CN207267114U - A kind of ceramic laser cutting machine - Google Patents
A kind of ceramic laser cutting machine Download PDFInfo
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- CN207267114U CN207267114U CN201720793354.5U CN201720793354U CN207267114U CN 207267114 U CN207267114 U CN 207267114U CN 201720793354 U CN201720793354 U CN 201720793354U CN 207267114 U CN207267114 U CN 207267114U
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Abstract
The utility model provides a kind of ceramic laser cutting machine, including pedestal, the drive system being fixed on pedestal, laser orientation system and clamp assembly, and the clamp assembly connects an exhaust fan, it includes：The clamp base being fixed in drive system, the fixture riser, clamp supporting plate and the exhausting flange being installed on the clamp supporting plate that are fixed in the clamp base；Wherein, exhaust fan described in the exhausting flanged joint；The clamp base and fixture riser composition fixture cavity, the clamp supporting plate are covered on the fixture cavity, and ceramic substrate to be cut is fixed on the clamp supporting plate and the exhaust fan treats ceramic cutting substrate and produces downward adsorption capacity.The utility model is using precise guide rail as director element, using precision linear encoder as feedback element, ceramic cutting substrate is treated under control system, drive system, the collective effect of laser orientation system to be cut, speed is fast, precision is high, product stability is good.
Description
Technical field
The utility model belongs to ceramic processing technique field, more particularly to a kind of ceramic laser cutting machine.
Background technology
Ceramics are inorganic non-metallic materials with the fastest developing speed at present, it is passed through by the same oxygen of various metals, nitrogen or carbon etc.
Artificial synthesized.Ceramic material be widely used in because its hardness is big, light-weight, high temperature resistant, wear-resisting property are good consumer electronics,
In automobile industry and military project class product.When with Conventional machining methods, for example CNC is processed it, often there are it is following these
Problem：
One is due to that ceramic material hardness is very big and hardly presentation is plastically deformed at normal temperatures, in process easily
There is phenomena such as process velocity is slow, processing end face is coarse, tool wear is serious.
It is difficult that processing even can not process more complicated figure under normal circumstances second, with Conventional machining methods,
It is substantially reduced the actual use scope of ceramic material.
Utility model content
The purpose of this utility model is to provide a kind of Laser Processing precision for improving ceramic substrate to be cut and quality
Ceramic laser cutting machine.
The utility model provides a kind of ceramic laser cutting machine, including pedestal, the drive system being fixed on pedestal, laser
Alignment system and clamp assembly, wherein, the clamp assembly and laser orientation system are each attached in drive system；Institute
State clamp assembly and connect an exhaust fan, it includes：The clamp base that is fixed in drive system, be fixed in the clamp base
Fixture riser, clamp supporting plate and the exhausting flange being installed on the clamp supporting plate；Wherein, the exhausting flange
Connect the exhaust fan；The clamp base and fixture riser composition fixture cavity, the clamp supporting plate are covered on the folder
Have on cavity, ceramic substrate to be cut is fixed on the clamp supporting plate and the exhaust fan treats the generation of ceramic cutting substrate
Downward adsorption capacity.
Preferably, the clamp assembly is further included on the left positioning plate of the fixture being installed on the clamp supporting plate and fixture
Positioning plate.
Preferably, the laser orientation system includes laser system and alignment system, and laser system includes laser, reflection
Mirror assembly, expand mirror assembly and laser cutting head.
Preferably, the alignment system includes camera and light source.
Preferably, the drive system includes the first shaft assembly, the second shaft assembly and the 3rd shaft assembly；The first axle group
Part is used to control the first direction of principal axis of second shaft assembly along three-dimensional cartesian coordinate system to move and be installed in pedestal, and described the
Two shaft assemblies are used to control the second direction of principal axis of the clamp assembly along three-dimensional cartesian coordinate system to move and are installed in first axle group
On part, the 3rd shaft assembly is used to control the 3rd direction of principal axis of laser cutting head along rectangular coordinate system to move and is fixed on described
On pedestal.
Preferably, the pedestal includes base and the portal frame being fixed on base；First shaft assembly is fixed on institute
State on base, the 3rd shaft assembly is fixed on the portal frame.
Preferably, first shaft assembly and the second shaft assembly include direct motor, positioned at the straight of linear motor both sides
Line guideway, the grating scale among line slideway auxiliary, drag chain and it is installed in anti-on linear motor and line slideway auxiliary
Dust hood.
