CN207309214U - A kind of laser cutting machine - Google Patents
A kind of laser cutting machine Download PDFInfo
- Publication number
- CN207309214U CN207309214U CN201721316785.9U CN201721316785U CN207309214U CN 207309214 U CN207309214 U CN 207309214U CN 201721316785 U CN201721316785 U CN 201721316785U CN 207309214 U CN207309214 U CN 207309214U
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- cutting machine
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Abstract
The technical field of laser cutting is the utility model is related to, more particularly to a kind of laser cutting machine, it can facilitate removes plate workpiece from workbench；Workpiece can be fixed at the same time, strengthen stability during its placement, improve cutting effect and qualification rate；And the buffering effect of device can be improved, mitigate noise；Including laser cutting machine matrix, laser head, placement plate and workbench；Four group of first buffer unit, four group of second buffer unit and four group of the 3rd buffer unit are further included, workbench includes support plate, bottom plate, left supported plate, right supported plate, front supporting plate and rear carrier plate；Stent and telescope motor are further included, motion bar is provided with the top output port of telescope motor；Further include left fixed plate, left-hand thread pipe, left-hand thread bar, left ball bearing, left snap-gauge, right fixed plate, right-hand thread pipe, right-hand thread bar, right ball bearing and right snap-gauge, left snap-gauge is arranged on left-hand thread bar right end, and right-hand thread pipe right end is inserted into right ball bearing.
Description
Technical field
The technical field of laser cutting is the utility model is related to, more particularly to a kind of laser cutting machine.
Background technology
It is well known that laser cutting machine is one kind launches laser by laser, through light path system, high power is focused into
Workpiece surface is irradiated to after the laser beam of density, workpiece is reached fusing point or boiling point, and with light beam and workpiece relative position
It is mobile, material is formed joint-cutting, so as to reach the cutter device of cutting purpose, it is obtained extensively in laser cutting field
Use；Existing laser cutting machine includes laser cutting machine matrix, laser head, placement plate and workbench, and placement plate is arranged on
Workbench top first half region, laser cutting machine matrix are arranged on workbench rear end, and laser head is arranged on laser cutting machine matrix
Output terminal on, and laser head is located at directly over placement plate；This laser cutting machine using when workpiece need to be only placed on to placement
On plate, laser head is controlled to cut workpiece by laser cutting machine matrix afterwards；In this laser cutting machine use
It was found that if workpiece is platy structure, its bottom can be in close contact with placement plate, so that when causing to remove it from workbench
It is more troublesome；And if workpiece is irregular shape, stability when it is placed is limited, is easily shifted over, if cutting through
Shifted in journey, then can influence cutting effect, reduce qualification rate；And laser cutting machine matrix can produce vibration at work, so that
Driving device is integrally vibrated, and is produced compared with loud noise, is influenced working environment.
Utility model content
It can facilitate in order to solve the above technical problems, the utility model provides one kind and remove plate workpiece from workbench；
Workpiece can be fixed at the same time, strengthen stability during its placement, improve cutting effect and qualification rate；And device can be improved
Buffering effect, mitigates the laser cutting machine of noise.
