility model in detail.
As shown in Figure 1, cross cutting waste discharge of the present utility model cuts combined system, comprises the automatic waste discharge die-cutting machine, three axle lamination coating machine and the guillotines that set gradually.Described automatic waste discharge die-cutting machine comprises emptying roller 21, delivery roll 20, laminating unit, cross cutting head 24, loosening device 25, numerical control gripping roll 26 and transfer roller 27 successively, the material webs that described delivery roll 20 is released for receiving emptying roller 21, and material webs is transferred to laminating unit, in order to the tightness of the speed of emptying roller 32 and the upper material webs in reel shape thereof can be regulated, also be provided with the tension-adjusting gear be connected with emptying roller 32, tension-adjusting gear can be manual pulley or other devices.Laminating unit comprises magnetic tension force control material retractable axle 22 successively and die-cutting machine crosses material roller 23, die-cutting machine crosses the material webs 100 that material roller 23 transmits for the magnetic tension force material controlled on material retractable axle 22 being attached to delivery roll 20, loosening device 25 is that die-cutting machine is lifted gripping roll by connecting rod when cross cutting, make material without external force, facilitate mould by the leapfrog distance of correcting nail correcting material.Described numerical control gripping roll 26 with for driving its motor rotated to be connected, punching waste discharge apparatus 10 is provided with above described numerical control gripping roll 26, also comprise die-cutting machine waste discharge axle 28, magnetic tension force controls material retractable axle 22 and die-cutting machine waste discharge axle 28 is connected with its drive motors respectively, described transfer roller 27 sends die-cutting machine waste discharge axle 28 to for the waste material got rid of by punching waste discharge apparatus, and the material webs completing punching waste discharge is sent to three axle lamination coating machines; Described punching waste discharge apparatus 10 comprises waste discharge operating desk 11, waste discharge operating desk 11 is provided with support 12, support 12 is provided with shell fragment 13, the bottom of described shell fragment 13 is connected with support 12 by fixture 14, the top of shell fragment 13 is tip, the gap that the material webs 100 that holds punching is advanced is provided with between the top of shell fragment 13 and waste discharge operating desk 11, when shell fragment 13 is placed naturally, projection place of its top on waste discharge operating desk 11 is provided with through hole 14, when the material webs of punching is by through hole, waste material ejects to an one downward active force by shell fragment 13 from through hole 14.
Wherein, the structure of punching waste discharge apparatus as shown in Figure 2, comprises waste discharge operating desk 11, and waste discharge operating desk 11 can use the platen of board itself, then on platen, increases waste discharge hole; In addition also waste discharge operating desk can be added in addition.Waste discharge operating desk 11 is provided with support 12, support 12 is provided with shell fragment 13, the bottom of described shell fragment 13 is connected with support 12 by fixture, the top of shell fragment 13 is tip, namely its top is sharp-pointed end, the gap that the material webs 15 that holds punching is advanced is provided with between the top of shell fragment 13 and waste discharge operating desk 11, when concrete use, the top of shell fragment 13 contacts with the material webs 15 of punching, shell fragment 13 naturally placement and shell fragment 13 nonelastic deformation time projection place of its top on waste discharge operating desk 11 be provided with through hole 14, when the material webs of punching is by through hole, waste material ejects to an one downward active force by shell fragment 13 from through hole 14, also the waste material be about in the circular locating openings of the material webs of punching ejects.
In order to prevent material webs sideslip, waste discharge operating desk 11 is provided with guide rail, and material webs is advanced in guide rail.
For the ease of collecting waste material, below through hole 14, being provided with open-topped garbage collection groove or scrap collecting tank, in order to improve mechanicalness, opening can being provided with at garbage collection trench bottom, opening is connected with waste material transmission belt, and waste material transmission belt can be utilized directly to transport.
Of the present utility model intelligent in order to improve, described waste discharge operating desk 11 is also provided with punching checkout gear, controller and alarm, and described controller is connected with punching checkout gear and alarm respectively.Described punching checkout gear can select optical detection apparatus, and the light intensity magnitude must beaten as utilized simple light source irradiation carries out detecting.If punching place does not exist waste material, then detect the light intensity obtained stronger; Otherwise the light intensity obtained is more weak.
For the ease of removing waste material, circular locating openings die-cut on through hole 14 and material webs matches.
Its principle is as follows: adopt cutting die die-cut after utilize shell fragment, in die-cut circular locating openings waste material eject.Namely the general difficult drop-off of the waste material at circular locating openings place on the material webs after cutting die punching is used, shell fragment in this device top down and with a point pressure, be through hole below the top of shell fragment, when the material webs of punching is by shell fragment tip place, by pressure, waste material ejected.
