CN207875220U - The miniature engraving machines of 3D - Google Patents
The miniature engraving machines of 3D Download PDFInfo
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- CN207875220U CN207875220U CN201720761163.0U CN201720761163U CN207875220U CN 207875220 U CN207875220 U CN 207875220U CN 201720761163 U CN201720761163 U CN 201720761163U CN 207875220 U CN207875220 U CN 207875220U
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- driving mechanism
- axis driving
- workbench
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- slide bar
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Abstract
The utility model is related to the miniature engraving machines of 3D, include mainly control cabinet, workbench, spindle combinations, X-axis driving mechanism, Y-axis driving mechanism, Z axis driving mechanism.Wherein, control cabinet is fixed on the lower part of rack；Workbench is located at the top of rack, and work top can directly use fixture positioning materials, can also select installation rolling clamp, carry out fixed cylinder shape material；Gantry base can directly be fixed by bolts to ground using four point positioning, and workbench makes the precision that its work top ensures to carve with more stability in this way.X-axis driving mechanism is symmetrically fixed at the upper both sides of workbench, and X-axis driving mechanism drives spindle slider in Z axis driving mechanism to realize side-to-side movement by double slide bar ball-screws；It realizes that the up and down motion of main shaft, Z axis driving provide power by stepper motor Z, drives spindle combinations to realize and move up and down；Y-axis driving mechanism drives workbench realization to move forward and backward；The utility model is easy to use, of low cost, reduces error, improves the security performance of device.
Description
Technical field
The utility model is related to the engraving field of article, especially copper chapter material, the 3D engraving technologies of jade.
Background technology
There are low precision, the low disadvantages of efficiency for traditional engraving machine.The utility model is related to 3D engraving machines have it is sensitive
The advantages of degree is high, and precision is high, efficient, low noise, and adjusted in real time with micro-computer technology and carve angle and dynamics, this reality
It is mainly used in copper chapter material with novel, in terms of jade carving.
Invention content
The utility model overcomes the deficiency of the prior art, provides a kind of miniature engraving machines of 3D.The miniature engraving machines of the 3D are being protected
Under card engraving quality condition, efficiency is improved, provides that a kind of high sensitivity, accuracy be high, efficient, low noise, with micro- electricity
Brain technology adjusts the miniature engraving machines of 3D of engraving angle and dynamics in due course.
Technical solutions of the utility model are embodied in：The miniature engraving machines of 3D, mainly include control cabinet, workbench, spindle combinations,
X-axis driving mechanism, Y-axis driving mechanism, Z axis driving mechanism.Wherein, control cabinet is fixed on the lower part of rack；Workbench is located at machine
The top of frame, work top can directly use fixture positioning materials, can also select installation rolling clamp, carry out fixed cylinder shape object
Material；Gantry base can directly be fixed by bolts to ground using four point positioning, and workbench makes its work top with more steady in this way
The qualitative precision for ensureing engraving.
The X-axis driving mechanism is symmetrically fixed at the upper both sides of workbench, and X-axis driving mechanism is by stepper motor X
Power is provided, the link for connecting X-axis driving mechanism connects mounting plate, mounting plate by being driven slide bar A, transmission slide bar B, leading screw X
On be fixed with engraving machine main shaft, X-axis driving mechanism realizes the side-to-side movement of main shaft；X-axis driving mechanism is connected to by Z axis longeron
On double slide bar ball-screws of Z axis driving mechanism, spindle slider in Z axis driving mechanism is driven to realize side-to-side movement；Realize main shaft
Up and down motion, Z axis driving provides power by stepper motor Z；
Z axis driving mechanism concrete structure is to provide power with stepper motor Z, by Z axis Lead screw transmission structure, drives main shaft
Combination, which is realized, to move up and down；
Upright supports are to support the pedestal of X-axis crossbeam in X-axis driving mechanism, and Y-axis driving mechanism concrete structure is with stepping
Motor Y provides power, by Y-axis Lead screw transmission structure, drives workbench realization to move forward and backward by supporting plate；
Y-axis driving mechanism is identical as X-axis driving mechanism and Z axis driving mechanism principle, all provides power by stepper motor,
Front and back engraving movement is realized, except that X-axis driving mechanism and Z axis driving mechanism are to realize to carve by motion of main shaft,
Y-axis driving mechanism is to realize to carve by working table movement, and the relative motion of 3 axis together realizes the 3D engravings of material.Engraving
Owner's axis uses the cooling means of water cooling；
The utility model has the beneficial effects that：The miniature engraving machines of the utility model 3D are simple in structure, easy to use, at low cost
It is honest and clean, the consistency of batch workpiece production is effectively improved, error is reduced, improves the security performance of device, improve user's body
It tests, also there is alarm, voltage detecting and refrigerating function, security performance is high, fast brings higher income for client.