A kind of laser cutting machine of the utility model, including laser cutting machine matrix, laser head, placement plate and workbench,
Laser cutting machine matrix is arranged on workbench rear end, and laser head is arranged on the output terminal of laser cutting machine matrix, and laser head
Directly over placement plate；Further include four group of first buffer unit, four group of second buffer unit and four group of the 3rd buffer unit, institute
Stating workbench includes support plate, bottom plate, left supported plate, right supported plate, front supporting plate and rear carrier plate, the left supported plate, right supported plate, front supporting plate
Be separately positioned on rear carrier plate on bottom plate top left hand, right side, front side and rear side, support plate bottom left side, right side, front side and after
Left placing groove, right placing groove, preceding placing groove and rear placing groove are respectively arranged with side, and left placing groove and right placing groove are with before
Placing groove and rear placing groove communicate, the left supported plate, right supported plate, front supporting plate and rear carrier plate top be inserted into respectively left placing groove,
In right placing groove, preceding placing groove and rear placing groove, and left supported plate and right supported plate front end at left and right sides of front supporting plate rear end respectively with connecting
Connect, left supported plate and right supported plate rear end at left and right sides of rear carrier plate front end respectively with being connected；Further include stent and telescope motor, the branch
Frame is arranged on bottom plate top, and telescope motor is arranged on cantilever tip, and the support plate top is provided with placing groove, and placement plate is put
Put in upper placing groove, motion bar is provided with the top output port of the telescope motor, and the motion bar top passes through branch
Fagging bottom is simultaneously connected with placement plate bottom；Further include left fixed plate, left-hand thread pipe, left-hand thread bar, left ball bearing, Zuo Ka
Plate, right fixed plate, right-hand thread pipe, right-hand thread bar, right ball bearing and right snap-gauge, the left fixed plate and right fixed plate are set respectively
Put in support plate top front left side and forward right side, left fixed plate right end is provided with the first placing groove, and left ball bearing is arranged on
One placing groove, left-hand thread pipe left end are inserted into left ball bearing, the insertion of left-hand thread bar left end and spiral shell threading left-hand thread pipe right end
Inside, the left snap-gauge are arranged on left-hand thread bar right end, and the right fixed plate left end is provided with the second placing groove, right ball bearing
The second placing groove is arranged on, right-hand thread pipe right end is inserted into right ball bearing, the insertion of right-hand thread bar right end and the right spiral shell of spiral shell threading
Inside line pipe left end, the right snap-gauge is arranged on right-hand thread bar left end.
A kind of laser cutting machine of the utility model, first buffer unit include the first connecting plate, the first groups of springs
With the first buffer board, the second buffer unit includes the second connecting plate, second spring group and the second buffer board, the 3rd buffer unit bag
The 3rd connecting plate, the 3rd groups of springs and the 3rd buffer board are included, four group of first connecting plate is separately positioned in left placing groove left
Right side wall in side wall, right placing groove, in preceding placing groove in front side wall and rear placing groove on rear wall, four group of first buffer board difference
It is arranged on the upside of left supported plate left end, on the upside of right supported plate right end, on the upside of front supporting plate front end and in rear carrier plate rear upper side, and described four
The first groups of springs both ends of group are connected with four group of first connecting plate and four group of first buffer board respectively, four group of second connecting plate point
Right side wall in left placing groove, left side wall in right placing groove are not arranged on, front side wall in rear wall and rear placing groove in preceding placing groove
On, four group of second buffer board is separately positioned on left supported plate right end upside, right supported plate left end upside, front supporting plate rear upper side and rear branch
On on the upside of front edge of board, and four groups of second spring groups both ends connect with four group of second connecting plate and four group of second buffer board respectively
Connect, four group of the 3rd connecting plate be separately positioned on left placing groove inner roof wall, right placing groove inner roof wall, preceding placing groove inner roof wall and
Afterwards on placing groove inner roof wall, four group of the 3rd buffer board be separately positioned on left supported plate top, right supported plate top, front supporting plate top and after
On support plate top, four group of the 3rd groups of springs top and bottom are buffered with four group of the 3rd connecting plate bottom and four group the 3rd respectively
Plate top connects.
A kind of laser cutting machine of the utility model, the stent include four groups of struts, lower carrier plate, upper supporting plate and the 4th bullet
Spring group, four groups of struts are separately positioned in the left front region in bottom plate top, left back region, right forefoot area and right rear region, and
Four groups of strut tops are connected with lower carrier plate bottom front left side, left rear side, forward right side and right lateral side respectively, and the 4th groups of springs is set
Put on lower carrier plate top, the upper supporting plate is arranged on the 4th groups of springs top, and upper supporting plate top is connected with telescope motor bottom.
A kind of laser cutting machine of the utility model, further includes left antiskid plate and right antiskid plate, the left antiskid plate and the right side
Antiskid plate is separately positioned on left snap-gauge right end and right snap-gauge left end.
A kind of laser cutting machine of the utility model, further includes antiskid plate, and the upper antiskid plate is located in upper placing groove,
And upper antiskid plate bottom is connected with placement plate top.
A kind of laser cutting machine of the utility model, further includes baffle, and the front supporting plate front end is provided with placement through hole, gear
It is hinged on and is placed in through hole on front side of left side wall on the left of plate rear end, and handle is provided with the right side of baffle front end.
A kind of laser cutting machine of the utility model, further includes lower antiskid plate, and the lower antiskid plate is arranged on bottom plate bottom.
