CN207344347U - Numerical control boart boart wire cutting machine tool - Google Patents
Numerical control boart boart wire cutting machine tool Download PDFInfo
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- CN207344347U CN207344347U CN201721369654.7U CN201721369654U CN207344347U CN 207344347 U CN207344347 U CN 207344347U CN 201721369654 U CN201721369654 U CN 201721369654U CN 207344347 U CN207344347 U CN 207344347U
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Abstract
The utility model discloses numerical control boart boart wire cutting machine tool, the wire storage tube of its Wire-conveying mechanism of quick walk（5）Outer surface covered with silk cylinder outer ring protect glue-line, column（6）On be from top to bottom equipped with wire reeling rack（7）And inserting rack（8）, in tensioning wheel（9）Outer ring, drive I（10）Outer ring, drive II（11）Outer ring and transition wheel（12）Outer ring be all cased with protective case, wire storage tube（5）On be wound with diamond wire（13）, tensioning wheel（9）On be connected with pneumatic tensioning device vertically（15）, pneumatic tensioning device（15）Promote tensioning wheel（9）Move up and down adjusting tensioning wheel（9）Position come make diamond wire keep constant-tension state, lathe bed（1）Opposite side is equipped with cutting working platform（16）, cutting working platform（16）Bottom be equipped with drive assembly.Not only using effect is good for the utility model, applied widely, and anti-wear-resisting, service life length.
Description
Technical field
It the utility model is related to numerical control boart boart wire cutting machine tool.
Background technology
Wire transporting also is carried out without using wire reeling rack and inserting rack in current numerical control boart boart wire cutting machine tool, can not
The distance between wire transporting is adjusted, use is very inconvenient, and the tension force due to generation during use is uneven, Buddha's warrior attendant
Stone line easily loosens, cause processing precision it is very poor, using effect is poor, and the service life of spring is short, can not long-time service,
In addition surface is terminated for a long time with diamond wire in use for current godet roller and wire storage tube, so after prolonged use
Godet roller and wire storage tube are easily damaged, working surface sleek easily occurs during work in the yarn cutting machine of diamond
Greatly, godet roller rotates dumb, and godet roller bounce has noise, is also easy to phenomena such as bucket silk, loose wire, fracture of wire, operating accuracy occur.
The content of the invention
The utility model provides numerical control boart boart wire cutting machine tool, and not only using effect is good for it, applied widely, and
And anti-wear-resisting, service life length.
The utility model employs following technical scheme：Numerical control boart boart wire cutting machine tool, it is equipped with lathe bed, lathe bed one
Side is equipped with erecting bed, and erecting bed is arranged on the upper surface of lathe bed, and the front of erecting bed is equipped with operation panel, is placed on erecting bed
There is Wire-conveying mechanism of quick walk, the Wire-conveying mechanism of quick walk includes driving motor I and wire storage tube, and the outer surface of wire storage tube is protected covered with silk cylinder outer ring
Glue-line is protected, it is vertically-mounted in the middle part of the lathe bed to have column, column in one end of wire storage tube with driving motor I to be sequentially connected
Bottom be installed on lathe bed upper surface, wire reeling rack and inserting rack are from top to bottom equipped with column, wire reeling rack and inserting rack are all
It is transversely mounted on column, tensioning wheel and drive I is horizontally installed with wire reeling rack, transmission is horizontally installed with inserting rack
Wheel II and transition wheel, are all cased with the outer ring of the outer ring of tensioning wheel, the outer ring of drive I, the outer ring of drive II and transition wheel
Protective case, is wound with diamond wire on wire storage tube, and tensioning wheel and transition wheel are in the same side, and drive I is with drive II same
Side, diamond wire return to wire storage tube after tensioning wheel, drive I, drive II and transition wheel successively after wire storage tube extraction
Form closed circuit, diamond wire be located at drive I and drive II line segment be cut length, on the tensioning wheel vertically
It is connected with pneumatic tensioning device, pneumatic tensioning device promotes tensioning wheel to move up and down and adjusts the position of tensioning wheel to make diamond wire
Constant-tension state is kept, cutting working platform is equipped with lathe bed opposite side, cut length is corresponding with cutting working platform, in cutting work
The bottom of platform is equipped with drive assembly, and drive assembly includes longitudinal planker and cross slide, driving device is equipped with longitudinal planker
I, cross slide is equipped with driving device II, and driving device I is by driving longitudinal planker to drive cutting working platform in lengthwise position
Front-rear reciprocation movement, driving device II drive cutting working platform in lateral position bilateral reciprocation by cross slide.
