CN205520445U - Trinity multi -functional small -size digit control machine tool - Google Patents
Trinity multi -functional small -size digit control machine tool Download PDFInfo
- Publication number
- CN205520445U CN205520445U CN201620052228.XU CN201620052228U CN205520445U CN 205520445 U CN205520445 U CN 205520445U CN 201620052228 U CN201620052228 U CN 201620052228U CN 205520445 U CN205520445 U CN 205520445U
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- workbench
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Abstract
The utility model discloses a collection mills, the laser sculpture, 3D prints trinity multi -functional small -size digit control machine tool as an organic whole, it includes the stand part, X axial region branch, the workstation part, and cover housing part, the stand part is including controlling the support, control the module, the X axial region divides including ball screw pair, the vice horizontal displacement mechanism that constitutes of linear guide rail, the electricity main shaft, laser emitter, 3D beats printer head, but the workstation part is including mobile Workbench, and including ball screw pair, the vice displacement mechanism of constituteing of linear guide rail, cover housing part is including electric cabinet case and organic glass protection casing, this trinity multi -functional small -size digit control machine tool adopts the planer -type, the structure that the workstation moved, the XY axle adopts big helical pitch ball screw, linear guide, the precision has also obtained effectual assurance to make the velocity of movement improve just greatly. The function first part mills, the laser sculpture, and 3D prints as an organic wholely for a practicality, it is functional that three kinds of functions have been realized to the lathe, have promoted the lathe greatly.
Description
Technical field
This utility model relates to numerical control machine tool technique field, especially relates to a kind of three-in-one multifunctional miniature numerical control
Lathe.
Background technology
Laser engraving machine in the market, miniaturized numerical control milling machine tool, the function of 3D printer is all that single form goes out
Existing, also do not have a lathe can realize milling, laser engraving simultaneously, 3D prints three kinds of functions.
Utility model content
The purpose of this utility model is contemplated to solve the problems referred to above, it is provided that a kind of three-in-one multifunctional miniature numerical control
Lathe.
For solving above-mentioned technical problem, it is small-sized that embodiment of the present utility model provides a kind of three-in-one multifunctional
Digit Control Machine Tool, it includes lathe body, and this lathe body includes: enclosure portion, be installed on the workbench of enclosure portion
Partly, the column portion being arranged at workbench portion, the X-axis part being arranged at column portion；
Described column portion includes being distributed in the Z-direction left support plate of the workbench portion left and right sides, Z-direction right support
Plate, described Z-direction left-and-right supporting plate is provided with the slip module for transmission, is divided into about Z-direction and props up
The sliding die group of fagging is respectively arranged with left plate, right plate, and it is solid that described right plate is provided with Z-direction tank chain
Fixed rack, is provided with anti-anti-slip track and loosens the Z-direction guide rail support frame dropped, described Z-direction bottom slip module
Right support plate is provided with back to zero switch bracket, and described back to zero switch bracket is provided with 8mm proximity switch, described Z
The other end of gripper shoe is provided with Y-direction back to zero 8mm proximity switch, described Z-direction left-and-right supporting plate top to the right
Portion is provided with connecting plate, and this connecting plate is provided with 3D printed material fixed structure；
X-axis part includes the X-axis support plate being installed on slip module, and X-axis support plate is fixed with left side plate
Connect, X-axis support plate is provided with two secondary linear guides, large pitch ball screws, on large pitch ball screw
It is provided with that X is provided with X upwards guide rail splice on feed screw nut's seat, the slide block of linear guides, X leads downwards
Rail connecting plate, X upwards guide rail splice is provided with X and arranges to back to zero switch bracket to back to zero switch bracket, X
Having 8mm proximity switch, X guide rail splice up and down is provided with printhead support plate, electro spindle support plate,
Electro spindle support plate is connected to X to feed screw nut's seat, and X is provided with X to left shaft holder to screw mandrel left end, X to
