CN208247212U - Multistation glass carving machine - Google Patents

Multistation glass carving machine Download PDF

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Publication number
CN208247212U
CN208247212U CN201820406082.3U CN201820406082U CN208247212U CN 208247212 U CN208247212 U CN 208247212U CN 201820406082 U CN201820406082 U CN 201820406082U CN 208247212 U CN208247212 U CN 208247212U
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CN
China
Prior art keywords
pedestal
driving
crossbeam
processing
workpiece
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Active
Application number
CN201820406082.3U
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Chinese (zh)
Inventor
夏军
罗育银
叶李生
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Suzhou Group Machinery Co Ltd
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Suzhou Group Machinery Co Ltd
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Priority to CN201820406082.3U priority Critical patent/CN208247212U/en
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Abstract

The utility model discloses a kind of multistation glass carving machine, including pedestal, processing assembly, automatic loading/unloading component and control module;Pedestal includes the first pedestal and second pedestal arranged side by side with the first pedestal, and processing assembly includes crossbeam, crossbeam driving assembly, the processing head and head driving assembly being arranged on crossbeam;First pedestal includes for installing the three of two crossbeams line rail mounting bases disposed in parallel, and the second pedestal includes for installing the two of a crossbeam line rail mounting bases;Processing assembly includes setting jig on the base, the material box being arranged on the first pedestal and the second pedestal, and jig includes the suction mechanism for fixing workpiece;Automatic loading/unloading component is for connecting the first pedestal and the second pedestal and picking and placing workpiece.The utility model forms three processing stations by the way that mutually independent processing assembly is arranged on the first pedestal and the second pedestal, make multistation glass carving machine can processing of the complete independently to multiple workpiece simultaneously, improve production efficiency.