Preferably, the 3rd shaft assembly includes the 3rd axis fixing plate, the 3rd axial filament being fixed on the 3rd axis fixing plate
Bar is secondary, is connected with the 3rd axis screw pair the 3rd axis servomotor, the 3rd line slideway auxiliary being fixed on the 3rd axis fixing plate,
It is fixed on the three-axis sensor of the 3rd line slideway auxiliary side and is installed in the 3rd axis screw pair and the 3rd axis line slideway
Three-axis moving plate in pair.
Preferably, the casing assembly includes：Support base, the right plate for being vertically fixed on support base right edge, hang down
Directly the front side board of support base front side edge is fixed on, the back side panel of support base back side edge is vertically fixed on, is vertically fixed on branch
Left plate, upper cover, the left sliding door on front side board and the right sliding door on support chassis left side side, the report being installed in upper cover
Warning lamp, the castor for being installed on support base lower surface and foot cup, wherein, the upper cover is installed on front side board, left plate, right side
The upper end of plate and back side panel.
Preferably, industrial personal computer, motion control card and camera capture card, wherein motion control card and camera capture card are further included
It is built in industrial personal computer.
The utility model ceramic laser cutting machine influences from cutting pattern, and control system can drive the in actual cutting
One shaft assembly, the second shaft assembly and the 3rd shaft assembly carry out relative motion, therefore movement locus is more flexible, and cut coverage is wide, energy
Enough to complete to be cut by laser complex figure, the utility model uses camera vision positioning system, can be to complex figure mark
Note point is positioned, and disclosure satisfy that modern factories and scientific research to precision machined demand；In addition the utility model ceramic laser is cut
Cutting mill, which is treated ceramic cutting substrate and is processed, belongs to non-contacting Flexible Manufacture, laser cutting head treat ceramic cutting substrate into
Phenomena such as maintaining a certain distance with ceramic substrate to be cut all the time during row cutting, be not in tool wear；The utility model
Using linear motor as driving element, using precise guide rail as director element, using precision linear encoder as feedback element,
Ceramic cutting substrate is treated under control system, drive system, the collective effect of laser orientation system to be cut, speed is fast,
Precision is high, product stability is good.
Brief description of the drawings
Fig. 1 is the cut-away view of the utility model ceramic laser cutting machine.
Fig. 2 is the independent schematic diagram of the casing assembly of ceramic laser cutting machine shown in Fig. 1；
Fig. 3 is the independent schematic diagram of the marble component of ceramic laser cutting machine shown in Fig. 1；
Fig. 4 is the first shaft assembly of ceramic laser cutting machine shown in Fig. 1 and the independent schematic diagram of the second shaft assembly combination；
Fig. 5 is the independent schematic diagram of the 3rd shaft assembly of ceramic laser cutting machine shown in Fig. 1；
Fig. 6 is the schematic diagram of another angle of the 3rd shaft assembly shown in Fig. 5；
Fig. 7 is the independent schematic diagram of the laser orientation system of ceramic laser cutting machine shown in Fig. 1；
Fig. 8 is the independent schematic diagram of the clamp assembly of ceramic laser cutting machine shown in Fig. 1；
Fig. 9 is the machine control principle drawing of ceramic laser cutting machine shown in Fig. 1.
Figure number explanation：
1- marble components：101- marble pedestals, 102- marble portal frames；
The first shaft assemblies of 2-：201- first axles linear motor, 202- first axles line slideway auxiliary, 203- first axle gratings
Ruler, 204- first axles drag chain, the first shaft dust protectors of 205-；
The second shaft assemblies of 3-：The second axis of 301- linear motor, the second axis of 302- grating scale, 303- the second axis line slideway auxiliaries
The second axis of 304- drag chain, the second shaft dust protectors of 305-；
The 3rd shaft assemblies of 4-：The 3rd axis fixing plates of 401-, the 3rd axis screw pairs of 402-, the 3rd axis line slideway auxiliaries of 403-,
The 3rd axis servomotors of 404-, 405- three-axis sensors, 406- three-axis moving plates；
5- laser orientation systems：501- lasers, 502- mirror assemblies, 503- expand mirror assembly, 504- laser cuttings
Head, 505- cameras and light source；
6- clamp assemblies：601- clamp bases, 602- fixtures riser, 603- clamp supporting plates, 604- fixture exhausting flange,
The left positioning plate of 605- fixtures, 606- fixture upper location-plates；
7- casing assemblies：701- support bases, 702- right plates, 703- front side boards, 704- back side panels, 705- left plates,
The left sliding door of 706- upper covers, 707-, the right sliding doors of 708-, 709- displays fixed plate, 710- keyboards, 711- mouses, 712- reports
Warning lamp, 713- castors, 714- foot cups；
8- industrial personal computers.