The lathe bed is arranged to box type lathe bed, and column is arranged to box column, and the wire storage tube top is provided with
Water retaining cover, water retaining cover block wire storage tube.
The silk cylinder outer ring protection glue-line is polyurethane glue-line.Tensioning wheel, drive I, drive II and the mistake
Ferry boat is both configured to aluminium wheel body, and wherein drive I is rotation connection by shaft I and wire reeling rack, and shaft I extend into drive I
In supported by bearing I, bearing I is P4 grades of precision bearings, and drive II is rotation connection by shaft II and inserting rack, shaft II
It extend into drive II and is supported by bearing II, bearing II is P4 grades of precision bearings.
The pneumatic tensioning device includes cylinder, vertical pull rod, positioning sliding block and guide rail I, and the cylinder is square vertically
To installation, the bottom of cylinder is fixed in mounting base, and the piston rod of cylinder is connected by the center of vertical pull rod and tensioning wheel,
The side of vertical pull rod is provided with vertical positioning sliding block, and the side of vertical positioning sliding block is connected with vertical pull rod, opposite side
With guide rail I to be slidably matched in vertical guide rail I, cylinder passes sequentially through piston rod and vertical pull rod drives tensioning wheel edge
Guide rail I to move up and down, tensioning wheel moves up and down the pneumatic tensioning for realizing diamond wire so that diamond wire keeps identical tension
State.
The wire reeling rack is equipped with driving leading screw I, and driving leading screw I is arranged to precision ball screw, drives leading screw I
In the guide rail II that column is equipped with, guide rail II is V-type steel guideway, and driving leading screw I drives wire reeling rack to move up and down.Institute
The cutting working platform stated includes four support columns, and four support columns are square arrangement, and shelf is equipped between each two support column.
Longitudinal planker is located at top, and cross slide is located at the lower part of longitudinal planker, and the driving device I is set
For leading screw II, guide rail III and driving motor II, guide rail III is disposed longitudinally on the bottom of longitudinal planker, driving motor II and leading screw II
To be sequentially connected, leading screw II is located in guide rail III to be coordinated with guide rail III for transmission, and driving motor II passes through leading screw II and guide rail III
Transmission coordinate and drive longitudinal planker front-rear reciprocation movement, the driving device II is arranged to leading screw III, guide rail IV and driving
Motor III, guide rail IV are horizontally installed on the bottom of cross slide, and with leading screw III to be sequentially connected, leading screw III is located at driving motor III
Coordinate in guide rail IV with guide rail IV for transmission, driving motor III is coordinated by the transmission of leading screw III and guide rail IV drives cross slide
Bilateral reciprocation.
The leading screw II and leading screw III are precision ball screw, and guide rail III and guide rail IV are V-type steel guideway.Described
Protective case is polyurethane sleeve, and the outer ring of polyurethane sleeve is equipped with V-groove.
The utility model has the advantages that：After employing above technical scheme, the utility model, which can be cut, appoints
What objects of material, it is especially useful in cutting diamond, using effect is good, strong applicability, and usage is extensive.The utility model stores silk
Glue-line is protected in the outer surface of cylinder covered with silk cylinder outer ring, and silk cylinder outer ring protection glue-line is polyurethane glue-line, and the outer ring of tensioning wheel, pass
Outer ring, the outer ring of drive II and the outer ring of transition wheel of driving wheel I are all cased with protective case, and protective case is polyurethane sleeve, polyurethane
The outer ring of set is equipped with V-groove, can so strengthen the wear-resisting of wire storage tube and tensioning wheel, drive I, drive II and transition wheel
Property, service life is improved, and upon wear can be more convenient to use with quick-replaceable.The utility model uses tensioning wheel
On be connected with pneumatic tensioning device vertically, pneumatic tensioning device promotes tensioning wheel to move up and down and adjusts the position of tensioning wheel to make gold
Hard rock line keeps constant-tension state, can so ensure that diamond wire does not loosen, tension effects are good, and flexibly, make diamond
Line keep constant-tension state, product cutting it is smooth, smooth, without chipping.The line footpath of the diamond wire of the utility model is φ 0.16-
0.5mm, can so ensure diamond wire low noise in cutting, pollution-free.The lathe bed of the utility model is arranged to box-type
Lathe bed, column are arranged to box column, so through Wetted constructures, manually shovel and scrape finishing, good appearance, rational in infrastructure, rigidity
It is good, it is ensured that lathe is indeformable.The leading screw of the utility model all uses precision ball screw, and guide rail is all V-type steel guideway, ensures
The effect that transmission is.The utility model is energy-efficient, has saved raw material, is powerful, and cutting cost is low.