Description

Multistation glass carving machine
Technical field
The utility model relates to digit ctrol machine tool field, in particular to a kind of multistation glass carving machine.
Background technique
With advances in technology, more and more smart phones are produced so that consumer uses, thus intelligent hand Popularity rate of the machine on world market is also higher and higher.The outer surface of the screen of smart phone generally uses glass panel, is carrying on the back Glass and pottery backboard is also commonly used in face.The hardness of glass panel and glass/ceramic backboard is very high, and requirement on machining accuracy also compares It is higher.Main production equipments of the glass carving machine as above-mentioned glass panel and glass/ceramic backboard, are able to satisfy in various ultra-thin Retrofit, abnormity cutting of glass etc., but existing glass finishing impression equipment is mostly that single-station processing efficiency is lower.
Utility model content
The main purpose of the utility model is to propose a kind of multistation glass carving machine, it is intended to be solved in the prior art, glass Glass finishing impression equipment is mostly the lower problem of single-station processing efficiency.
To achieve the above object, the utility model proposes a kind of multistation glass carving machine, including pedestal, processing assembly, Automatic loading/unloading component and control module;Wherein, the pedestal includes the first pedestal and arranged side by side with the first pedestal second Pedestal, the processing assembly include crossbeam, the crossbeam driving assembly of driving crossbeam movement, the processing head that is arranged on crossbeam and Drive the cephalomotor head driving assembly of processing machine;First pedestal includes being arranged in parallel for installing the three of two crossbeams Line rail mounting base, second pedestal includes for installing the two of a crossbeam line rail mounting bases;The processing assembly is also Including the jig being arranged on the pedestal, the material box being arranged on the first pedestal and the second pedestal, the jig includes using In the suction mechanism of fixed workpiece;The automatic loading/unloading component is arranged on first pedestal and the second pedestal, is located at institute The side for stating material box, for picking and placing workpiece;The control module is driven for controlling processing head, crossbeam driving assembly, head The movement of dynamic component and automatic loading/unloading component and the air-breathing of suction mechanism.
Preferably, the processing assembly further includes the tool magazine for being arranged on the pedestal and being located at the below the crossbeam, institute Tool magazine is stated to include cabinet and be arranged in the cabinet, for the knife rest of arrangement of tool.
Preferably, the jig further includes that the suction mechanism side, the position restrainer for limiting the location of workpiece is arranged in Structure, the position-limit mechanism include limited block and connect driving cylinder with limited block.
Preferably, the jig further includes being arranged on the processing head, for detecting the CCD group of workpiece processing quality Part.
Preferably, automatic loading/unloading component includes three axis quadrature drive mechanisms and is arranged in three axis quadrature drive mechanisms Grasping mechanism, the three axis quadrature drive mechanism includes the X-axis driving mechanism being arranged on the first pedestal and the second pedestal, Y Axis driving mechanism and Z axis driving mechanism;The grasping mechanism includes the sucking plate connecting with Y-axis driving mechanism.
Preferably, the automatic loading/unloading component further include setting the grasping mechanism and three axis quadrature drive mechanisms it Between rotating mechanism, the shaft of the rotating mechanism and the driving direction of crossbeam driving assembly are arranged in parallel.
Preferably, the cabinet upper surface and side are additionally provided with the door group of dodge gate group and the driving door group switch Driving assembly.
Preferably, the tool magazine further includes the knife rest driving assembly for connecting and driving knife rest movement with knife rest.
The utility model forms three and adds by the way that mutually independent processing assembly is arranged on the first pedestal and the second pedestal Work station, make multistation glass carving machine can simultaneously processing of the complete independently to multiple workpiece, improve production efficiency.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of one embodiment of the utility model multistation glass carving machine;
Fig. 2 is the structural schematic diagram of tool magazine in another embodiment of the utility model multistation glass carving machine.
Drawing reference numeral explanation:
Specific embodiment
The embodiments of the present invention are described more fully below, the example of embodiment is shown in the accompanying drawings, wherein from beginning extremely Same or similar label indicates same or similar element or element with the same or similar functions eventually.Below with reference to The embodiment of attached drawing description is exemplary, it is intended to for explaining the utility model, and should not be understood as to the utility model Limitation, based on the embodiments of the present invention, those of ordinary skill in the art institute without creative efforts The every other embodiment obtained, fall within the protection scope of the utility model.