Embodiment
As shown in Figures 1 to 8, the utility model ceramic laser cutting machine, including marble pedestal 1, it is placed on marble
The first shaft assembly 2 on pedestal 1, in first assembly 2 and second shaft assembly 3 vertical with first assembly 2, the 3rd shaft assembly
4th, laser orientation system 5, clamp assembly 6, casing assembly 7 and industrial personal computer 8.
Wherein, the first shaft assembly 2, the second shaft assembly 3 and the 3rd shaft assembly 4 composition drive system；Ceramic substrate to be cut
It is fixed on clamp assembly 6, clamp assembly 6 is fixed in drive system, and laser orientation system is treated ceramic cutting and positioned
And laser cutting.
As shown in Fig. 2, marble pedestal 1 includes marble base 101 and is vertically fixed on marble base 101
Marble portal frame 102.
Marble portal frame 102 is installed on marble base 101, this completes the assembling to marble pedestal 1,
The marble pedestal 1 assembled is installed on 701 in support base.
As shown in figure 3, casing assembly 7 includes：Support base 701, the right side for being vertically fixed on 701 right edge of support base
Plate 702, the front side board 703 for being vertically fixed on 701 front side edge of support base, after being vertically fixed on 701 back side edge of support base
Side plate 704, the left plate 705 for being vertically fixed on 701 left side of support base, upper cover 706, the left side on front side board 703
Sliding door 707 and right sliding door 708, the display fixed plate 709 on front side board 703, be positioned on front side board 703
Keyboard 710 and mouse 711, the alarm lamp 712 that is installed in upper cover 706, the four corners for being installed on 701 lower surface of support base
Castor 713 and foot cup 714.
Casing assembly 7 can effectively be prevented laser to operation employee radiation and can be had using integral enclosed construction
Effect prevents mechanical movement from operating personnel are brought with injury, can also effectively reduce the noise that laser cutting produces；Casing assembly 7 is
This ceramic laser cutting machine provides support and and extraneous buffer action.
As shown in Figures 4 to 6, the first shaft assembly 2, the second shaft assembly 3 and the 3rd shaft assembly 4 composition drive system.First
Shaft assembly 2 is installed on marble base 101, for controlling first direction of principal axis of second shaft assembly 3 along three-dimensional cartesian coordinate system
Mobile (i.e. X-direction).Second shaft assembly 3 is installed on the first shaft assembly 2, for controlling clamp assembly 6 along three-dimensional right angle
The second direction of principal axis movement (i.e. Y-direction) of coordinate system.3rd shaft assembly 4 is fixed on marble portal frame 102, sharp for controlling
Light cutting head moves (i.e. Z-direction) along the 3rd direction of principal axis of rectangular coordinate system.
Wherein, the first shaft assembly 2 includes first axle linear motor 201, is installed in the of 201 both sides of first axle linear motor
One axis line slideway auxiliary 202, the first axle grating scale 203 among first axle line slideway auxiliary 202, to be installed in first axle straight
The first axle drag chain 204 of 202 side of line guideway and it is installed in first axle linear motor 201 and first axle line slideway auxiliary
The first shaft dust protector 205 on 202, wherein, first axle linear motor 201 provides the first shaft assembly 2 motion-promotion force source, first axle
Accurate guiding role is played in movement of the line slideway auxiliary 202 to the first shaft assembly 2, and first axle grating scale 203 is the first shaft assembly 2
Precision positioning is played the role of in movement.