The beneficial effects of the utility model are compared with prior art：By above-mentioned setting, can be controlled by telescope motor
Motion bar drives placement plate to move up, so that drive plate workpiece to move up, it is convenient to remove it from workbench；At the same time
By rotating left-hand thread management and control left-hand thread bar left snap-gauge can be driven to move right by the helicitic texture between screwed pipe and threaded rod
It is dynamic, while rotate right-hand thread management and control right-hand thread bar and drive right snap-gauge to be moved to the left, so as to pass through left snap-gauge and right snap-gauge pair
Workpiece is fixed, and strengthens stability during its placement, improves cutting effect and qualification rate；And can by the first buffer unit,
The setting of second buffer unit and the 3rd buffer unit, improves the buffering effect of device, mitigates noise.
Brief description of the drawings
Fig. 1 is the structure diagram of the utility model；
Fig. 2 is the outside schematic diagram of Fig. 1；
Fig. 3 is the A portions partial enlarged view of Fig. 1；
Marked in attached drawing：1st, laser cutting machine matrix；2nd, laser head；3rd, placement plate；4th, workbench；5th, the first buffering dress
Put；6th, support plate；7th, bottom plate；8th, left supported plate；9th, right supported plate；10th, front supporting plate；11st, telescope motor；12nd, motion bar；13rd, Zuo Gu
Fixed board；14th, left snap-gauge；15th, right-hand thread pipe；16th, right-hand thread bar；17th, right ball bearing；18th, the first connecting plate；19th, the first bullet
Spring group；20th, second spring group；21st, the second buffer board；22nd, the 3rd connecting plate；23rd, the 3rd buffer board；24th, strut；25th, lower branch
Plate；26th, upper supporting plate；27th, the 4th groups of springs；28th, right antiskid plate；29th, upper antiskid plate；30th, baffle；31st, lower antiskid plate.
Embodiment
With reference to the accompanying drawings and examples, specific embodiment of the present utility model is described in further detail.Below
Embodiment is used to illustrate the utility model, but is not intended to limit the scope of the present invention.
As shown in Figure 1 to Figure 3, a kind of laser cutting machine of the utility model, including laser cutting machine matrix 1, laser head
2nd, placement plate 3 and workbench 4, laser cutting machine matrix are arranged on workbench rear end, and laser head is arranged on laser cutting machine matrix
Output terminal on, and laser head is located at directly over placement plate；Further include four group of first buffer unit, 5, four groups of second buffer units
With four group of the 3rd buffer unit, workbench includes support plate 6, bottom plate 7, left supported plate 8, right supported plate 9, front supporting plate 10 and rear carrier plate,
Left supported plate, right supported plate, front supporting plate and rear carrier plate are separately positioned on bottom plate top left hand, right side, front side and rear side, support plate bottom
Left placing groove, right placing groove, preceding placing groove and rear placing groove are respectively arranged with end left side, right side, front side and rear side, and a left side is put
Put groove and right placing groove is communicated with preceding placing groove and rear placing groove, left supported plate, right supported plate, front supporting plate and rear carrier plate top difference
Be inserted into left placing groove, right placing groove, preceding placing groove and rear placing groove, and left supported plate and right supported plate front end respectively with front supporting plate
Connection at left and right sides of rear end, left supported plate and right supported plate rear end at left and right sides of rear carrier plate front end respectively with being connected；Further include stent and
Telescope motor 11, stent are arranged on bottom plate top, and telescope motor is arranged on cantilever tip, and support plate top is provided with placement
Groove, placement plate are placed in placing groove, motion bar 12 are provided with the top output port of telescope motor, and motion bar top is worn
Cross support plate bottom and be connected with placement plate bottom；Further include left fixed plate 13, left-hand thread pipe, left-hand thread bar, left ball bearing,
Left snap-gauge 14, right fixed plate, right-hand thread pipe 15, right-hand thread bar 16, right ball bearing 17 and right snap-gauge, left fixed plate and right fixation
Plate is separately positioned on support plate top front left side and forward right side, and left fixed plate right end is provided with the first placing groove, left ball bearing
The first placing groove is arranged on, left-hand thread pipe left end is inserted into left ball bearing, the insertion of left-hand thread bar left end and the left spiral shell of spiral shell threading
Inside line pipe right end, left snap-gauge is arranged on left-hand thread bar right end, and right fixed plate left end is provided with the second placing groove, right ball bearing
The second placing groove is arranged on, right-hand thread pipe right end is inserted into right ball bearing, the insertion of right-hand thread bar right end and the right spiral shell of spiral shell threading
Inside line pipe left end, right snap-gauge is arranged on right-hand thread bar left end；By above-mentioned setting, motion bar band can be controlled by telescope motor
Dynamic placement plate moves up, so that drive plate workpiece to move up, it is convenient to remove it from workbench；Spiral shell can be passed through at the same time
Helicitic texture between line pipe and threaded rod, drives left snap-gauge to move right, at the same time by rotating left-hand thread management and control left-hand thread bar
Rotation right-hand thread management and control right-hand thread bar drives right snap-gauge to be moved to the left, so as to be carried out by left snap-gauge and right snap-gauge to workpiece
It is fixed, strengthen stability during its placement, improve cutting effect and qualification rate；And the first buffer unit, the second buffering can be passed through
The setting of device and the 3rd buffer unit, improves the buffering effect of device, mitigates noise.