The utility model proposes a kind of multistation glass carving machines, including pedestal 100, processing assembly 200, automatic loading/unloading Component 300 and control module;Wherein, pedestal 100 includes the first pedestal 110 and second base arranged side by side with the first pedestal 110 Seat 120, processing assembly 200 include crossbeam 210,210 driving assembly 220 of crossbeam of the driving movement of crossbeam 210, setting in crossbeam The head driving assembly 240 that processing head 230 and driving processing head 230 on 210 move;First pedestal 110 includes being used for Three line rail mounting bases 130 disposed in parallel of two crossbeams 210 are installed, the second pedestal 120 includes for installing a crossbeam 210 two line rail mounting bases 130;Processing assembly 200 further includes the jig 250 being arranged on pedestal 100, is arranged more first Material box 271 on pedestal 110 and the second pedestal 120, jig 250 include the suction mechanism for fixing workpiece;Above and below automatic Expect component 300 for connecting the first pedestal 110 and the second pedestal 120 and picking and placing workpiece.The setting of automatic loading/unloading component 300 exists On first pedestal 110 and the second pedestal 120, positioned at the side of material box 271 for picking and placing workpiece;Control module adds for controlling Work head 230, crossbeam driving assembly 220, head driving assembly 240 and automatic loading/unloading component 300 movement and lift pump The air-breathing of structure.
In the present embodiment, the first pedestal 110 and the second pedestal 120 are arranged side by side and are all rectangular, the first pedestal 110 packet Three line rail mounting bases 130 disposed in parallel for installing two crossbeams 210 are included, the second pedestal 120 includes for installing one Two line rail mounting bases 130 of a crossbeam 210;Above-mentioned line rail mounting base 130 is the cuboid being parallel to each other.In the second pedestal 120 two line rail mounting bases, 130 upper surface is respectively arranged with a line rail 140 parallel to each other, in the two sides of the first pedestal 110 Line rail mounting base 130 on be respectively arranged with a line rail 140 parallel to each other, the line rail installation among the second pedestal 120 Two line rails 140 parallel to each other are provided on seat 130.Above line rail 140 is coplanar and is parallel to each other.Thus the second pedestal Line rail 140 on 120 constitutes first movement pair, and the line rail 140 on the first pedestal 110 has separately constituted second be arranged side by side Prismatic pair and third prismatic pair.
In the present embodiment, processing assembly 200 includes setting on first movement pair, the second prismatic pair and third prismatic pair Crossbeam 210, crossbeam 210 be its both ends of bridge type connect respectively with two lines rail 140.One end of line rail mounting base 130 is also set up There is motor mount, is provided on motor mount for driving 210 driving assembly of crossbeam that rail 140 moves along crossbeam 210 220,210 driving assembly 220 of crossbeam includes the driving motor that is arranged on motor mount, and with driving motor and crossbeam The lead screw of 210 connections.Processing assembly 200 further includes that the head driving group that driving processing head 230 moves on crossbeam 210 is arranged in Part 240.Head driving assembly 240 includes that the saddle on crossbeam 210, driving saddle horizontal movement on crossbeam 210 is arranged in Horizontal drive mechanism and the upright driving mechanism that driving machine head erect movement on saddle is set.Head includes being vertically arranged in The motor and speed change gear of the collet on main shaft and driving spindle rotation is arranged in main shaft on saddle.
In the present embodiment, processing assembly 200 further includes the jig 250 being arranged on pedestal 100,250 two lines of jig Between rail mounting base 130, two suction mechanisms including two sets along the direction horizontal arrangement perpendicular to line rail 140, the lift pump Structure includes rectangular fixed platform and vacuum pump.The multiple ventholes being controlled to a vacuum pump are provided in the fixed platform, at this The upper surface of fixed platform is additionally provided with the air-breathing groove for connecting each venthole.By the way that two sets of suction mechanisms are arranged, can make to process The continual processing of head 230 avoids shut-down when picking and placing workpiece.
In the present embodiment, material box 271 be arranged on pedestal 100, positioned at strip line rail mounting base 130 it is same End, including two block baffles of left and right, and the connecting rod of connection baffle.Be additionally provided in connecting rod interval workpiece bunchiness every Pearl.Workpiece can be vertically placed in parallel in material box 271 with the upper surface of crossbeam 210 and pedestal 100.It is also set on pedestal 100 It is equipped with the finished product box 272 arranged side by side with material box 271, the structure and material box 271 of finished product box 272 are consistent, add for placing The good workpiece of work.
In the present embodiment, automatic loading/unloading component 300 is used to take out the workpiece in material box 271, and puts in jig It is processed on 250 to process head 230, and workpiece is gone out from jig 250 after completion of processing and is placed on finished product box In 272.
In the present embodiment, control module and processing head 230, crossbeam driving assembly 220, head driving assembly 240 and Each driving motor of automatic loading/unloading component 300 connects, by controlling the rotation of a driving motor to control multistation glass essence Carving machine completes processing and the movement of loading and unloading and the aspiratory action of suction mechanism.Control module controls the processing machine in each station After first 230 complete to the processing of the workpiece on a jig, control module can control processing head 230 and move to another jig Place completes the processing to another workpiece, and so on.When processing head 230 to work pieces process on another jig, control Molding block control automatic loading/unloading component 300 moves at the workpiece processed, draws workpiece, and be transported to finished product box In 272.Control module then controls automatic loading/unloading component 300 and moves at material box 271, then takes out from material box 271 One workpiece, and transported, be placed on idle jig.
The utility model by the way that mutually independent processing assembly 200 is arranged on the first pedestal 110 and the second pedestal 120, Form three processing stations, make multistation glass carving machine can simultaneously processing of the complete independently to multiple workpiece, improve production Efficiency.