Described three axle lamination coating machines comprise frame 51, frame 51 is provided with successively laminating delivery roll 52, first laminating unit, first waste discharge unit, second laminating unit, second waste discharge unit, 3rd laminating unit and delivery roll 50, first laminating unit comprises the first material retractable axle 53 successively, first live-roller and the first fitting part, second laminating unit comprises the second material retractable axle 54 successively, second live-roller and the second fitting part, 3rd laminating unit comprises the 3rd material retractable axle 55 successively, 3rd live-roller and the 3rd fitting part, first material retractable axle 53, second material retractable axle 54 and the 3rd material retractable axle 55 are all that magnetic tension force controls material retractable axle, first material retractable axle and the second material retractable axle are all that magnetic tension force controls material retractable axle, generally speaking, namely be material retractable axle and connected magnetic powder cluth, magnetic powder cluth can realize high accuracy power material retractable mild tension condition.Described first fitting part, the second fitting part and the 3rd fitting part comprise press bonding roller 56 respectively and cross material roller, and described press bonding roller 56 was pressed on above material roller, was provided with the gap that material webs 100 passes through therebetween, cross material roller 37 and are rotated by belt drive by motor.Described first waste discharge mechanism and the second waste discharge mechanism comprise waste discharge axle 58, Transmission Part and release paper stripping device 57 successively, in order to make the waste discharge effect ensureing release paper stripping device 57, are in same level bottom it with the bottom of press bonding roller 56.First material retractable axle 53, second material retractable axle 54, the 3rd material retractable axle 55 and waste discharge axle 58 are connected with its respective drive motors respectively, can be the motors that three axle lamination coating machines carry.Material webs through the 3rd laminating unit is passed to guillotine by described delivery roll 50.
In order to the laminating effect of reinforcing material band, also comprise secondary press bonding roller at the first fitting part, secondary press bonding roller comprises top roll and lower roll, and described secondary press bonding roller is positioned on front side of press bonding roller.
In order to strengthen the guidance capability to material webs, fitting between unit at emptying roller and first and being provided with several delivery rolls.In order to prevent material webs sideslip, pressure roller can be provided with above one or more delivery roll.
Described guillotine comprises workbench 40, workbench 40 is provided with successively transmission unit and cuts unit, and described transmission unit comprises and cuts delivery roll 45 and feeding roller 43, and feeding roller 43 is connected with drive motors, and this drive motors can be the motor that guillotine carries.Backing roll 44 is provided with below feeding roller 43, described feeding roller 43 is pressed on above backing roll 44, therebetween the gap that material webs 100 passes through is provided with, described cutting to be provided with below delivery roll 45 and perception can be transferred to the sensor 46 of the material webs cut on delivery roll 45, described cut unit comprise cut frame 41, with cut the cylinder that frame 41 is connected and the cutting knife 42 be connected with cylinder, the described unit that cuts also is provided with infrared error-correcting device, also comprise controller, described controller is connected with sensor 46, cylinder, drive motors and infrared error-correcting device respectively.
Utilize sensor 46 to be transferred on delivery roll 45 by perception material webs 100, signal is sent to controller, and controller knows the position of material webs 100 by sensor 46, then triggers cylinder, drive motors and infrared error-correcting device and carries out work.If infrared error-correcting device detects that product has deviation, then can control drive motors by controller and carry out a little displacement correction of deviation.
Infrared error-correcting device uses existing apparatus.Its principle is: the operation being sent ultra red monitor material webs by correction inductor, sends to controller by signal.Controller finds that material is with after position excursion, according to the instruction that effector presets, to be rectified a deviation frame stroke by driver control, corrects roll position.Coiled material system for automatically correcting uses photoelectric sensor, test material belt edge position, and the position error signal recorded is sent into controller, judges, after process, to control drive motors, the material webs that differential location occurs is corrected to correct position through control unit.
In order to show the side-play amount of infrared error-correcting device perception in time, this device also comprises the display be connected with controller.In order to prevent material webs 100 sideslip, can be provided with guide rail on described workbench 40, material webs is advanced along guide rail.In order to strengthen the guidance capability to material webs, described delivery roll 45 is at least two.In order to prevent material webs sideslip, pressure roller can be provided with above one or more delivery roll.