Description of the drawings
Fig. 1 is the axonometric drawing of the utility model.Wherein：2. spindle combinations 3.X axis driving mechanisms of 1.Z axis driving mechanism
4. 6. control cabinet of workbench 5.Y axis driving mechanism；
Fig. 2 is the X-axis driving mechanism sectional view of the utility model.Wherein：7. stepper motor X, 8. transmission slide bar A, 9. pass
Moving slide-bar B, 10.X axial filament thick stick, 11.X axis crossbeams；
The Y-axis driving mechanism sectional view of Fig. 3 the utility model.Wherein：12. stepper motor Y, 13. upright supports, 14.
Body, 15. supporting plates, 16.Y axial filament thick sticks；
The Z axis driving mechanism sectional view of Fig. 4 the utility model.Wherein：17. stepper motor Z, 18.Z axial filament thick stick, 19. main shafts
Sliding block.
Specific implementation mode
The utility model is described in further detail below in conjunction with the accompanying drawings.
The miniature engraving machines of 3D, as shown in Figure 1, including mainly Z axis driving mechanism 1, spindle combinations 2, X-axis driving mechanism 3, work
Make platform 4, Y-axis driving mechanism 5, control cabinet 6.Wherein, control cabinet 6 is fixed on the lower part of rack；Workbench 4 is located at the upper of rack
Portion, 4 table top of workbench can directly use fixture positioning materials, can also select installation rolling clamp, carry out fixed cylinder shape material；Machine
Frame pedestal can directly be fixed by bolts to ground using four point positioning, and workbench 4 makes its work top have more stability in this way
Ensure the precision of engraving.The movement of spindle combinations 2 is mounted in Z axis driving mechanism 1 by main shaft folder, realizes the upper and lower of main shaft
Movement；Control cabinet 6 is the entire controller of the miniature engraving machines of 3D, and the edited depiction of computer software is arrived by cable transmission
In control cabinet 6, realize that main shaft carves the 3D of material by the electrical control of some row.
As shown in Fig. 2, X-axis driving mechanism 3 is symmetrically fixed at the upper both sides of workbench 4, X-axis driving mechanism 3 is by step
Stepper motor X7 provides power, and the link for connecting X-axis driving mechanism is connect by being driven slide bar A8, transmission slide bar B9, leading screw X10
Mounting plate, engraving machine spindle combinations 2 are fixed on mounting plate, and X-axis driving mechanism 3 realizes the side-to-side movement of main shaft；X-axis driving machine
Structure 3 drives spindle slider 19 in Z axis driving mechanism 1 to realize side-to-side movement by being driven slide bar A8, transmission slide bar B9, leading screw X10；
Realize that the up and down motion of main shaft, Z axis driving mechanism 1 provide power by stepper motor Z17；
As shown in figure 4,1 concrete structure of Z axis driving mechanism is to provide power with stepper motor Z17, passed by Z axis leading screw 18
Dynamic structure drives spindle combinations 2 to realize and moves up and down；
As shown in figure 3, upright supports 13 are to support the pedestal of X-axis crossbeam 11 in X-axis driving mechanism 3, Y-axis driving mechanism 5
Concrete structure is to provide power with stepper motor Z12, and by 16 drive mechanism of Y-axis leading screw, workbench is driven by supporting plate (15)
Combination (4) is realized and is moved forward and backward.
Claims (1)
- The miniature engraving machines of 1.3D include mainly Z axis driving mechanism (1), spindle combinations (2), X-axis driving mechanism (3), workbench (4), Y-axis driving mechanism (5), control cabinet (6)；It is characterized in that, control cabinet (6) is fixed on the lower part of rack；Workbench (4) is set On the top of rack；Spindle combinations (2) are mounted on by main shaft folder in Z axis driving mechanism (1)；X-axis driving mechanism (3) is symmetrically solid Fixed setting provides power in the upper both sides of workbench (4), X-axis driving mechanism (3) by stepper motor X (7), connects X-axis driving machine The link of structure (3) connects mounting plate by being driven slide bar A (8), transmission slide bar B (9), leading screw X (10), and carving is fixed on mounting plate Quarter machine spindle combinations (2)；X-axis driving mechanism (3) drives Z axis by being driven slide bar A (8), transmission slide bar B (9), leading screw X (10) Spindle slider (19) realizes side-to-side movement in driving mechanism (1)；Z axis driving mechanism (1) provides power by stepper motor Z (17), By Z axis leading screw (18) drive mechanism, drives spindle combinations (2) to realize and move up and down；Upright supports (13) are support X-axis drivings The pedestal of X-axis crossbeam (11) in mechanism (3), Y-axis driving mechanism (5) provides power with stepper motor Y (12), by Y-axis leading screw (16), supporting plate (15) drives workbench (4) to realize and moves forward and backward.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720761163.0U CN207875220U (en) | 2017-06-26 | 2017-06-26 | The miniature engraving machines of 3D |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720761163.0U CN207875220U (en) | 2017-06-26 | 2017-06-26 | The miniature engraving machines of 3D |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207875220U true CN207875220U (en) | 2018-09-18 |
Family
ID=63499965
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720761163.0U Active CN207875220U (en) | 2017-06-26 | 2017-06-26 | The miniature engraving machines of 3D |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207875220U (en) |
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2017
- 2017-06-26 CN CN201720761163.0U patent/CN207875220U/en active Active
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