In another embodiment of the utility model, processing assembly 200 further includes being arranged on pedestal 100 and being located at crossbeam The tool magazine 260 of 210 lower sections, tool magazine 260 include cabinet and are arranged in cabinet, for the knife rest of arrangement of tool.In this implementation In example, tool magazine 260 is located at 210 lower section of crossbeam and is arranged on pedestal 100.The upper surface of cabinet and close automatic loading/unloading component 300 one side is provided with a group, and knife rest is immovable support, and cutter is inserted in knife rest vertically.210 lower end of crossbeam, which is provided with, dials Dynamic cabinet upper surface door group dials door pillar.Men Zuwei nesting type structure keeps cabinet close under normality by the elastic component of compressive state It closes.When crossbeam 210 is by 260 top of tool magazine, dials door pillar and stir a group and open, elastic component second compression again.When the door of upper surface After group fully opens, head, which moves downward, is automatically performed tool changing movement.The utility model below crossbeam 210 by being provided with The tool magazine 260 of door group, makes glass carving machine have the function of automatic tool changer, while when processing the workpiece, and the closing of door group can prevent The splashing of machining chips enters in cabinet, it is ensured that clean inside tool magazine 260.
In the utility model another embodiment, jig 250 further includes setting in suction mechanism side, for workpiece into The position-limit mechanism of row limit.In the present embodiment, position-limit mechanism includes the right angle limited block being adapted to rectangular fixed platform, should The interior right angle of limited block and the right-angle side keeping parallelism of fixed platform are arranged.Position-limit mechanism further includes the driving connecting with limited block Cylinder drives the driving direction of cylinder to be parallel to the diagonal line of fixed platform.It goes forward when workpiece is placed on fixed platform, drives gas Cylinder drives right angle limited block far from fixed platform.Due to the kinematic error of automatic loading/unloading component 300, workpiece is placed on fixed flat Can also there be certain skew when on platform, thus may cause the workpiece that processes, there are biggish errors.Therefore, work as workpiece It is fixed on the stationary platform after, cylinder drives right angle limited block close to fixed platform, so as to correct the position of workpiece ensure it is not askew Tiltedly.The utility model, which passes through, is provided with driving cylinder and right angle limited block position-limit mechanism, to correct the position of workpiece simultaneously Reduce mismachining tolerance.
In another embodiment of the utility model, multistation glass carving machine further includes setting on processing head 230, is used In the CCD component of detection workpiece processing quality.On processing head, shooting angle is perpendicular for CCD component setting in the present embodiment Straight downward, when a work pieces process finishes, CCD component moves to a certain fixed height above workpiece with processing head 230, and right Workpiece below is taken pictures, and or obtain picture analyzed, check its size whether in the margin of tolerance, workpiece is It is no complete.When workpiece size is not when the margin of tolerance and/or workpiece are ruptured because machining stress is excessive, control module will be controlled It makes the transhipment of undesirable workpiece and is put into setting scrapping in box on the base.The utility model is made by the way that CCD component is arranged Multistation glass carving machine can carry out gauge check and be picked to workpiece, improve the intelligent journey of multistation glass carving machine Degree.
In one preferred embodiment of the utility model, automatic loading/unloading component 300 include three axis quadrature drive mechanisms 310 with And the grasping mechanism 320 in three axis quadrature drive mechanisms 310 is set.In the present embodiment, automatic loading/unloading component 300 connects First pedestal 110 and the second pedestal 120, three axis quadrature drive mechanisms 310 include being arranged in the first pedestal 110 and the second pedestal X-axis driving mechanism 311 on 120, the Z axis driving mechanism 312 being arranged in X-axis driving mechanism 311 and it is arranged in Z axis driving machine Y-axis driving mechanism 313 on structure 312.Since the span between the first pedestal 110 and the second pedestal 120 is bigger, X-axis driving The preferred synchronous pulley of mechanism 311 or lead screw are driven.Preferred gas is arranged in X-axis driving mechanism 311 in Z axis driving mechanism 312 Cylinder or electric cylinder, for driving grasping mechanism 320 to move along vertical direction.The preferred synchronous pulley of Y-axis driving mechanism 313 or electricity Dynamic cylinder is driven.Grasping mechanism 320 is arranged in Y-axis driving mechanism 313, including connecting with the mobile terminal of Y-axis driving mechanism 313 It connects and horizontally disposed sucking plate and the sucker being arranged on sucking plate, the sucker is controlled to a vacuum pump, to generate negative pressure Draw workpiece.
In the present embodiment, the automatic loading/unloading component 300 of the first pedestal 110 and the second pedestal 120 is connected by setting, For picking and placing workpiece to the processing assembly 200 on the first pedestal 110 and the second pedestal 120, make process can it is unremitting from It is dynamic to complete, the degree of automation of glass carving machine has been turned up.