Brief description of the drawings
Fig. 1 is the structure diagram of the utility model.
Fig. 2 is the structure diagram of the wire storage tube of the utility model.
Fig. 3 is the left side structure schematic diagram of Fig. 2.
Fig. 4 is the structure diagram of the utility model pneumatic tensioning device.
Fig. 5 is the schematic diagram that the utility model drive drive I is connected with shaft I.
Fig. 6 is the schematic diagram that the utility model drive drive II is connected with shaft II.
Fig. 7 is the structure diagram of the shaft I of the utility model.
Fig. 8 is the structure diagram of the shaft II of the utility model.
Fig. 9 is the structure diagram of the utility model drive I.
Figure 10 is the structure diagram of the utility model drive II.
Figure 11 is the structure diagram of the utility model polyurethane sleeve.
Embodiment
In Fig. 1, the utility model provides numerical control boart boart wire cutting machine tool, it is equipped with lathe bed 1,1 side of lathe bed
Equipped with erecting bed 2, erecting bed 2 is arranged on the upper surface of lathe bed 1, and the front of erecting bed 2 is equipped with operation panel 3, on erecting bed 2
Be placed with Wire-conveying mechanism of quick walk, in figs. 2 and 3, the Wire-conveying mechanism of quick walk includes driving motor I 4 and wire storage tube 5, wire storage tube 5 it is outer
Glue-line is protected in surface covered with silk cylinder outer ring, and silk cylinder outer ring protection glue-line is polyurethane glue-line 19, the one of wire storage tube 5
End is to be sequentially connected with driving motor I 4, and driving motor I 4 is drive connection by the shaft of shaft coupling and wire storage tube 5, described
The middle part of lathe bed 1 is vertically-mounted column 6, and the bottom of column 6 is installed on the upper surface of lathe bed 1, is from top to bottom equipped with column 6
Wire reeling rack 7 and inserting rack 8, the wire reeling rack 7 are equipped with driving leading screw I 27, and driving leading screw I 27 is arranged to precise ball
Leading screw, driving leading screw I 27 are installed in the guide rail II that column 6 is equipped with, and guide rail II is V-type steel guideway, drives I 27 band of leading screw
Dynamic wire reeling rack 7 moves up and down, and wire reeling rack 7 and inserting rack 8 are all transversely mounted on column 6, is horizontally installed with and opens on wire reeling rack 7
Bearing up pulley 9 and drive I 10, are horizontally installed with drive II 11 and transition wheel 12, in Fig. 9, Figure 10 and Figure 11 on inserting rack 8
In, all it is cased with protecting in the outer ring of the outer ring of tensioning wheel 9, the outer ring of drive I 10, the outer ring of drive II 11 and transition wheel 12
Set, protective case is polyurethane sleeve 20, and the outer ring of polyurethane sleeve 20 is equipped with V-groove 34, diamond wire 13 is wound with wire storage tube 5,
The line footpath of diamond wire 13 is φ 0.16-0.5mm, and tensioning wheel 9 is with transition wheel 12 in the same side, drive I 10 and drive II
11 pass through tensioning wheel 9, drive I 10, drive II 11 and mistake successively in the same side, diamond wire 13 after the extraction of wire storage tube 5
Wire storage tube 5 is returned to after ferry boat 12 and forms closed circuit, diamond wire 13 be located at drive I 10 and drive II 11 line segment be
Cut length 14, pneumatic tensioning device 15 is connected with the tensioning wheel 9 vertically, and pneumatic tensioning device 15 is promoted on tensioning wheel 9
The lower mobile position for adjusting tensioning wheel 9 makes diamond wire keep constant-tension state, and cutting working platform is equipped with 1 opposite side of lathe bed
16, cut length is corresponding with cutting working platform 16, and the cutting working platform 16 includes four support columns 31, four support columns 31
