CN209465946U - A kind of efficient part drilling milling machine after improvement - Google Patents
A kind of efficient part drilling milling machine after improvement Download PDFInfo
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- CN209465946U CN209465946U CN201920042334.3U CN201920042334U CN209465946U CN 209465946 U CN209465946 U CN 209465946U CN 201920042334 U CN201920042334 U CN 201920042334U CN 209465946 U CN209465946 U CN 209465946U
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Abstract
A kind of efficient part drilling milling machine after the improvement of the utility model, it is by being M font by the internal structure design of base, the mobile mould group of Y-axis and the mobile mould group of X-axis is set to slide stabilization, it is high to slide smooth and glide efficiency, to mitigate the abrasion to guide rail, extend the service life of guide rail, and improve machining accuracy, and Y-direction guide rail, X direction guiding rail and Z-direction guide rail are fixedly mounted by screw, it has convenient for assembling, it is conveniently replaceable and advantage easy to disassemble, hard rail which solve current CNC molding machine is integrally formed with CNC machine, it is not easy to the deficiency replaced or assembled and disassembled；It is arranged with tool magazine device further through in the front end of rack top surface, cutter can be assembled automatically by achieving, it is to cause it with tool changing low efficiency, the problem that the process-cycle is long, production capacity is low, the labour cost of the large labor intensity of worker and enterprise is high in such a way that manpower tool changing has which solve traditional carving machine to shorten the production cycle and improve working efficiency.
Description
Technical field
The utility model relates to the efficient part drilling milling machines after a kind of improvement.
Background technique
As the process requirements of automation part are increasing, when traditional carving machine needs tool changing in process
When, it is typically all by the way of manpower operation come tool changing, concrete operations are as follows: manually select according to the needs of production not
With cutter is assembled on carving machine using dedicated tool again after the cutter of model, such assembling mode causes it with tool changing
Low efficiency, the deficiencies of process-cycle is long, production capacity is low, the labour cost of the large labor intensity of worker and enterprise is high.And traditional essence
Carving machine leads to its vibration width during processing since its structure is relatively light and the structure of pedestal designs not scientific and reasonable
Spend it is bigger, to influence its machining accuracy.Later, occur some CNC molding machines on the market, structure although compare
Weight and than more powerful, but due to its hard rail be it is integrally formed with CNC machine, worn after leading to hard rail long-time use
When be not easy to replace or assemble and disassemble, thus make hard rail often occur movement speed it is slow, it is mobile have some setbacks and situations such as fluctuation of service,
Its requirement for being equally unable to satisfy enterprise's large-scale batch production, high precision and high efficiency production.
Summary of the invention
The technical problem to be solved by the present invention is to provide the efficient part drilling milling machine after a kind of improvement, by by machine
The M font that the internal structure of seat is designed as in longitudinal section view makes the mobile mould group of Y-axis and the mobile mould group of X-axis slide and stablize, slide
Smooth and glide efficiency is high, to mitigate the abrasion to guide rail, extends the service life of guide rail, and improve its machining accuracy, and Y
Direction guiding rail, X direction guiding rail and Z-direction guide rail are fixedly mounted by screw, are had convenient for assembling, are conveniently replaceable and are convenient for
The advantages of disassembly, the hard rail which solve current CNC molding machine be it is integrally formed with CNC machine, be not easy to replacement or
The deficiency of assembly and disassembly；It is arranged with tool magazine device further through in the front end of rack top surface, and cutter can be assembled automatically by achieving, with
Shorten the production cycle and improve working efficiency, is to lead to its tool in such a way that manpower tool changing has which solve traditional carving machine
There is the problem that tool changing low efficiency, process-cycle are long, production capacity is low, the labour cost of the large labor intensity of worker and enterprise is high.This reality
It is achieved through the following technical solutions with novel:
A kind of efficient part drilling milling machine after improvement, including base are provided with the mobile mould group of Y-axis, Y-axis on the top surface of base
The upper surface of mobile mould group is provided with the mobile mould group of X-axis, and the upper surface of mobile mould group of X-axis is provided with processing platen, base rear end it is upper
The vertically arranged organic frame in face is provided with the mobile mould group of Z axis on front side of rack, is provided with tool magazine dress below rack front end of the top surface
It sets, the tool magazine device includes tool fitting, and tool magazine top plate is provided on front side of tool fitting, is set on front side of tool magazine top plate
It is equipped with cutterhead, the circumferential edges of cutterhead, which are recessed inwardly, is provided with several semi-ring connected in stars for being used to place different model cutter,
It is provided centrally with cutterhead rotary shaft inside cutterhead, angled divider is connect with cutterhead rotary shaft, is connect with angle divider
There is rotating servo motor.The lower end of tool fitting is recessed inwardly the installation groove for being provided with and capable of being directly socketed installation with cutter.