Left shaft holder is provided with angular contact bearing the most back-to-back, and X is provided with X bearing block to the right, X to screw mandrel right-hand member
Being provided with to the right deep groove ball bearing in bearing block, X is connected to the motor at right plate to screw mandrel, on the right side of Z axis
Plate is provided with X and embraces seat by electro spindle to tank chain fixed support, electro spindle support plate and be provided with air-cooled electricity
Main shaft, printhead support plate is provided with 3D printhead by 3D printing head support part, and electro spindle is embraced seat and passed through
Mode of laser pack support and be provided with laser module；
Workbench portion includes side fixed plate I, side fixed plates II, Y-direction gripper shoe I, Y-direction gripper shoe
II, base fixed connecting plate, great lead ball lead screw, cylindrical linear rail, workbench lateral side baffle I, work
Station lateral side baffle II is arranged on base fixed connecting plate, and side fixed plate I is provided with left side funnel, side
Fixed plates II be provided with the right funnel, base fixed connecting plate is provided with baffle plate, be installed on Y-direction gripper shoe I,
The great lead ball lead screw of Y-direction gripper shoe II, cylindrical linear rail constitute the power set of workbench portion,
Large pitch ball screw front end is arranged at Y-direction gripper shoe I by bearing block, is provided with the back of the body in pairs in bearing block
Backrest angular contact bearing, the large pitch ball screw other end is provided with deep groove ball bearing, and deep groove ball bearing is arranged
In Y-direction bearing block, large pitch ball screw is provided with Y-direction feed screw nut's seat, and large pitch ball screw is connected to Y
Motor at gripper shoe II, the slide block of cylindrical linear rail is provided with connecting plate, and connecting plate is arranged
Workbench, workbench is had to be provided with the plug-in type hott bed printed for 3D.
Wherein, described enclosure portion by blueness screen light lucite protective cover and is installed on described blue screen light and has
The blue screen light coloured glass door of machine glass protecting cover is constituted.
Wherein, described lathe body is provided with in having the switch cabinet being arranged at described enclosure portion, and this switch cabinet
Electric plates, and this electric plates is the drawer-type structure that can skid off along slide rail.
Wherein, described switch cabinet is provided with touch function switch.
Wherein, described lathe body has USB fast interface.
Wherein, described 3D printed material fixed structure includes: bracing frame, support shaft, deep groove ball bearing, axle
Bearing sleeve, location briquetting, carrying bolt, briquetting；
Described deep groove ball bearing is installed on described bearing holder (housing, cover)；
Support frame as described above is arranged at described support shaft, and described support shaft is installed on described deep groove ball bearing；
Location briquetting, briquetting that means for two very close shafts bearing sleeve is arranged are installed on described carrying bolt, described location briquetting, pressure
Block has cone structure.
Wherein, described X is provided with X to screw mandrel dust-proof wool felt to screw mandrel, and the secondary linear guides of X-axis two is provided with
X is to upper rail dust-proof wool felt, X downward dust-proof wool felt.
Wherein, described workbench portion is provided with organ protective cover.
This utility model has the advantages that this three-in-one multifunctional miniature numerical control lathe uses planer-type,
The structure that workbench is dynamic, XY axle uses large pitch ball screw, line slideway, makes movement velocity be greatly improved
And precision have also been obtained effective guarantee.Functionally collecting milling, laser engraving, 3D prints to one so that
A kind of lathe achieves three kinds of functions, is greatly improved the practicality of lathe, functional.
Accompanying drawing explanation
Fig. 1 is three-in-one multifunctional miniature numerical control machine tool structure schematic diagram；
Fig. 2 is column portion front view；
Fig. 3 is column portion left view；
Fig. 4 is column portion rearview；
Fig. 5 is M-M sectional view in Fig. 2；
Fig. 6 is X-axis fragmentary elevational view；
Fig. 7 is X-axis top partial view diagram；
Fig. 8 is L-L sectional view in Fig. 6；
Fig. 9 is N-N sectional view in Fig. 6；
Figure 10 is workbench portion top view；
Figure 11 is Q-Q sectional view in Figure 10；
Figure 12 is workbench portion left view；
Figure 13 is P-P sectional view in Figure 10；
Figure 14 is enclosure portion front view；
Figure 15 is enclosure portion right view；
Figure 16 is T-T sectional view in Figure 15.