A kind of laser cutting machine of the utility model, the first buffer unit include the first connecting plate 18, the first groups of springs 19
With the first buffer board, the second buffer unit includes the second connecting plate, 20 and second buffer board 21 of second spring group, the 3rd buffering dress
Put and be separately positioned on left placing groove including the 3rd connecting plate 22, the 3rd groups of springs and the 3rd buffer board 23, four group of first connecting plate
Right side wall in interior left side wall, right placing groove, in preceding placing groove in front side wall and rear placing groove on rear wall, four group of first buffer board
It is separately positioned on the upside of left supported plate left end, on the upside of right supported plate right end, on the upside of front supporting plate front end and in rear carrier plate rear upper side, and four
The first groups of springs both ends of group are connected with four group of first connecting plate and four group of first buffer board respectively, and four group of second connecting plate is set respectively
Put in left placing groove right side wall, left side wall in right placing groove, in preceding placing groove in rear wall and rear placing groove on front side wall, four
The second buffer board of group is separately positioned on the upside of left supported plate right end, on the upside of right supported plate left end, before front supporting plate rear upper side and rear carrier plate
On the upside of end, and four groups of second spring group both ends are connected with four group of second connecting plate and four group of second buffer board respectively, four groups the
Three connecting plates are separately positioned on top in left placing groove inner roof wall, right placing groove inner roof wall, preceding placing groove inner roof wall and rear placing groove
On wall, four group of the 3rd buffer board is separately positioned on left supported plate top, right supported plate top, front supporting plate top and rear carrier plate top,
Four group of the 3rd groups of springs top and bottom are connected with four group of the 3rd connecting plate bottom and four group of the 3rd buffer board top respectively；Pass through
Above-mentioned setting, the buffering effect for improving device can be acted on by spring, mitigates noise.
A kind of laser cutting machine of the utility model, stent include four groups of struts 24, lower carrier plate 25, upper supporting plate 26 and the 4th
Groups of springs 27, four groups of struts are separately positioned in the left front region in bottom plate top, left back region, right forefoot area and right rear region, and
Four groups of strut tops are connected with lower carrier plate bottom front left side, left rear side, forward right side and right lateral side respectively, and the 4th groups of springs is arranged on
Lower carrier plate top, upper supporting plate is arranged on the 4th groups of springs top, and upper supporting plate top is connected with telescope motor bottom；By above-mentioned
Set, telescope motor can be supported, improve its support effect, while acted on by spring to it into row buffering, slow down it
Amplitude during work.
A kind of laser cutting machine of the utility model, further includes left antiskid plate and right antiskid plate 28, and left antiskid plate and the right side are prevented
Slide plate is separately positioned on left snap-gauge right end and right snap-gauge left end；By above-mentioned setting, frictional force can be increased, when improving workpiece fixation
Stability.
A kind of laser cutting machine of the utility model, further includes antiskid plate 29, and upper antiskid plate is located in upper placing groove, and
Upper antiskid plate bottom is connected with placement plate top；By above-mentioned setting, frictional force can be increased, improved firm when workpiece is placed
Property.