Preferably, the middle part at the cutterhead back side and rack are connected with spring.
Preferably, sliding is provided with pulley in the front side of the tool magazine top plate, pulley is mounted on the back side of cutterhead, and position
The structure with arcuation is set as on front side of the side of spring, tool magazine top plate, and the area of the arc structure is past from its lower end
The direction of the upper end is incremented by.
Preferably, the mobile mould group of the Y-axis includes Y-axis screw rod, Y-direction is respectively arranged at left and right sides of Y-axis screw rod and is led
Rail is provided with Y-axis sliding block in sliding in every Y-direction guide rail, and the upper surface of Y-axis sliding block is provided with slide, and Y-axis screw rod is connect with slide
There is the first nut fixing seat, one end of Y-axis screw rod is connected with Y-direction shift servo motor；Slide is moved by Y-axis screw rod and in Y-direction
It can be vertically moved in Y-direction guide rail under the driving of dynamic servo motor.
Preferably, the mobile mould group of the X-axis includes X-axis screw rod, the front and rear sides of X-axis screw rod are respectively arranged with guide X
Rail, one end of X-axis screw rod are connected with X to shift servo motor, process platen by X-axis screw rod and in X to shift servo motor
Driving under transverse shifting can be carried out on X direction guiding rail.
Preferably, the mobile mould group of the Z axis includes Z axis screw rod, Z-direction is respectively arranged at left and right sides of Z axis screw rod and is led
Rail, in the front side of every Z-direction guide rail, sliding is provided with Z axis sliding block, and tool fitting is fixedly mounted on the front side of Z axis sliding block, Z axis
The upper end of screw rod is connected with Z-direction shift servo motor, and Z-direction shift servo motor is mounted on the top surface of rack, Z axis screw rod and knife
Tool mounting base is connected with the second nut fixing seat, and tool magazine top plate passes through Z axis screw rod and the energy under the driving of Z-direction shift servo motor
Elevating movement is carried out in the front side of Z-direction guide rail.
Preferably, being arranged to ensure its sound construction, stable structure and energy when the middle part longitudinal direction section view of the base
Make its on-deformable M character form structure.
Preferably, the cutterhead is provided with the structure of disk.
Preferably, tool fitting passes through Z axis screw rod and can be carried out lifting fortune under the driving of Z-direction shift servo motor
It is dynamic, and tool magazine top plate can carry out elevating movement with the movement of tool fitting.
Preferably, the positioning for being positioned to workpiece can be installed on the processing platen according to the needs of production
Jig.
Preferably, respectively with Y-direction shift servo motor, X to shift servo motor, Z-direction shift servo motor and rotation
Servo motor carries out signal and is connected with control system, and PLC control system can be used in the control system.