The utility model first carries out cross cutting to product, then carries out automatic waste discharge, then carry out secondary laminating, finally automatically cut.Concrete principle is as follows: the raw material band that emptying roller 21 is released carries out cross cutting after 20, and gets rid of rim charge by die-cutting machine waste discharge axle 28, and by material receiving roller 21, the material completing cross cutting and eliminating waste material is sent to three axle lamination coating machines.Then press bonding roller 56 then enters next nip rolls by laminating for the adhesive tape of the first material retractable axle 53 on raw material band, tears up adhesive tape and rolls waste material by the waste discharge axle 58 of the first waste discharge unit.Material on second material retractable axle 54 is fitted by nip rolls, and rolls waste material by the waste discharge axle 58 of the second waste discharge unit.3rd material retractable axle 55 upper protective film material presses on product material band by nip rolls, is then sent to guillotine place.By increasing infrared error-correcting device on guillotine, sensitive scanning can be carried out to the hole on material webs or color dot, and correct when material webs product size position is inaccurate.Namely, when material webs is by delivery roll, sensor 46 is by signal transmission to controller, and controller control cylinder, drive motors and infrared error-correcting device are started working.Material webs 100 aims at cog region by the infrared ray after feeding roller 43, material webs being delivered to infrared error-correcting device, and by controller program size program, then control cutting knife completes and cuts continuously.Ensure that product cuts stable, there is no cumulative limit.
Above-described specific embodiment; the purpose of this utility model, technical scheme and beneficial effect are further described; be understood that; the foregoing is only specific embodiment of the utility model; be not limited to the utility model; all within spirit of the present utility model and principle, any amendment made, equivalent replacement, improvement etc., all should be included within protection domain of the present utility model.
Claims (9)
1. cross cutting waste discharge cuts combined system, it is characterized in that, comprises the automatic waste discharge die-cutting machine, three axle lamination coating machine and the guillotines that set gradually,
Described automatic waste discharge die-cutting machine comprises emptying roller (21) successively, delivery roll (20), laminating unit, cross cutting head (24), loosening device (25), numerical control gripping roll (26) and transfer roller (27), the material webs that described delivery roll (20) is released for receiving emptying roller (21), and material webs is transferred to laminating unit, laminating unit comprises magnetic tension force control material retractable axle (22) successively and die-cutting machine crosses material roller (23), die-cutting machine crosses the material webs (100) that material roller (23) transmits for the magnetic tension force material controlled on material retractable axle (22) being attached to delivery roll (20), described numerical control gripping roll (26) with for driving its motor rotated to be connected, described numerical control gripping roll (26) top is provided with punching waste discharge apparatus (10), also comprise die-cutting machine waste discharge axle (28), magnetic tension force controls material retractable axle (22) and die-cutting machine waste discharge axle (28) is connected with its drive motors respectively, described transfer roller (27) sends die-cutting machine waste discharge axle (28) to for the waste material got rid of by punching waste discharge apparatus, and the material webs completing punching waste discharge is sent to three axle lamination coating machines, described punching waste discharge apparatus (10) comprises waste discharge operating desk (11), waste discharge operating desk (11) is provided with support (12), support (12) is provided with shell fragment (13), the bottom of described shell fragment (13) is connected with support (12) by fixture, the top of shell fragment (13) is tip, the gap that the material webs (100) that holds punching is advanced is provided with between the top of shell fragment (13) and waste discharge operating desk (11), when shell fragment (13) is placed naturally, projection place of its top on waste discharge operating desk (11) is provided with through hole (14), when the material webs of punching is by through hole, waste material ejects from through hole (14) to an one downward active force by shell fragment (13),
Described three axle lamination coating machines comprise frame (51), frame (51) is provided with successively laminating delivery roll (52), first laminating unit, first waste discharge unit, second laminating unit, second waste discharge unit, 3rd laminating unit and delivery roll (50), first laminating unit comprises the first material retractable axle (53) successively, first live-roller and the first fitting part, second laminating unit comprises the second material retractable axle (54) successively, second live-roller and the second fitting part, 3rd laminating unit comprises the 3rd material retractable axle (55) successively, 3rd live-roller and the 3rd fitting part, first material retractable axle (53), second material retractable axle (54) and the 3rd material retractable axle (55) are all that magnetic tension force controls material retractable axle, described first fitting part, second fitting part and the 3rd fitting part comprise press bonding roller (56) respectively and cross material roller, described press bonding roller (56) was pressed on above material roller, therebetween the gap that material webs (100) passes through is provided with, described first waste discharge mechanism and the second waste discharge mechanism comprise waste discharge axle (58) successively, Transmission Part and release paper stripping device (57), first material retractable axle (53), second material retractable axle (54), 3rd material retractable axle (55) and waste discharge axle (58) are connected with its respective drive motors respectively, material webs through the 3rd laminating unit is passed to guillotine by described delivery roll (50),
Described guillotine comprises workbench (40), workbench (40) is provided with transmission unit successively and cuts unit, described transmission unit comprises and cuts delivery roll (45) and feeding roller (43), feeding roller (43) is connected with drive motors, feeding roller (43) below is provided with backing roll (44), described feeding roller (43) is pressed on backing roll (44) top, therebetween the gap that material webs (100) passes through is provided with, described delivery roll (45) below that cuts is provided with and perception can be transferred to the sensor (46) of the material webs cut on delivery roll (45), the described unit that cuts comprises and cuts frame (41), with cut the cylinder that frame (41) is connected and the cutting knife (42) be connected with cylinder, the described unit that cuts also is provided with infrared error-correcting device, also comprise controller, described controller respectively with sensor (46), cylinder, drive motors and infrared error-correcting device are connected.