Second shaft assembly 3 includes the second axis linear motor 301, is installed in the second axis of 301 both sides of the second axis linear motor
Line slideway auxiliary 302, the second axis grating scale 303 among the second axis line slideway auxiliary 302, be installed in the second axis straight line and lead
Rail pair 302 sides the second axis drag chain 304 and be installed in the second axis linear motor 301 and the second axis line slideway auxiliary 302
On the second shaft dust protector 305, wherein, the second axis linear motor 301 provides second week component 3 motion-promotion force source, and the second axis is straight
Accurate guiding role is played in movement of the line guideway 302 to the second shaft assembly 3, and the second axis grating scale 303 is transported for the second shaft assembly 3
It is dynamic to play the role of precision positioning.
The 3rd axis fixing plate 401 that 3rd shaft assembly 4 includes being fixed on marble portal frame 102, be fixed on the
It is the 3rd axis screw pair 402 on three axis fixing plates 401, the 3rd axis servomotor 404 being connected with the 3rd axis screw pair 402, solid
The 3rd line slideway auxiliary 403 that is scheduled on the 3rd axis fixing plate 401, the 3rd axis for being fixed on 403 side of the 3rd line slideway auxiliary
Sensor 405 and the three-axis moving plate 406 being installed on the 3rd axis screw pair 402 and the 3rd axis line slideway auxiliary 403,
Wherein, 404 the 3rd shaft assembly of offer group of the 3rd axis servomotor, 4 motion-promotion force source and position feedback, the 3rd axis line slideway auxiliary
Accurate guiding role is played in 403 pair of the 3rd movement of shaft assembly 4, and three-axis sensor 405 plays for the movement of the 3rd shaft assembly 4
Lower limit acts on.
Utility model ceramic laser cutting machine influences from cutting pattern, and control system can drive first in actual cutting
Shaft assembly 2, the second shaft assembly 3 and the 3rd shaft assembly 4 carry out relative motion, and movement locus is flexible, and cut coverage is wide.
The utility model uses linear motor as driving element, using precise guide rail as director element, using precision
Grating scale treats ceramic cutting base as feedback element under control system, drive system, the collective effect of laser orientation system
Plate is cut, and speed is fast, precision is high, product stability is good.
As shown in fig. 7, laser orientation system 5 includes laser system and alignment system, laser system include laser 501,
Mirror assembly 502, the wherein laser cutting head 504 for expanding mirror assembly 503 and being fixed on the 3rd shaft assembly 4, laser
501 be the CO2 lasers that this laser cutting machine provides laser light source, its wavelength is 1060nm, and the mirror assembly 502 is right
The laser beam that laser 501 is launched is reflected, and expands mirror assembly 503 and laser beam is collimated, laser cutting head 504
Focus lamp is built-in with, for acting on ceramic substrate to be cut after being focused to laser beam, ceramic cutting is treated in realization
Substrate is cut by laser.Alignment system includes camera and light source, and the light source provides illumination when taking pictures for the camera, described
Camera takes pictures workpiece and picture is passed to camera capture card, and alignment system is used to treat ceramic cutting substrate progress essence
Close vision positioning.
Laser 502 has the advantages that single pulse energy is high, and peak power is high, and ceramic substrate to be cut is to its absorptivity
Height, is suitable for treating ceramic cutting substrate and is cut by laser, and process velocity is fast, cutting section effect is good.
The utility model ceramic laser cutting machine is treated when ceramic cutting substrate is processed by the way of camera positioning,
Camera can catch ceramic substrate mark point to be cut, treat ceramic cutting substrate and carry out precision positioning, cut lengths and feature
Relative positional accuracy is high.
As shown in figure 8, clamp assembly is fixed by the external exhaust fan of air hose for treating ceramic cutting substrate.Folder
Tool component 6 includes：The clamp base 601 being fixed on the second shaft assembly 2, the fixture riser being fixed in clamp base 601
602nd, clamp supporting plate 603, be installed on clamp supporting plate 603 fixture exhausting flange 604, be installed in clamp supporting plate 603
On the left positioning plate 605 of fixture and fixture upper location-plate 606.Wherein, clamp base 601 and fixture riser 602 form fixture cavity
Body, the clamp supporting plate 603 are covered on the fixture cavity, and ceramic substrate to be cut is fixed on the clamp supporting plate
On 603, the left positioning plate 605 of fixture and fixture upper location-plate 606 are treated ceramic cutting substrate and are positioned.
As shown in figure 9, control system includes industrial personal computer 8, motion control card and camera capture card, wherein motion control card and
Camera capture card is built in industrial personal computer 8, and motion control function is provided for this laser cutting machine.