Be square arrangement, and shelf 33 is equipped between each two support column 31, and drive assembly is equipped with the bottom of cutting working platform 16, drives
Dynamic assembly includes longitudinal planker 17 and cross slide 18, driving device I is equipped with longitudinal planker 17, cross slide 18 is equipped with
Driving device II, driving device I by driving longitudinal planker 17 to drive cutting working platform 16 in lengthwise position front-rear reciprocation movement,
Driving device II drives cutting working platform 16 in lateral position bilateral reciprocation by cross slide 18, described described vertical
It is located at top to planker 17, cross slide 18 is located at the lower part of longitudinal planker 17, and the driving device I is arranged to leading screw II
28th, guide rail III and driving motor II, guide rail III are disposed longitudinally on the bottom of longitudinal planker 17, and driving motor II is with leading screw II 28
It is sequentially connected, driving motor II is stepper motor, and leading screw II 28 is located in guide rail III to be coordinated with guide rail III for transmission, drives motor
II coordinates drive 17 front-rear reciprocation movement of longitudinal planker by the transmission of leading screw II 28 and guide rail III, and the driving device II is set
Leading screw III 29, guide rail IV and driving motor III are set to, driving motor III is stepper motor, and guide rail IV is horizontally installed on cross slide
18 bottom, with leading screw III 29 to be sequentially connected, leading screw III 29 is located in guide rail IV and matches somebody with somebody with guide rail IV for transmission driving motor III
Close, driving motor III is coordinated by the transmission of leading screw III 29 and guide rail IV drives 18 bilateral reciprocation of cross slide, leading screw II
28 and leading screw III 29 be precision ball screw, guide rail III and guide rail IV are V-type steel guideway, and the lathe bed 1 is arranged to babinet
Formula lathe bed, column 6 are arranged to box column, and 5 top of wire storage tube is provided with water retaining cover 30, and water retaining cover 30 is by wire storage tube 5
Block, in Fig. 5, Fig. 6, Fig. 7 and Fig. 8, the tensioning wheel 9, drive I 10, drive II 11 and transition wheel 12 are all set
For aluminium wheel body, wherein drive I 10 is rotation connection by shaft I 35 and wire reeling rack 7, and shaft I 35 is extend into drive I 10
Supported by bearing I 36, bearing I 36 is P4 grades of precision bearings, and drive II 11 is the company of rotation by shaft II 37 and inserting rack 8
Connect, shaft II 37 is extend into drive II 11 to be supported by bearing II 32, and bearing II 32 is P4 grades of precision bearings, in Fig. 4, institute
The pneumatic tensioning device stated includes cylinder 21, vertical pull rod 22, positioning sliding block 23 and guide rail I 24, and the cylinder 21 is square vertically
To installation, the bottom of cylinder 21 is fixed in mounting base 25, and the piston rod 26 of cylinder 21 passes through vertical pull rod 22 and tensioning wheel 9
Center connects, and vertical positioning sliding block 23 is provided with the side of vertical pull rod 22, the side of vertical positioning sliding block 23 is with erecting
Drag link 22 connects, and opposite side is installed in vertical guide rail I 24 with guide rail I 24 to be slidably matched, and cylinder 21 passes sequentially through work
Stopper rod 26 and vertical pull rod 22 drive tensioning wheel 9 to be moved up and down along guide rail I 24, and diamond is realized in moving up and down for tensioning wheel 9
The pneumatic tensioning of line 13 so that diamond wire 13 keeps constant-tension state, and air control unit is connected with the cylinder 21,
Air control unit includes air damper, pressure reducer, air gauge, solenoid valve and one-way throttle valve, and air damper passes through successively
Pressure reducer, air gauge, solenoid valve and one-way throttle valve is crossed to be connected with cylinder 21.