In another embodiment of the utility model, automatic loading/unloading component 300 further includes connection grasping mechanism 320 and three axis Rotating mechanism between quadrature drive mechanism 310, shaft and the line rail 140 of the rotating mechanism are arranged in parallel.In the present embodiment In, the rotary cylinder that rotating mechanism is preferably connect with Y-axis driving mechanism 313 and grasping mechanism 320, the carryover of the rotary cylinder is 90 degree.Rotary cylinder is arranged in Y-axis driving mechanism 313, and rotary shaft is connect with the sucking plate of grasping mechanism 320, for driving Dynamic sucking plate switches mutually under numeric state and horizontality.In the actual operation process, three axis quadrature drive mechanisms 310 drive Dynamic grasping mechanism 320 moves at material box 271, and sucking plate is in a vertical state, and draws the workpiece placed vertically.It is drawing After complete, three axis quadrature drive mechanisms 310 driving grasping mechanism 320 is moved to above fixed platform and is overturn to horizontality, three Axis quadrature drive mechanism 310 drives 320 downlink of grasping mechanism again, so that workpiece is fixed on the stationary platform.After processing is completed, certainly Workpiece is removed transhipment automatically and is placed in finished product box 272 by dynamic loading and unloading component 300.
In the actual operation process, when feeding grasping mechanism 320 by control module control X-axis driving mechanism 311 by its from Origin position moves at material box, height where Z axis driving mechanism 312 drives grasping mechanism 320 to drop to workpiece, rotating machine Structure driving sucking plate turns to vertical position, and sucking plate air-breathing draws workpiece.Z axis driving mechanism 312 drives grasping mechanism 320 again Rise, rotating mechanism driving sucking plate turns to horizontal position.X-axis driving mechanism 311 drives grasping mechanism 320 to move to jig Place, Y-axis driving mechanism 313 drive grasping mechanism 320 to reach right above jig.Z axis driving mechanism 312 drives grasping mechanism 320 declines contact workpiece with jig surface, and sucking plate stops suction, and the suction mechanism air-breathing on jig fixes workpiece.Z axis Driving mechanism 312 drives grasping mechanism 320 to rise, and Y-axis driving mechanism 313 drives grasping mechanism 320 to bounce back, X-axis driving mechanism 311 driving grasping mechanisms 320 move to origin position, and this completes feeding movements.
In blanking process, grasping mechanism 320 is transported it from origin position by control module control X-axis driving mechanism 311 Dynamic jig position, Z axis driving mechanism 312 drive grasping mechanism 320 to rise to above jig, and Y-axis driving mechanism 313 drives Grasping mechanism 320 is extend out to right above jig, and Z axis driving mechanism 312 drives grasping mechanism 320 to decline, and makes the suction on sucking plate Disk is contacted with the workpiece on jig.At this point, suction mechanism stops suction, sucking plate air-breathing picks up workpiece.Z axis driving mechanism 312 driving grasping mechanisms 320 rise, and Y-axis driving mechanism 313 drives grasping mechanism 320 to bounce back.The driving of X-axis driving mechanism 311 is grabbed Mechanism 320 is taken to move to 272 top of finished product box, rotating mechanism driving sucking plate turns to vertical position.Z axis driving mechanism 312 It drives grasping mechanism 320 to decline, makes in workpiece insertion finished product box 272.Sucking plate stops suction, and the driving of Z axis driving mechanism 312 is grabbed Mechanism 320 is taken to rise, rotating mechanism driving sucking plate turns to horizontal position.X-axis driving mechanism 311 drives grasping mechanism 320 Move to origin position.
The utility model makes workpiece can by the way that the rotary cylinder connecting with Y-axis driving mechanism 313 and grasping mechanism 320 is arranged It realizes the overturning between plumbness and vertical state, improves the freedom degree of automatic loading/unloading component 300.
In one preferred embodiment of the utility model, cabinet upper surface and side are additionally provided with dodge gate group and driving gate The door group driving assembly of group switch.In the present embodiment, the upper surface of cabinet and the side close to automatic loading/unloading component 300 It is provided with dodge gate group, the Men Zuwei nested type door group 261 of upper surface, side door group is bellow framed door group 262.Door group driving group Part includes the lead screw that cabinet upper surface is arranged in, and the driving direction of the lead screw is consistent with the glide direction of nested type door group 261, is used In the switch of driving nested type door group 261.The sliding rail 265 slided for bellow framed door group 262, side door group are additionally provided on cabinet Two side ends connect with sliding rail 265, while connecting with the link mechanism 264 that cabinet two sides are arranged in, be arranged on link mechanism 264 There is the driving of cylinder 263.Bellow framed door group 262 is moved downward and is folded under the driving of cylinder 263, realizes beating for side door It opens.The company that the lead screw and driving bellow framed door group 262 that the utility model is switched by setting driving nested type door group 261 switch Bar and cylinder 263 realize the automatic switch of 260 upper surface of tool magazine and side door group, improve the degree of automation of tool magazine 260.
In the utility model another embodiment, tool magazine 260 further includes the knife rest for connecting and driving knife rest movement with knife rest Driving assembly.In the present embodiment, knife rest is horizontally disposed disk knife rest, is provided with rotary shaft among knife rest, the rotary shaft It is connect with knife rest driving assembly.Knife rest driving assembly includes motor and the gear set respectively at motor and rotation axis connection.It is logical Cross motor driven, it can be achieved that disk knife rest rotation, with facilitate processing head 230 automatic tool changer.The utility model is by setting The motor connecting with disk knife rest and gear set are set, it can be achieved that knife rest cooperation processing head 230 is rotated, head is processed in raising 230 tool-changing speed.
Therefore above part for being only the utility model or preferred embodiment, either text or attached drawing cannot all limit The range of the utility model protection processed is illustrated under all designs with one entirety of the utility model using the utility model Equivalent structure transformation made by book and accompanying drawing content, or directly/be used in other related technical areas indirectly and be included in this In the range of utility model protection.