A kind of laser cutting machine of the utility model, further includes baffle 30, and front supporting plate front end is provided with placement through hole, baffle
It is hinged on and is placed in through hole on front side of left side wall on the left of rear end, and handle is provided with the right side of baffle front end；By above-mentioned setting, can lead to
Cross opening baffle, it is convenient to workbench inside and telescope motor into checking.
A kind of laser cutting machine of the utility model, further includes lower antiskid plate 31, and lower antiskid plate is arranged on bottom plate bottom；It is logical
Above-mentioned setting is crossed, frictional force can be increased, improves stability when device is placed.
A kind of laser cutting machine of the utility model, workpiece is placed in placement plate by it when in use, and rotation is left afterwards
Screwed pipe control left-hand thread bar drives left snap-gauge to move right, at the same rotate right-hand thread management and control right-hand thread bar drive right snap-gauge to
Move left, workpiece is fixed, control laser head to cut workpiece by laser cutting machine matrix afterwards, cutting is completed
Control telescope motor to drive the placement plate on motion bar to move up afterwards, move up workpiece, afterwards by it from workbench
Remove.
The above is only the preferred embodiment of the utility model, it is noted that for the common skill of the art
For art personnel, on the premise of the utility model technical principle is not departed from, some improvement and modification can also be made, these change
The scope of protection of the utility model is also should be regarded as into modification.
Claims (7)
1. a kind of laser cutting machine, including laser cutting machine matrix (1), laser head (2), placement plate (3) and workbench (4), swash
Light cutting machine matrix (1) is arranged on workbench (4) rear end, and laser head (2) is arranged on the output terminal of laser cutting machine matrix (1)
On, and laser head (2) is located at directly over placement plate (3)；It is characterized in that, further include four group of first buffer unit (5), four group
Two buffer units and four group of the 3rd buffer unit, the workbench (4) include support plate (6), bottom plate (7), left supported plate (8), the right side
Support plate (9), front supporting plate (10) and rear carrier plate, the left supported plate (8), right supported plate (9), front supporting plate (10) and rear carrier plate are set respectively
On bottom plate (7) top left hand, right side, front side and rear side, set respectively on support plate (6) bottom left side, right side, front side and rear side
Be equipped with left placing groove, right placing groove, preceding placing groove and rear placing groove, and left placing groove and right placing groove with preceding placing groove and after
Placing groove communicates, the left supported plate (8), right supported plate (9), front supporting plate (10) and rear carrier plate top be inserted into respectively left placing groove,
In right placing groove, preceding placing groove and rear placing groove, and left supported plate (8) and right supported plate (9) front end respectively with front supporting plate (10) rear end
The left and right sides connects, and left supported plate (8) and right supported plate (9) rear end at left and right sides of rear carrier plate front end respectively with being connected；Further include stent
With telescope motor (11), the stent is arranged on bottom plate (7) top, and telescope motor (11) is arranged on cantilever tip, the support
Plate (6) top is provided with placing groove, and placement plate (3) is placed in placing groove, the top output of the telescope motor (11)
Motion bar (12) is provided with end, and the motion bar (12) top connects through support plate (6) bottom and with placement plate (3) bottom
Connect；Further include left fixed plate (13), left-hand thread pipe, left-hand thread bar, left ball bearing, left snap-gauge (14), right fixed plate, right-hand thread
Pipe (15), right-hand thread bar (16), right ball bearing (17) and right snap-gauge, the left fixed plate (13) and right fixed plate are set respectively
In support plate (6) top front left side and forward right side, left fixed plate (13) right end is provided with the first placing groove, and left ball bearing is set
In the first placing groove, left-hand thread pipe left end is inserted into left ball bearing, the insertion of left-hand thread bar left end and spiral shell threading left-hand thread pipe
Inside right end, the left snap-gauge (14) is arranged on left-hand thread bar right end, and the right fixed plate left end is provided with the second placing groove, right
Ball bearing (17) is arranged on the second placing groove, and right-hand thread pipe (15) right end is inserted into right ball bearing (17), right-hand thread bar
(16) simultaneously spiral shell is put into inside right-hand thread pipe (15) left end for right end insertion, and the right snap-gauge is arranged on right-hand thread bar (16) left end.