The operating method assembled below for this ceramic laser cutting machine：
Casing assembly 7 is installed：Castor 713 is first installed on to the four corners of 701 lower surface of support base；Again by front side board
703 and back side panel 704 be respectively arranged in the front and back of support base 701, left plate 705 and right plate 702 are pacified respectively
Both sides loaded on support base 701；Upper cover 706 is installed on front side board 703, left plate 705, right plate 702 and back side panel 704
Upper end；Display fixed plate 709 is installed on front side board 703, then left sliding door 707 and right sliding door 708 are installed on
On front side board 703, then keyboard 710 and mouse 711 be positioned on front side board 703；Alarm lamp 712 is installed in upper cover 706.
Wherein left sliding door 707 and right sliding door 708 form loading and unloading window, and this completes the assembling to casing assembly 7.
Marble pedestal 1 is installed：Marble portal frame 102 is installed on marble base 101, this completes to big
The assembling of reason stone pedestal 1, the marble pedestal 1 assembled is installed on 701 in support base.
First shaft assembly 2 is installed：First axle line slideway auxiliary 202 is installed in the both sides of first axle linear motor 201, will
First axle grating scale 203 is installed in the centre of first axle line slideway auxiliary 202；It is straight that first axle drag chain 204 is installed in first axle
The outside of line guideway 202, first axle linear motor 201 and first axle line slideway auxiliary are installed in by the first shaft dust protector 205
On 202, the assembling to the first shaft assembly 2 is so completed, the first shaft assembly 2 after being completed is installed in marble base
On 101, for controlling the second shaft assembly 3 to be moved along the first direction of principal axis of three-dimensional cartesian coordinate system.
Second shaft assembly 3 is installed：Second axis line slideway auxiliary 303 is installed in the both sides of the second axis linear motor 301, will
Second axis grating scale 302 is installed among the second axis line slideway auxiliary 303；Second axis drag chain 304 is installed in the second axis straight line
The outside of guideway 303, the second axis linear motor 301 and the second axis line slideway auxiliary 303 are installed in by the second shaft dust protector 305
On, the assembling to the second shaft assembly 3 is so completed, the second shaft assembly 3 after being completed is installed in the first shaft assembly 2
On, for controlling clamp assembly 6 to be moved along the second direction of principal axis of three-dimensional cartesian coordinate system.
3rd shaft assembly 4 is installed：3rd axis screw pair 402 and the 3rd axis line slideway auxiliary 403 are installed in the 3rd axis to consolidate
On fixed board 401, three-axis sensor 405 is installed in the outside of the 3rd axis line slideway auxiliary 403, three-axis moving plate 406 is filled
On the 3rd axis screw pair 402 and the 3rd axis line slideway auxiliary 403, the 3rd axis servomotor 404 is installed by shaft coupling
In on the 3rd axis screw pair 402, this completes the assembling to the 3rd shaft assembly 4, the 3rd shaft assembly 4 after being completed
It is fixed on marble portal frame 102, for controlling the 3rd direction of principal axis of laser cutting head and camera light source along rectangular coordinate system
It is mobile.
Laser orientation system 5 is installed：By laser 501, mirror assembly 502, expand mirror assembly 503 and consolidated by installing plate
Due on marble portal frame 102, laser cutting head 504 and camera light source 505 are fixed on three-axis moving plate 406, this
Sample completes the assembling to laser orientation system 5, to realize precise laser cutting function during ceramic substrate to be cut laser cutting
With precise vision positioning function.
Furniture assembly 6 is installed：Clamp base 601 and fixture riser 602 are formed into fixture cavity, by clamp supporting plate 603
It is covered on the fixture cavity, fixture exhausting flange 604 is installed on rear side fixture riser 602, by the left positioning plate of fixture
605 and fixture upper location-plate 606 be installed on clamp supporting plate 603, this completes the assembling to clamp assembly 6, by group
The clamp assembly installed is installed on the second shaft assembly 3, and fixture exhausting flange 604 is external on exhaust fan by air hose during processing
Air hose and exhaust fan (not shown), treat ceramic cutting substrate and produce downward adsorption capacity, ceramic substrate to be cut is fixed on
On clamp supporting plate 603.
Motion control card and camera capture card are installed in the inside of industrial personal computer 8, then industrial personal computer 8 is installed in casing assembly
701 in 7 support base；Finally, foot cup 714 is installed in the four corners of 701 lower surface of support base, with Flexible spanner hand adjustment
The rotary screw of whole foot cup 714, by the 101 upper end horizontal plane leveling of marble base.