Efficient part drilling milling machine after a kind of improvement of the utility model, including the mobile mould group of base, Y-axis, the mobile mould of X-axis
Group, processing platen, rack, the mobile mould group of Z axis and tool magazine device, the tool magazine device include tool fitting, tool magazine top plate, knife
Disk, semi-ring connected in star, angle divider and rotating servo motor.The Y-direction guide rail, X direction guiding rail and Z-direction guide rail of the utility model are all
It is to be fixedly mounted by screw, unlike the hard rail of current CNC molding machine is to be integrally formed to design with CNC machine
, have the advantages that convenient for assembling, be conveniently replaceable with it is easy to disassemble；The mobile mould group of X-axis is by Y-axis screw rod and mobile in Y-direction
It can be carried out longitudinal movement under the driving of servo motor, and process platen and pass through X-axis screw rod and the driving in X to shift servo motor
Under can be carried out transverse shifting, i.e. processing platen had both been able to achieve or so under the common driving of the mobile mould group of X-axis and the mobile mould group of Y-axis
It is mobile, and it is able to achieve back-and-forth motion；Meanwhile the shape by the way that the internal structure of base to be designed as to M font in section view, this
Design can ensure that the firmness of stand structure is high, stability is good and is not easy to deform, to keep the mobile mould group of Y-axis and X-axis mobile
Mould group the upper surface of base fast moves to base even if that will not bring vibration or shaking simultaneously, which ensure that Y-axis moves mould
Group and the mobile mould group of X-axis slide the machining accuracy stablizing, slide that smooth and glide efficiency is high, and can improve it；It passes through in machine
Discoidal cutterhead is provided on front side of frame top, operator can pass through control according to the needs of processing or production before manufacture
Systemic presupposition controls the parameters of all parts operation, the speed and predetermined angle segmentation of such as default rotating servo motor operation
The rotation angle of device, since it is provided with several semi-ring connected in stars on cutterhead, several semi-ring connected in stars can be placed respectively
The cutter of kind different model, when rotating servo motor starts work, rotating servo motor passes sequentially through angle divider and knife
Shaft of spiraling energy band movable knife disc is rotated, when it needs replacing cutter, drive of the rotating servo motor in control system
The cutter needed replacing can be rotated under dynamic to the underface of tool fitting, tool fitting is moved by Z axis screw rod and in Z-direction
It can be automatically lowered on the cutter immediately below it under the driving of dynamic servo motor, tool fitting leads to during the decline
Socket installation can be carried out with cutter by crossing installation groove, can replace cutter automatically to realize；Again since it is in the front side of tool magazine top plate
Be provided with pulley, when tool magazine top plate with tool fitting carry out elevating movement when, pulley can along tool magazine top plate elevating movement and
Rotation, meanwhile, further through setting the structure with arcuation for tool magazine top plate and by the area of the tool magazine top plate of arc structure
Be set as incremental from its lower end toward the upper end, make tool magazine top plate along pulley during being gradually reduced, longitudinal cross-section area from
Under the tool magazine top plate of up incremental arc structure gradually the lower end of cutterhead can be opened forward, make to complete the cutter peace after tool changing
Dress seat can drop to the workpiece being placed on above processing platen unblockedly under the driving of Z-direction shift servo motor and be bored
Milling Machining, after workpiece completes process operation, tool magazine top plate and tool fitting are jointly under the driving of Z-direction shift servo motor
Reset and rise, equally, tool magazine top plate along pulley during being gradually increasing, arcuation that longitudinal cross-section area is incremented by from the bottom up
The tool magazine top plate of structure can gradually unclamp the press to cutterhead lower end, meanwhile, pulling force effect of the cutterhead in the spring being attached thereto
Lower can synchronize rises the state (restoring to initial state) that cutterhead is returned to gathering as tool fitting continues to reset,
Tool fitting, which is further continued for resetting after cutter sleeve first capable of being turned back to original position at the position for rising to cutterhead, to be risen；When it
When needing replacing the cutter of other models, rotating servo motor passes through angle divider and rotary shaft under the driving of control system
Band movable knife disc is rotated again, and the cutter needed replacing is rotated to the underface of tool fitting, tool magazine top plate and knife
Tool mounting base is re-lowered on the surface of workpiece later by operation replacement cutter same as above and carries out process operation, in fact
Cutter can be now assembled automatically, be the fiber crops for assembling cutter using dedicated tool by manpower it eliminate traditional carving machine
Tired, which shorten the production cycles, improve work efficiency, more convenient to use, quick, meet the extensive batch metaplasia of enterprise
The requirement of production.