Claims (10)
1. numerical control boart boart wire cutting machine tool, it is characterized in that it is equipped with lathe bed（1）, lathe bed（1）Side is equipped with erecting bed（2）,
Erecting bed（2）It is arranged on lathe bed（1）Upper surface, erecting bed（2）Front be equipped with operation panel（3）, in erecting bed（2）On put
Wire-conveying mechanism of quick walk is equipped with, the Wire-conveying mechanism of quick walk includes driving motor I（4）And wire storage tube（5）, wire storage tube（5）Outer surface covering
There is silk cylinder outer ring to protect glue-line, in wire storage tube（5）One end with driving motor I（4）To be sequentially connected, the lathe bed（1）In
Portion is vertically-mounted column（6）, column（6）Bottom be installed on lathe bed（1）Upper surface, in column（6）On from top to bottom set
There is wire reeling rack（7）And inserting rack（8）, wire reeling rack（7）And inserting rack（8）All it is transversely mounted on column（6）On, in wire reeling rack（7）
On be horizontally installed with tensioning wheel（9）With drive I（10）, in inserting rack（8）On be horizontally installed with drive II（11）And transition
Wheel（12）, in tensioning wheel（9）Outer ring, drive I（10）Outer ring, drive II（11）Outer ring and transition wheel（12）It is outer
Circle is all cased with protective case, in wire storage tube（5）On be wound with diamond wire（13）, tensioning wheel（9）With transition wheel（12）In the same side, pass
Driving wheel I（10）With drive II（11）In the same side, diamond wire（13）From wire storage tube（5）Pass through tensioning wheel after extraction successively
（9）, drive I（10）, drive II（11）And transition wheel（12）After return to wire storage tube（5）Form closed circuit, diamond wire
（13）Positioned at drive I（10）With drive II（11）Line segment be cut length（14）, the tensioning wheel（9）On connect vertically
It is connected to pneumatic tensioning device（15）, pneumatic tensioning device（15）Promote tensioning wheel（9）Move up and down adjusting tensioning wheel（9）Position
To make diamond wire keep constant-tension state, in lathe bed（1）Opposite side is equipped with cutting working platform（16）, cut length is with cutting work
Platform（16）It is corresponding, in cutting working platform（16）Bottom be equipped with drive assembly, drive assembly includes longitudinal planker（17）And horizontal stroke
To planker（18）, in longitudinal planker（17）It is equipped with driving device I, cross slide（18）It is equipped with driving device II, driving dress
I is put by driving longitudinal planker（17）Drive cutting working platform（16）It is logical in lengthwise position front-rear reciprocation movement, driving device II
Cross cross slide（18）Drive cutting working platform（16）In lateral position bilateral reciprocation.
2. numerical control boart boart wire cutting machine tool according to claim 1, it is characterized in that the lathe bed（1）It is arranged to case
Body formula lathe bed, column（6）It is arranged to box column, the wire storage tube（5）Top is provided with water retaining cover（30）, water retaining cover（30）
By wire storage tube（5）Block.
3. numerical control boart boart wire cutting machine tool according to claim 1, it is characterized in that the silk cylinder outer ring Protection glue
Layer is polyurethane glue-line（19）.
4. numerical control boart boart wire cutting machine tool according to claim 1, it is characterized in that the tensioning wheel（9）, transmission
Wheel I（10）, drive II（11）And transition wheel（12）It is both configured to aluminium wheel body, wherein drive I（10）Pass through shaft I（35）With
Wire reeling rack（7）For rotation connection, shaft I（35）It extend into drive I（10）In by bearing I（36）Supporting, bearing I（36）For P4
Level precision bearing, drive II（11）Pass through shaft II（37）With inserting rack（8）For rotation connection, shaft II（37）It extend into biography
Driving wheel II（11）In by bearing II（32）Supporting, bearing II（32）For P4 grades of precision bearings.
5. numerical control boart boart wire cutting machine tool according to claim 1, it is characterized in that the pneumatic tensioning device bag
Include cylinder（21）, vertical pull rod（22）, positioning sliding block（23）With guide rail I（24）, the cylinder（21）Vertical direction is installed, gas
Cylinder（21）Bottom be fixed on mounting base（25）On, cylinder（21）Piston rod（26）Pass through vertical pull rod（22）With tensioning wheel
（9）Center connection, in vertical pull rod（22）Side vertical positioning sliding block is installed（23）, vertical positioning sliding block（23）
Side and vertical pull rod（22）Connection, opposite side are installed on vertical guide rail I（24）Interior and guide rail I（24）To be slidably matched,
Cylinder（21）Pass sequentially through piston rod（26）With vertical pull rod（22）Drive tensioning wheel（9）Along guide rail I（24）Move up and down,
Bearing up pulley（9）Move up and down and realize diamond wire（13）Pneumatic tensioning so that diamond wire（13）Keep constant-tension state.