Description of reference numerals: A, column portion；B, X-axis part；C, workbench portion；D, enclosure portion；
A1, slip module；A2, left plate；A3, Z-direction guide rail support frame；A4, proximity switch；A5、Z
Gripper shoe to the right；A6, Z-direction left support plate；A7, connecting plate；A8, right plate；A9, Z-direction tank chain are solid
Fixed rack；A10, back to zero switch bracket；A11, bracing frame；A12, support shaft；A13, deep groove ball bearing；
A14, bearing holder (housing, cover)；A15, location briquetting；A16, carrying bolt；A17, briquetting；
B1, electro spindle support plate；B2, X upwards guide rail splice；B3, X are to back to zero switch bracket；B4、
8mm proximity switch；B5, X are to upper rail dust-proof wool felt；B6, printhead support plate；B7, X-axis support
Plate；B8, linear guides；B9, X are to tank chain fixed support；B10, X downward dust-proof wool felt；B11、
3D printhead；B12,3D printing head support part；The downward guide rail splice of B13, X；B14, electro spindle embrace seat；
B15, air-cooled electro spindle；B16, mode of laser pack support；B17, laser module；B18, angular contact bearing；
B19, X are to left shaft holder；B20, X are to screw mandrel dust-proof wool felt；B21, X are to feed screw nut's seat；B22、
Deep groove ball bearing；B23, X bearing block to the right；B24, motor；B25, large pitch ball screw；
C1, workbench lateral side baffle I；C2, left side funnel；C3, Y-direction gripper shoe II；C4, side are fixed
Plate I；C5, Y-direction gripper shoe I；C6, plug-in type hott bed；C7, workbench；C8, side fixed plates II；
C9, base fixed connecting plate；C10, workbench lateral side baffle II；C11, the right funnel；C12, cylinder
Line slideway；C13, baffle plate；C14, motor；C15, Y-direction bearing block；C16, deep groove ball bearing；
C17, Y-direction feed screw nut's seat；C18, connecting plate；C19, great lead ball lead screw；C20, organ protective cover；
C21, angular contact bearing；C22, bearing block；
D1, blue screen light coloured glass door；D2, blue screen light coloured glass door；D3, the blue screen organic glass of light
Glass protective cover；D4, switch cabinet；D5, touch function switch；D6, USB fast interface；D7, cunning
Rail；D8, electric plates.
Has 0 body embodiment
For making the purpose of this utility model, technical scheme and advantage clearer, below in conjunction with accompanying drawing to this reality
It is explained in detail with novel each embodiment.But, it will be understood by those skilled in the art that
In each embodiment of this utility model, in order to make reader be more fully understood that, the application proposes many technology
Details.But, even if there is no these ins and outs and many variations based on following embodiment and amendment,
The application each claim technical scheme required for protection can also be realized.
See Fig. 1, a kind of three-in-one multifunctional miniature numerical control lathe, it includes lathe body, and this lathe body includes:
Enclosure portion D, be installed on enclosure portion workbench portion C, be arranged at workbench portion column portion A,
It is arranged at X-axis part B of column portion.Described enclosure portion D is by blueness screen light lucite protective cover D3
And blue screen the light coloured glass door D1, D2 being installed on described blue screen light lucite protective cover is constituted.
Seeing Fig. 2-5, described column portion A includes the Z-direction left support being distributed in the workbench portion left and right sides
Plate A6, Z-direction right support plate A5, described Z-direction left-and-right supporting plate is provided with the slip module for transmission
A1, the sliding die group being divided into Z-direction left-and-right supporting plate is respectively arranged with left plate A2, right plate A8, described
Right plate A8 is provided with Z-direction tank chain fixed support A9, is provided with anti-anti-slip track and loosens bottom slip module
The Z-direction guide rail support frame A3 fallen, described Z-direction right support plate is provided with back to zero switch bracket A10, described time
Zero switch bracket A10 is provided with 8mm proximity switch A4, and the other end of described Z-direction right support plate is provided with Y
To back to zero 8mm proximity switch A4, described Z-direction left-and-right supporting plate top is provided with connecting plate A7, this connection
Plate A7 is provided with 3D printed material fixed structure, specifically, as shown in Figure 5, described 3D printed material
Fixed structure includes: bracing frame A11, support shaft A12, deep groove ball bearing A13, bearing holder (housing, cover) A14, location
Briquetting A15, carrying bolt A16, briquetting A17, described deep groove ball bearing A13 is installed on described bearing holder (housing, cover) A14,