The installation of this ceramic laser cutting machine is completed above.
The operating method being processed using this ceramic laser cutting machine progress ceramic substrate to be cut is as follows：
The first step：Ceramic laser cutting machine is powered on, opens the start button of industrial personal computer 8；
Second step：The left sliding door 707 and right sliding door 708 of casing assembly 7 are opened, ceramic substrate to be cut is installed in
On the clamp supporting plate 603 of clamp assembly 6, start external exhaust fan, ceramic substrate to be cut is fixed on clamp assembly 6；
3rd step：Figure to be cut is imported in ceramic laser cutting machine；
4th step：Camera and light source 505 are opened, ceramic cutting substrate is treated and carries out precision positioning；
5th step：Ceramic laser cutting machine operation button is opened, ceramic substrate to be cut is in the first shaft assembly 2, the second axis
Under the linkage of 3 and the 3rd shaft assembly 4 of component, in the work of laser 501, laser cutting head 504, camera light source 505 and industrial personal computer 8
Under, complete to treat the precise laser cutting of ceramic cutting substrate；
6th step：External wind turbine is closed, the ceramic substrate to be cut cut is taken out；
7th step：Industrial personal computer 8 is closed, then ceramic laser cutting machine is powered off.
The utility model ceramic laser cutting machine influences from cutting pattern, and control system can drive the in actual cutting
One shaft assembly, the second shaft assembly and the 3rd shaft assembly carry out relative motion, therefore movement locus is more flexible, and cut coverage is wide, energy
Enough to complete to be cut by laser complex figure, the utility model uses camera vision positioning system, can be to complex figure mark
Note point is positioned, and disclosure satisfy that modern factories and scientific research to precision machined demand；In addition the utility model ceramic laser is cut
Cutting mill, which is treated ceramic cutting substrate and is processed, belongs to non-contacting Flexible Manufacture, laser cutting head treat ceramic cutting substrate into
Phenomena such as maintaining a certain distance with ceramic substrate to be cut all the time during row cutting, be not in tool wear；The utility model
Using linear motor as driving element, using precise guide rail as director element, using precision linear encoder as feedback element,
Ceramic cutting substrate is treated under control system, drive system, the collective effect of laser orientation system to be cut, speed is fast,
Precision is high, product stability is good.
The preferred embodiment of the utility model described in detail above, but the utility model is not limited to above-mentioned implementation
Detail in mode, in the range of the technology design of the utility model, can carry out the technical solution of the utility model
A variety of equivalents, these equivalents belong to the scope of protection of the utility model.
Claims (10)
1. a kind of ceramic laser cutting machine, including pedestal, the drive system being fixed on pedestal, laser orientation system and folder
Have component, wherein, the clamp assembly and laser orientation system are each attached in drive system；It is characterized in that：The folder
Have component and connect an exhaust fan, it includes：The clamp base being fixed in drive system, the folder being fixed in the clamp base
Have riser, clamp supporting plate and the exhausting flange being installed on the clamp supporting plate；Wherein, the exhausting flanged joint
The exhaust fan；The clamp base and fixture riser composition fixture cavity, the clamp supporting plate are covered on the fixture cavity
On body, ceramic substrate to be cut is fixed on the clamp supporting plate and the exhaust fan is treated ceramic cutting substrate and produced downwards
Adsorption capacity.
2. ceramic laser cutting machine according to claim 1, it is characterised in that：The clamp assembly, which further includes, is installed in institute
State the left positioning plate of fixture and the fixture upper location-plate on clamp supporting plate.
3. ceramic laser cutting machine according to claim 1 or 2, it is characterised in that：The laser orientation system includes swashing
Photosystem and alignment system, laser system include laser, mirror assembly, expand mirror assembly and laser cutting head.
4. ceramic laser cutting machine according to claim 3, it is characterised in that：The alignment system includes camera and light
Source.
5. ceramic laser cutting machine according to claim 3, it is characterised in that：The drive system includes first axle group
Part, the second shaft assembly and the 3rd shaft assembly；First shaft assembly is used to control second shaft assembly along three-dimensional rectangular coordinate
First direction of principal axis of system is mobile and is installed on pedestal, and second shaft assembly is used to control the clamp assembly along three-dimensional right angle
Second direction of principal axis of coordinate system is mobile and is installed on the first shaft assembly, and the 3rd shaft assembly is used to control laser cutting head edge
3rd direction of principal axis of rectangular coordinate system is mobile and is fixed on the pedestal.