Detailed description of the invention
The utility model is described in detail by following preferred embodiments and attached drawing for ease of explanation,.
Fig. 1 is the main view of the efficient part drilling milling machine after a kind of improvement of the utility model.
Fig. 2 is the perspective view of the efficient part drilling milling machine after a kind of improvement of the utility model.
Fig. 3 is the right view of the efficient part drilling milling machine after a kind of improvement of the utility model.
Fig. 4 is the tool magazine top plate of the efficient part drilling milling machine after a kind of improvement of the utility model and the motion state of pulley
Schematic diagram.
Fig. 5 is the schematic cross-sectional view of the base of the efficient part drilling milling machine after a kind of improvement of the utility model.
Specific embodiment
The utility model is more fully retouched below with reference to relevant drawings for the ease of understanding the utility model,
It states.The better embodiment of the utility model is given in attached drawing.But the utility model can come in many different forms
It realizes, however it is not limited to embodiments described herein.On the contrary, the purpose of providing these embodiments is that making practical new to this
The disclosure of type understands more thorough and comprehensive.
Unless otherwise defined, all technical and scientific terms used herein are led with the technology for belonging to the utility model
The normally understood meaning of the technical staff in domain is identical.
In the present embodiment, referring to figs. 1 to shown in Fig. 5, efficient part drilling milling machine after a kind of improvement of the utility model, packet
Base 1 is included, the mobile mould group 2 of Y-axis is provided on the top surface of base 1, the upper surface of mobile mould group 2 of Y-axis is provided with the mobile mould group 3 of X-axis,
The upper surface of mobile mould group 3 of X-axis is provided with processing platen 4, the vertically arranged organic frame 5 in the upper surface of 1 rear end of base, the front side of rack 5
It is provided with the mobile mould group 6 of Z axis, is provided with tool magazine device 7 below 5 front end of the top surface of rack, the tool magazine device 7 is pacified including cutter
Seat 71 is filled, the front side of tool fitting 71 is provided with tool magazine top plate 72, and the front side of tool magazine top plate 72 is provided with cutterhead 73, cutterhead 73
Internal is provided centrally with cutterhead rotary shaft (not shown), connect angled divider with cutterhead rotary shaft (not shown) and (does not scheme
Show), rotating servo motor (not shown) is connected with angle divider (not shown).
In one embodiment, the middle part at 73 back side of cutterhead and rack 5 are connected with spring (not shown).
In one embodiment, the front side sliding of Yu Suoshu tool magazine top plate 72 is provided with pulley 8, and pulley 8 is mounted on knife
The back side of disk 73, and it is located at the side of spring (not shown), the front side of tool magazine top plate 72 is set as the structure with arcuation, and should
Direction of the area of arc structure from its lower end toward the upper end is incremented by.
In one embodiment, the mobile mould group 2 of the Y-axis includes Y-axis screw rod 20, the left and right sides point of Y-axis screw rod 20
It is not provided with Y-direction guide rail 21, sliding in every Y-direction guide rail 21 is provided with Y-axis sliding block 22, the upper surface of Y-axis sliding block 22 is laterally set
It is equipped with slide 25, Y-axis screw rod 20 and slide 25 are connected with the first nut fixing seat 23, and one end of Y-axis screw rod 20 is connected with Y-direction shifting
Dynamic servo motor 24；Slide 25 passes through Y-axis screw rod 20 and can be in Y-direction guide rail 21 under the driving of Y-direction shift servo motor 24
It is vertically moved.
In one embodiment, the mobile mould group 3 of the X-axis includes the X-axis screw rod 30 being horizontally installed on above slide 25,
The front and rear sides of X-axis screw rod 30 are respectively arranged with X direction guiding rail 31, and processing platen 4 connect setting, X-axis screw rod 30 with X-axis screw rod 30
One end be connected with X to shift servo motor (not shown), process platen 4 by X-axis screw rod 30 and in X to shift servo motor
Transverse shifting can be carried out under the driving of (not shown) on X direction guiding rail 31.