Support frame as described above A11 is arranged at described support shaft A12, and described support shaft A12 is installed on described deep groove ball bearing
A13, location briquetting A15, briquetting A17 that means for two very close shafts bearing sleeve is arranged are installed on described carrying bolt A16, institute
State location briquetting A15, briquetting A17 and there is cone structure, the use of different bore 3D material can be realized
Seeing shown in Fig. 6-9, X-axis part B includes the X-axis support plate B7 being installed on slip module, X-axis
Support plate B7 and left plate A2, right plate A8 are fixing to be connected, and X-axis support plate B7 is provided with two by-passes
Guide rail B8, large pitch ball screw B25, large pitch ball screw is provided with X to feed screw nut seat B21,
X upwards guide rail splice B2, X downward guide rail splice B13, X it is provided with on the slide block of linear guides B8
Upwards guide rail splice B2 is provided with X and arranges on back to zero switch bracket B3 to back to zero switch bracket B3, X
Have that 8mm proximity switch B4, X guide rail splice up and down is provided with printhead support plate B6, electro spindle props up
Board B1, electro spindle support plate is connected to X, to feed screw nut's seat, X, screw mandrel left end is provided with X axle to the left
Bearing B19, X is provided with angular contact bearing B18, X the most back-to-back to left shaft holder and arranges to screw mandrel right-hand member
Being provided with deep groove ball bearing B22 in having X bearing block B23 to the right, X bearing block to the right, X is connected to the right side to screw mandrel
Motor B24 at side plate, Z axis right plate is provided with X and supports to tank chain fixed support B9, electro spindle
Plate is embraced a B14 by electro spindle and is provided with air-cooled electro spindle B15, and printhead support plate B6 is printed by 3D
Head bracket B12 and be provided with 3D printhead B11, electro spindle embraces a B14 by mode of laser pack support B16
It is provided with laser module B17.
See shown in Figure 10-13, workbench portion C include side fixed plate I C4, side fixed plates II C8,
Y-direction gripper shoe IC5, Y-direction gripper shoe IIC3, base fixed connecting plate C9, great lead ball lead screw C19,
Cylindrical linear rail C12, it is solid that workbench lateral side baffle IC1, workbench lateral side baffle IIC10 are arranged on base
Determining connecting plate C9, side fixed plate I is provided with left side funnel C2, and side fixed plates II is provided with the right leakage
Bucket C11, base fixed connecting plate C9 is provided with baffle plate C13, is installed on Y-direction gripper shoe IC5, Y-direction is propped up
The great lead ball lead screw C19 of fagging IIC3, cylindrical linear rail C12 constitute the power dress of workbench portion
Putting, large pitch ball screw front end is arranged at Y-direction gripper shoe IC5 by bearing block C22, sets in bearing block
Being equipped with angular contact bearing C21 the most back-to-back, the large pitch ball screw other end is provided with deep groove ball bearing C16,
Deep groove ball bearing is arranged at Y-direction bearing block C15, and large pitch ball screw is provided with Y-direction feed screw nut seat C17,
Large pitch ball screw is connected to the motor C14 at Y-direction gripper shoe II, the cunning of cylindrical linear rail C12
Being provided with connecting plate C18 on block, connecting plate is provided with workbench C7, and workbench is provided with for 3D printing
Plug-in type hott bed C6.
Seeing Figure 14-16, described lathe body has the switch cabinet D4 being arranged at described enclosure portion, and this electricity cabinet
It is provided with electric plates D8 in case D4, and this electric plates is the drawer-type structure that can skid off along slide rail D7, electricity
Cabinet case uses fine aluminium shape extrusion to form, and described switch cabinet D4 is provided with touch function switch D5, USB
Fast interface D6.
The dust guard of workbench portion includes the organ protective cover C20 being arranged on two joints half.
X is provided with X to screw mandrel and is provided with X upwards leads to screw mandrel dust-proof wool felt B20, X-axis two pair linear guides
Rail dust-proof wool felt B5, X downward dust-proof wool felt B10.
Lathe operation principle:
Milling machine operation principle: open the CNC software in computer, lathe function is switched to CNC pattern, by work
Part is fixing loads onto suitable cutter by the collet of ER11 specification on the table, after good cutter, and will
The program finished imports in software, and lathe can realize automatically processing.Computer controls lathe by software
The coordinate of XYZ tri-axle moves, and realizes the rotation of electro spindle by controlling converter, meets speed demand and cuts
Cut function.