2. cross cutting waste discharge as claimed in claim 1 cuts combined system, it is characterized in that, described magnetic tension force controls material retractable axle and comprises material retractable axle and connected magnetic powder cluth.
3. cross cutting waste discharge as claimed in claim 1 cuts combined system, and it is characterized in that, also comprise tension-adjusting gear, described emptying roller (21) is connected with tension-adjusting gear.
4. cross cutting waste discharge as claimed in claim 1 cuts combined system, it is characterized in that, also comprises motor, and described material roller (37) of crossing is rotated by belt drive by motor.
5. cross cutting waste discharge as claimed in claim 1 cuts combined system, and it is characterized in that, described first fitting part also comprises secondary press bonding roller, and described secondary press bonding roller comprises top roll and lower roll, and described secondary press bonding roller is positioned on front side of press bonding roller.
6. cross cutting waste discharge as claimed in claim 1 cuts combined system, it is characterized in that, is provided with several delivery rolls between described emptying roller and delivery roll (20).
7. cross cutting waste discharge as claimed in claim 6 cuts combined system, and it is characterized in that, the top of described delivery roll is provided with pressure roller.
8. cross cutting waste discharge as claimed in claim 1 cuts combined system, and it is characterized in that, the bottom of described release paper stripping device (57) and the bottom of press bonding roller (56) are in same level.
9. cross cutting waste discharge as claimed in claim 1 cuts combined system, and it is characterized in that, also comprise display, described display is connected with controller.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520221179.3U CN204584731U (en) | 2015-04-14 | 2015-04-14 | Cross cutting waste discharge cuts combined system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520221179.3U CN204584731U (en) | 2015-04-14 | 2015-04-14 | Cross cutting waste discharge cuts combined system |
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| CN204584731U true CN204584731U (en) | 2015-08-26 |
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| CN201520221179.3U Active CN204584731U (en) | 2015-04-14 | 2015-04-14 | Cross cutting waste discharge cuts combined system |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105500451A (en) * | 2015-12-22 | 2016-04-20 | 翰博高新材料(合肥)股份有限公司 | Die cutting and ferrule blanking production line with automatic online control function |
| CN106332465A (en) * | 2016-08-15 | 2017-01-11 | 重庆安洁电子有限公司 | Processing method of circuit board protective film |
| CN114368036A (en) * | 2022-01-14 | 2022-04-19 | 科建高分子材料（上海）股份有限公司 | Automatic adhesive tape cutting machine |
| CN114633540A (en) * | 2020-12-16 | 2022-06-17 | 昊佰电子科技（上海）有限公司 | Die cutting laminating machine with stable laminating tension |
-
2015
- 2015-04-14 CN CN201520221179.3U patent/CN204584731U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105500451A (en) * | 2015-12-22 | 2016-04-20 | 翰博高新材料(合肥)股份有限公司 | Die cutting and ferrule blanking production line with automatic online control function |
| CN106332465A (en) * | 2016-08-15 | 2017-01-11 | 重庆安洁电子有限公司 | Processing method of circuit board protective film |
| CN106332465B (en) * | 2016-08-15 | 2018-08-14 | 重庆安洁电子有限公司 | The processing method of circuit board protective film |
| CN114633540A (en) * | 2020-12-16 | 2022-06-17 | 昊佰电子科技（上海）有限公司 | Die cutting laminating machine with stable laminating tension |
| CN114368036A (en) * | 2022-01-14 | 2022-04-19 | 科建高分子材料（上海）股份有限公司 | Automatic adhesive tape cutting machine |
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