In one embodiment, the mobile mould group 6 of the Z axis includes Z axis screw rod 60, the left and right sides point of Z axis screw rod 60
It is not provided with Z-direction guide rail 61, sliding is provided with Z axis sliding block 62, the fixed peace of tool fitting 71 in the front side of every Z-direction guide rail 61
Mounted in the front side of Z axis sliding block 62, the upper end of Z axis screw rod 60 is connected with Z-direction shift servo motor 63, Z-direction shift servo motor 63
It is mounted on the top surface of rack 5, Z axis screw rod 60 and tool fitting 71 are connected with the second nut fixing seat (not shown), tool magazine
Top plate 72 can carry out lifting fortune in the front side of Z-direction guide rail 61 through Z axis screw rod 60 and under the driving of Z-direction shift servo motor 63
It is dynamic.
In one embodiment, M character form structure is set as when the middle part longitudinal direction section view of the base 1.
Y-direction guide rail 21, X direction guiding rail 31 and the Z-direction guide rail 61 of efficient part drilling milling machine after the improvement are all to pass through screw
Come what is be fixedly mounted, unlike the hard rail of current CNC molding machine be with CNC machine be integrally formed design, have just
In assembling, be conveniently replaceable and advantage easy to disassemble.Its design principle and operating process are as follows: the mobile mould group 3 of X-axis passes through Y-axis
Screw rod 20 simultaneously can be carried out longitudinal movement under the driving of Y-direction shift servo motor 24, and processes platen 4 and pass through X-axis screw rod 30 simultaneously
In X to can be carried out transverse shifting under the driving of shift servo motor (not shown), i.e., processing platen 4 is in the mobile mould group 3 of X-axis and Y
It is not only able to achieve and moves left and right under the common driving of the mobile mould group 2 of axis, but also be able to achieve back-and-forth motion；Meanwhile by by base 1
Internal structure is designed as the shape of M font in longitudinal section view, and the design of this shape can ensure that the firmness of the structure of base 1
Height, stability is good and is not easy to deform, even if to make the mobile mould group 2 of Y-axis and the mobile mould group 3 of X-axis simultaneously in the upper surface of base 1
Vibration or shaking will not be brought to base 1 by fast moving, which ensure that the mobile mould group 2 of Y-axis and the mobile mould group 3 of X-axis slide surely
It is fixed, slide that smooth and glide efficiency is high, to realize the machining accuracy that can improve it；It passes through the front side setting on 5 top of rack
Have a discoidal cutterhead 73, operator before manufacture can according to processing or production need it is each by control system default control
The parameters of a component operation, the speed and predetermined angle divider of such as default rotating servo motor operation (not shown) are (not
Diagram) rotation angle, the cutter of various different models is placed on circular cutterhead 73, when rotating servo motor (not shown)
When starting work, rotating servo motor (not shown) passes sequentially through angle divider (not shown) and cutterhead rotary shaft (not shown)
Energy band movable knife disc 73 is rotated, and when it needs replacing cutter, rotating servo motor (not shown) is in control system
Driving is lower to rotate the cutter needed replacing to the underface of tool fitting 71, and tool fitting 71 passes through Z axis screw rod 60
And can be automatically lowered and be rotated to the cutter immediately below it under the driving of Z-direction shift servo motor 63, tool fitting 71
Socket installation can be carried out with cutter by installation groove during the decline, cutter can be installed automatically to realize；Again due to it
The front side of tool magazine top plate 72 is provided with pulley 8, when tool magazine top plate 72 carries out elevating movement with tool fitting 71, pulley 8
Can along tool magazine top plate 72 elevating movement and rotate, meanwhile, further through the structure for setting tool magazine top plate 72 to there is arcuation
And set incremental from its lower end toward the upper end for the area of the tool magazine top plate 72 of arc structure, make tool magazine top plate 72 along pulley 8
During being gradually reduced, the tool magazine top plate 72 for the arc structure that longitudinal cross-section area is incremented by from the bottom up can be gradually by cutterhead
73 lower end opens forward (or outward), makes drive of the tool fitting 71 in Z-direction shift servo motor 63 for completing installation cutter
Dynamic lower energy drop to unblockedly above machine table plate 4, carry out drilling and milling to the workpiece being placed on processing platen 4, when
After workpiece completes process operation, tool magazine top plate 72 and tool fitting 71 are jointly multiple under the driving of Z-direction shift servo motor 63
Position rises, equally, tool magazine top plate 72 along pulley 8 during being gradually increasing, arc that longitudinal cross-section area is incremented by from the bottom up
The tool magazine top plate 72 of shape structure can gradually unclamp the press to 73 lower end of cutterhead, meanwhile, cutterhead 73 the spring being attached thereto (not
Diagram) pulling force effect under can synchronize the state (restore to initial state) that cutterhead 73 is returned to gathering, such circulation.