Laser work principle: open the laser software in computer, lathe function is switched to zlasing mode, first will
Z axis is transferred to the height fixed, in order to laser is focused.After adjusting height, directly can will need the thing of engraving
Product are positioned on workbench, utilize CAM software that word and picture are transformed into program, it would be desirable to program lead
Entering in laser software, after good position, start processing, XY bis-axle that computer controls lathe by software moves
Dynamic machine coordinates, and control laser module transmitting laser, realize carving function with this.
3D print job principle: open the 3D printer software in computer, is switched to lathe function 3D and prints
Machine pattern, makes software first connect the controller of (communication connection) upper lathe, imports 3D material, utilize section
Software Create 3D print routine, then start to print 3D model (start rear lathe and can automatically perform back to zero,
After back to zero completes, when hott bed and printhead temperature reach setting value, lathe starts print job in kind), electricity
Nicergoline is crossed software and is controlled XYZ tri-axle, realizes coordinate and moves, and comes real by controlling 3D print head heaters
Existing material melts, enables printhead continuous discharge by control feeding motor the most again.
It will be understood by those skilled in the art that the respective embodiments described above be realize of the present utility model specifically
Embodiment, and in actual applications, can to it, various changes can be made in the form and details, without departing from
Spirit and scope of the present utility model.
Claims (8)
1. a three-in-one multifunctional miniature numerical control lathe, it includes lathe body, it is characterised in that this lathe body
Including: enclosure portion, it is installed on the workbench portion of enclosure portion, is arranged at the uprights of workbench portion
Divide, be arranged at the X-axis part of column portion；
Described column portion includes being distributed in the Z-direction left support plate of the workbench portion left and right sides, Z-direction right support
Plate, described Z-direction left-and-right supporting plate is provided with the slip module for transmission, is divided into about Z-direction and props up
The sliding die group of fagging is respectively arranged with left plate, right plate, and it is solid that described right plate is provided with Z-direction tank chain
Fixed rack, is provided with anti-anti-slip track and loosens the Z-direction guide rail support frame dropped, described Z-direction bottom slip module
Right support plate is provided with back to zero switch bracket, and described back to zero switch bracket is provided with 8mm proximity switch, described Z
The other end of gripper shoe is provided with Y-direction back to zero 8mm proximity switch, described Z-direction left-and-right supporting plate top to the right
Portion is provided with connecting plate, and this connecting plate is provided with 3D printed material fixed structure；
Described X-axis part includes the X-axis support plate being installed on slip module, described X-axis support plate and left and right
Side plate is fixing to be connected, and described X-axis support plate is provided with two secondary linear guides, large pitch ball screws, described
Be provided with on large pitch ball screw X be provided with on feed screw nut's seat, the slide block of described linear guides X to
The downward guide rail splice of upper rail connecting plate, X, described X upwards guide rail splice is provided with X and switchs to back to zero
Support, described X is provided with 8mm proximity switch to back to zero switch bracket, and described X guide rail up and down connects
Plate is provided with printhead support plate, electro spindle support plate, and described electro spindle support plate is connected to X to screw mandrel spiral shell
Female seat, X is provided with X to left shaft holder to screw mandrel left end, and described X is provided with the most back-to-back to left shaft holder
Angular contact bearing, X is provided with X bearing block to the right to screw mandrel right-hand member, is provided with deep in described X bearing block to the right
Ditch ball bearing, X is connected to the motor at right plate to screw mandrel, and it is solid to tank chain that Z axis right plate is provided with X
Fixed rack, described electro spindle support plate embraces seat by electro spindle and is provided with air-cooled electro spindle, described printhead
Support plate is provided with 3D printhead by 3D printing head support part, and described electro spindle embraces seat by laser module
Support and be provided with laser module；
Described workbench portion includes that side fixed plate I, side fixed plates II, Y-direction gripper shoe I, Y-direction support
Plate II, base fixed connecting plate, great lead ball lead screw, cylindrical linear rail, workbench lateral side baffle I,
Workbench lateral side baffle II is arranged on base fixed connecting plate, and described side fixed plate I is provided with left side funnel,
Described side fixed plates II is provided with the right funnel, and described base fixed connecting plate is provided with baffle plate, installs
Workbench is constituted in Y-direction gripper shoe I, the great lead ball lead screw of Y-direction gripper shoe II, cylindrical linear rail
The power set of part, described large pitch ball screw front end is arranged at Y-direction gripper shoe I by bearing block,
Being provided with angular contact bearing the most back-to-back in described bearing block, the described large pitch ball screw other end is arranged
Having deep groove ball bearing, described deep groove ball bearing to be arranged at Y-direction bearing block, described large pitch ball screw is arranged
Y-direction feed screw nut's seat, described large pitch ball screw is had to be connected to the motor at Y-direction gripper shoe II, institute
Stating and be provided with connecting plate on the slide block of cylindrical linear rail, described connecting plate is provided with workbench, described work
Platform is provided with the plug-in type hott bed printed for 3D.