Claims (8)

1. a kind of multistation glass carving machine, which is characterized in that including pedestal, processing assembly, automatic loading/unloading component and control Module;Wherein,
The pedestal includes the first pedestal and second pedestal arranged side by side with the first pedestal, and the processing assembly includes cross Beam, the crossbeam driving assembly that the driving crossbeam moves, the processing head being arranged on the crossbeam and the driving processing machine Cephalomotor head driving assembly;
First pedestal includes for installing the three of two crossbeams line rail mounting bases disposed in parallel, second base Seat includes for installing the two of a crossbeam line rail mounting bases;
The material that the processing assembly further includes the jig being arranged on the pedestal, is arranged on the first pedestal and the second pedestal Box, the jig include the suction mechanism for fixing workpiece;
The automatic loading/unloading component is arranged on first pedestal and the second pedestal, positioned at the side of the material box, uses In pick-and-place workpiece;
The control module is for controlling the processing head, crossbeam driving assembly, head driving assembly and automatic loading/unloading group The air-breathing of the movement of part and the suction mechanism.
2. multistation glass carving machine as described in claim 1, which is characterized in that the processing assembly further includes being arranged in institute The tool magazine of the below the crossbeam is stated on pedestal and is located at, the tool magazine includes cabinet and is arranged in the cabinet, for putting Set the knife rest of cutter.
3. multistation glass carving machine as claimed in claim 2, which is characterized in that the jig further includes being arranged in the suction The position-limit mechanism of mechanism of qi structure side, position for limiting the workpiece, the position-limit mechanism include limited block and with the limit The driving cylinder of position block connection.
4. multistation glass carving machine as claimed in claim 3, which is characterized in that described further includes being arranged in the processing machine On head, the CCD component of the processing quality for detecting the workpiece.
5. multistation glass carving machine as claimed in claim 4, which is characterized in that automatic loading/unloading component includes that three axis are orthogonal Driving mechanism and the grasping mechanism being arranged in three axis quadrature drive mechanisms, the three axis quadrature drive mechanism include that setting exists X-axis driving mechanism, Y-axis driving mechanism and Z axis driving mechanism on first pedestal and the second pedestal;The grasping mechanism packet Include the sucking plate connecting with the Y-axis driving mechanism.
6. multistation glass carving machine as claimed in claim 5, which is characterized in that the automatic loading/unloading component further includes setting Set the rotating mechanism between the grasping mechanism and three axis quadrature drive mechanisms, the shaft of the rotating mechanism and the crossbeam The driving direction of driving assembly is arranged in parallel.
7. multistation glass carving machine as claimed in claim 6, which is characterized in that the cabinet upper surface and side are also set up There is the door group driving assembly of dodge gate group and the driving dodge gate group switch.
8. multistation glass carving machine as claimed in claim 7, which is characterized in that the tool magazine further includes connecting simultaneously with knife rest Drive the knife rest driving assembly of the knife rest movement.
CN201820406082.3U 2018-03-23 2018-03-23 Multistation glass carving machine Active CN208247212U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201820406082.3U CN208247212U (en) 2018-03-23 2018-03-23 Multistation glass carving machine

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201820406082.3U CN208247212U (en) 2018-03-23 2018-03-23 Multistation glass carving machine

Publications (1)

Publication Number Publication Date
CN208247212U true CN208247212U (en) 2018-12-18

Family

ID=64609283

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201820406082.3U Active CN208247212U (en) 2018-03-23 2018-03-23 Multistation glass carving machine

Country Status (1)

Country Link
CN (1) CN208247212U (en)

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