6. ceramic laser cutting machine according to claim 5, it is characterised in that：The pedestal includes base and is fixed on
Portal frame on base；First shaft assembly is fixed on the base, and the 3rd shaft assembly is fixed on the portal frame
On.
7. ceramic laser cutting machine according to claim 5, it is characterised in that：First shaft assembly and the second shaft assembly
Include direct motor, the line slideway auxiliary positioned at linear motor both sides, the grating scale among line slideway auxiliary, drag chain,
And it is installed in the dust cover on linear motor and line slideway auxiliary.
8. ceramic laser cutting machine according to claim 5, it is characterised in that：3rd shaft assembly is consolidated including the 3rd axis
It is fixed board, the 3rd axis screw pair being fixed on the 3rd axis fixing plate, the 3rd axis servomotor being connected with the 3rd axis screw pair, solid
The 3rd line slideway auxiliary that is scheduled on the 3rd axis fixing plate, the three-axis sensor for being fixed on the 3rd line slideway auxiliary side, with
And it is installed in the three-axis moving plate on the 3rd axis screw pair and the 3rd axis line slideway auxiliary.
9. ceramic laser cutting machine according to claim 1, it is characterised in that：Further include casing assembly, the shell group
Part includes：Support base, the right plate for being vertically fixed on support base right edge, before being vertically fixed on support base front side edge
Side plate, the back side panel for being vertically fixed on support base back side edge, the left plate for being vertically fixed on support base left side, upper cover,
Left sliding door and right sliding door on front side board, the alarm lamp being installed in upper cover, be installed on support base lower surface
Castor and foot cup, wherein, the upper cover is installed on the upper end of front side board, left plate, right plate and back side panel.
10. ceramic laser cutting machine according to claim 1, it is characterised in that：Further include industrial personal computer, motion control card and
Camera capture card, wherein motion control card and camera capture card are built in industrial personal computer.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720793354.5U CN207267114U (en) | 2017-07-03 | 2017-07-03 | A kind of ceramic laser cutting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720793354.5U CN207267114U (en) | 2017-07-03 | 2017-07-03 | A kind of ceramic laser cutting machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207267114U true CN207267114U (en) | 2018-04-24 |
Family
ID=61961039
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720793354.5U Active CN207267114U (en) | 2017-07-03 | 2017-07-03 | A kind of ceramic laser cutting machine |
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| CN (1) | CN207267114U (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111168243A (en) * | 2020-01-02 | 2020-05-19 | 西安交通大学 | Laser polishing processing equipment |
| CN111215757A (en) * | 2020-02-17 | 2020-06-02 | 广东长盈精密技术有限公司 | Laser etching device and laser etching process |
| CN112077435A (en) * | 2020-07-24 | 2020-12-15 | 大族激光科技产业集团股份有限公司 | Ceramic substrate laser processing tool and laser processing equipment |
| CN112108780A (en) * | 2020-09-02 | 2020-12-22 | 锐莱特精密光电技术无锡有限公司 | High-precision laser glass cutting machine |
| CN116652861A (en) * | 2023-07-31 | 2023-08-29 | 深圳和瑞智能装备有限公司 | Battery pole piece positioning device |
-
2017
- 2017-07-03 CN CN201720793354.5U patent/CN207267114U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111168243A (en) * | 2020-01-02 | 2020-05-19 | 西安交通大学 | Laser polishing processing equipment |
| CN111215757A (en) * | 2020-02-17 | 2020-06-02 | 广东长盈精密技术有限公司 | Laser etching device and laser etching process |
| CN112077435A (en) * | 2020-07-24 | 2020-12-15 | 大族激光科技产业集团股份有限公司 | Ceramic substrate laser processing tool and laser processing equipment |
| CN112108780A (en) * | 2020-09-02 | 2020-12-22 | 锐莱特精密光电技术无锡有限公司 | High-precision laser glass cutting machine |
| CN116652861A (en) * | 2023-07-31 | 2023-08-29 | 深圳和瑞智能装备有限公司 | Battery pole piece positioning device |
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