Three-in-one multifunctional miniature numerical control lathe the most according to claim 1, it is characterised in that described cover
Shell part is by blueness screen light lucite protective cover and is installed on described blue screen light lucite protective cover
Blue screen light coloured glass door is constituted.
Three-in-one multifunctional miniature numerical control lathe the most according to claim 1, it is characterised in that described machine
Bed body is provided with electric plates, and this electricity in having the switch cabinet being arranged at described enclosure portion, and this switch cabinet
Gas plate is the drawer-type structure that can skid off along slide rail.
Three-in-one multifunctional miniature numerical control lathe the most according to claim 3, it is characterised in that described electricity
Cabinet case is provided with touch function switch.
Three-in-one multifunctional miniature numerical control lathe the most according to claim 1, it is characterised in that described machine
Bed body has USB fast interface.
Three-in-one multifunctional miniature numerical control lathe the most according to claim 1, it is characterised in that described 3D
Printed material fixed structure includes: bracing frame, support shaft, deep groove ball bearing, bearing holder (housing, cover), location briquetting,
Carrying bolt, briquetting；
Described deep groove ball bearing is installed on described bearing holder (housing, cover)；
Support frame as described above is arranged at described support shaft, and described support shaft is installed on described deep groove ball bearing；
Location briquetting, briquetting that means for two very close shafts bearing sleeve is arranged are installed on described carrying bolt, described location briquetting, pressure
Block has cone structure.
Three-in-one multifunctional miniature numerical control lathe the most according to claim 1, it is characterised in that described X
Screw mandrel is provided with X and is provided with X to the dust-proof sheep of upper rail to screw mandrel dust-proof wool felt, X-axis two pair linear guides
Felt, X downward dust-proof wool felt.
Three-in-one multifunctional miniature numerical control lathe the most according to claim 1, it is characterised in that described work
Station part is provided with organ protective cover.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620052228.XU CN205520445U (en) | 2016-01-20 | 2016-01-20 | Trinity multi -functional small -size digit control machine tool |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620052228.XU CN205520445U (en) | 2016-01-20 | 2016-01-20 | Trinity multi -functional small -size digit control machine tool |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205520445U true CN205520445U (en) | 2016-08-31 |
Family
ID=56766621
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620052228.XU Withdrawn - After Issue CN205520445U (en) | 2016-01-20 | 2016-01-20 | Trinity multi -functional small -size digit control machine tool |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205520445U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105904217A (en) * | 2016-01-20 | 2016-08-31 | 上海真正数控机床有限公司 | Three-in-one multifunctional small numerical control machine tool |
| CN106670808A (en) * | 2017-03-11 | 2017-05-17 | 苏州科技大学 | Multifunctional machining integrated machine for additives and consumables |
| CN108556542A (en) * | 2018-07-04 | 2018-09-21 | 西南交通大学 | A kind of engraving machine cutterhead |
-
2016
- 2016-01-20 CN CN201620052228.XU patent/CN205520445U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105904217A (en) * | 2016-01-20 | 2016-08-31 | 上海真正数控机床有限公司 | Three-in-one multifunctional small numerical control machine tool |
| CN105904217B (en) * | 2016-01-20 | 2017-12-08 | 上海西马特机械制造有限公司 | Three-in-one multifunctional miniature numerical control lathe |
| CN106670808A (en) * | 2017-03-11 | 2017-05-17 | 苏州科技大学 | Multifunctional machining integrated machine for additives and consumables |
| CN108556542A (en) * | 2018-07-04 | 2018-09-21 | 西南交通大学 | A kind of engraving machine cutterhead |
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