6. numerical control boart boart wire cutting machine tool according to claim 1, it is characterized in that the wire reeling rack（7）It is equipped with
Drive leading screw I（27）, drive leading screw I（27）Precision ball screw is arranged to, drives leading screw I（27）Installed in column（6）On set
In some guide rails II, guide rail II is V-type steel guideway, drives leading screw I（27）Drive wire reeling rack（7）Move up and down.
7. numerical control boart boart wire cutting machine tool according to claim 1, it is characterized in that the cutting working platform（16）
Including four support columns（31）, four support columns（31）Be square arrangement, in each two support column（31）Between be equipped with shelf
（33）.
8. numerical control boart boart wire cutting machine tool according to claim 1, it is characterized in that longitudinal planker（17）Position
In top, cross slide（18）Positioned at longitudinal planker（17）Lower part, the driving device I is arranged to leading screw II（28）, lead
Rail III and driving motor II, guide rail III are disposed longitudinally on longitudinal planker（17）Bottom, driving motor II and leading screw II（28）For
It is sequentially connected, leading screw II（28）Coordinate in guide rail III with guide rail III for transmission, driving motor II passes through leading screw II（28）With
The transmission of guide rail III, which coordinates, drives longitudinal planker（17）Front-rear reciprocation movement, the driving device II are arranged to leading screw III
（29）, guide rail IV and driving motor III, guide rail IV is horizontally installed on cross slide（18）Bottom, driving motor III and leading screw III
（29）To be sequentially connected, leading screw III（29）Coordinate in guide rail IV with guide rail IV for transmission, driving motor III passes through leading screw III
（29）Transmission with guide rail IV, which coordinates, drives cross slide（18）Bilateral reciprocation.
9. numerical control boart boart wire cutting machine tool according to claim 8, it is characterized in that the leading screw II（28）And silk
Thick stick III（29）For precision ball screw, guide rail III and guide rail IV are V-type steel guideway.
10. numerical control boart boart wire cutting machine tool according to claim 1, it is characterized in that the protective case is polyurethane
Set（20）, polyurethane sleeve（20）Outer ring be equipped with V-groove（34）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721369654.7U CN207344347U (en) | 2017-10-24 | 2017-10-24 | Numerical control boart boart wire cutting machine tool |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721369654.7U CN207344347U (en) | 2017-10-24 | 2017-10-24 | Numerical control boart boart wire cutting machine tool |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207344347U true CN207344347U (en) | 2018-05-11 |
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ID=62356163
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721369654.7U Active CN207344347U (en) | 2017-10-24 | 2017-10-24 | Numerical control boart boart wire cutting machine tool |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107584396A (en) * | 2017-10-24 | 2018-01-16 | 泰州市南光机械电子有限公司 | A kind of numerical control boart boart wire cutting machine tool |
| CN110435014A (en) * | 2019-07-25 | 2019-11-12 | 桂林电子科技大学 | The rope of rope saw saws regulating device |
| CN110587840A (en) * | 2019-10-12 | 2019-12-20 | 青岛高测科技股份有限公司 | Diamond multi-wire electric spark discharge cutting method and wire cutting device |
| CN110948719A (en) * | 2019-11-25 | 2020-04-03 | 晶科能源有限公司 | Linear cutting machine frame |
-
2017
- 2017-10-24 CN CN201721369654.7U patent/CN207344347U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107584396A (en) * | 2017-10-24 | 2018-01-16 | 泰州市南光机械电子有限公司 | A kind of numerical control boart boart wire cutting machine tool |
| CN110435014A (en) * | 2019-07-25 | 2019-11-12 | 桂林电子科技大学 | The rope of rope saw saws regulating device |
| CN110435014B (en) * | 2019-07-25 | 2021-12-07 | 桂林康华科技有限公司 | Rope saw adjusting device of rope saw machine |
| CN110587840A (en) * | 2019-10-12 | 2019-12-20 | 青岛高测科技股份有限公司 | Diamond multi-wire electric spark discharge cutting method and wire cutting device |
| CN110948719A (en) * | 2019-11-25 | 2020-04-03 | 晶科能源有限公司 | Linear cutting machine frame |
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