2. a kind of laser cutting machine as claimed in claim 1, it is characterised in that first buffer unit (5) includes first
Connecting plate (18), the first groups of springs (19) and the first buffer board, the second buffer unit include the second connecting plate, second spring group
(20) and the second buffer board (21), the 3rd buffer unit include the 3rd connecting plate (22), the 3rd groups of springs and the 3rd buffer board
(23), four group of first connecting plate (18) is separately positioned on left side wall in left placing groove, right side wall, preceding placement in right placing groove
In groove in front side wall and rear placing groove on rear wall, four group of first buffer board is separately positioned on the upside of left supported plate (8) left end, right branch
On the upside of plate (9) right end, on the upside of front supporting plate (10) front end and in rear carrier plate rear upper side, and four group of first groups of springs (19) two
End is connected with four group of first connecting plate (18) and four group of first buffer board respectively, and four group of second connecting plate is separately positioned on a left side
Right side wall in placing groove, left side wall in right placing groove, in preceding placing groove in rear wall and rear placing groove on front side wall, four group second
Buffer board (21) is separately positioned on the upside of left supported plate (8) right end, on the upside of right supported plate (9) left end, front supporting plate (10) rear upper side and
On on the upside of rear carrier plate front end, and four groups of second spring groups (20) both ends are slow with four group of second connecting plate and four group second respectively
Punching (21) connects, and four group of the 3rd connecting plate (22) is separately positioned on left placing groove inner roof wall, right placing groove inner roof wall, preceding
On placing groove inner roof wall and rear placing groove inner roof wall, four group of the 3rd buffer board (23) is separately positioned on left supported plate (8) top, right branch
On plate (9) top, front supporting plate (10) top and rear carrier plate top, four group of the 3rd groups of springs top and bottom respectively with four groups
3rd connecting plate (22) bottom is connected with four group of the 3rd buffer board (23) top.
A kind of 3. laser cutting machine as claimed in claim 2, it is characterised in that the stent include four groups of struts (24), under
Support plate (25), upper supporting plate (26) and the 4th groups of springs (27), it is left front that four groups of struts (24) are separately positioned on bottom plate (7) top
In region, left back region, right forefoot area and right rear region, and four groups of strut (24) tops are left front with lower carrier plate (25) bottom respectively
Side, left rear side, forward right side are connected with right lateral side, and the 4th groups of springs (27) is arranged on lower carrier plate (25) top, the upper branch
Plate (26) is arranged on the 4th groups of springs (27) top, and upper supporting plate (26) top is connected with telescope motor (11) bottom.
4. a kind of laser cutting machine as claimed in claim 3, it is characterised in that further include left antiskid plate and right antiskid plate
(28), the left antiskid plate and right antiskid plate (28) are separately positioned on left snap-gauge (14) right end and right snap-gauge left end.
A kind of 5. laser cutting machine as claimed in claim 4, it is characterised in that antiskid plate (29) is further included, it is described anti-
Slide plate (29) is located in upper placing groove, and upper antiskid plate (29) bottom is connected with placement plate (3) top.
6. a kind of laser cutting machine as claimed in claim 5, it is characterised in that further include baffle (30), the front supporting plate
(10) front end is provided with placement through hole, is hinged on and is placed in through hole on front side of left side wall on the left of baffle (30) rear end, and baffle (30)
Handle is provided with the right side of front end.
A kind of 7. laser cutting machine as claimed in claim 6, it is characterised in that lower antiskid plate (31) is further included, it is described lower anti-
Slide plate (31) is arranged on bottom plate (7) bottom.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721316785.9U CN207309214U (en) | 2017-10-12 | 2017-10-12 | A kind of laser cutting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721316785.9U CN207309214U (en) | 2017-10-12 | 2017-10-12 | A kind of laser cutting machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207309214U true CN207309214U (en) | 2018-05-04 |
Family
ID=62380523
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721316785.9U Expired - Fee Related CN207309214U (en) | 2017-10-12 | 2017-10-12 | A kind of laser cutting machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207309214U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108922859A (en) * | 2018-09-12 | 2018-11-30 | 江苏英锐半导体有限公司 | A kind of wafer flow cutter device |
-
2017
- 2017-10-12 CN CN201721316785.9U patent/CN207309214U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108922859A (en) * | 2018-09-12 | 2018-11-30 | 江苏英锐半导体有限公司 | A kind of wafer flow cutter device |
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| GR01 | Patent grant | ||
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