Efficient part drilling milling machine after a kind of improvement of the utility model, including the mobile mould group of base, Y-axis, the mobile mould of X-axis
Group, processing platen, rack, the mobile mould group of Z axis and tool magazine device, the tool magazine device include tool fitting, tool magazine top plate, knife
Disk, semi-ring connected in star, angle divider and rotating servo motor.The utility model by by the internal structure of base in section view
It is designed as the shape of M font, this design can ensure that the firmness of stand structure is high, stability is good and is not easy to deform, to make Y
The mobile mould group of axis and the mobile mould group of X-axis the upper surface of base fast moves to base even if will not bring vibration or rolling simultaneously
It is dynamic, which ensure that the mobile mould group of Y-axis and the mobile mould group of X-axis slide stablize, to slide smooth and glide efficiency high, to mitigate to guide rail
Abrasion, extend the service life of guide rail, and improve its machining accuracy, and its Y-direction guide rail, X direction guiding rail and Z-direction guide rail are all
To be fixedly mounted by screw, have the advantages that convenient for assembling, be conveniently replaceable with it is easy to disassemble, which solve current
The hard rail of CNC molding machine be it is integrally formed with CNC machine, cause to be not easy to replace when wearing after hard rail long-time use
Or assembly and disassembly, so that hard rail be made often to occur, movement speed is slow, mobile has some setbacks and the problem of fluctuation of service；It is further through in machine
The front end of top of support is arranged with tool magazine device, and the circular beater plate in tool magazine device can be carried out rotation under the driving of rotating electric machine
Turn, tool fitting by Z axis screw rod and can be fallen before under the driving of Z-direction shift servo motor to cutterhead carry out tool changing after again
Drop to the workpiece being placed on above processing platen and carry out drilling and milling, integrally-built design realization can assemble knife automatically
Tool, makes to improve work efficiency which shorten the production cycle, more convenient to use, quick, practical, which solve tradition
Carving machine be that cutter is assembled on carving machine using dedicated tool by manpower, such assembling mode causes it to have to change
Knife low efficiency, the problem that the process-cycle is long, production capacity is low, the labour cost of the large labor intensity of worker and enterprise is high.
Above-described embodiment, only the utility model a example, be not for limit the implementation of the utility model with
Interest field, it is all identical or equivalent as principle described in the utility model claims and basic structure, in the utility model
In protection scope.
Claims (7)
1. the efficient part drilling milling machine after a kind of improvement, it is characterised in that: including base, Y-axis shifting is provided on the top surface of base
Dynamic model group, the upper surface of mobile mould group of Y-axis are provided with the mobile mould group of X-axis, and the upper surface of mobile mould group of X-axis is provided with processing platen, machine
The upper surface of base rear end vertically arranged organic frame is provided with the mobile mould group of Z axis on front side of rack, is arranged below rack front end of the top surface
There is tool magazine device, the tool magazine device includes tool fitting, and tool magazine top plate, tool magazine top plate are provided on front side of tool fitting
Front side be provided with cutterhead, be provided centrally with cutterhead rotary shaft inside cutterhead, connect angled divider with cutterhead rotary shaft,
Rotating servo motor is connected with angle divider.
2. the efficient part drilling milling machine after a kind of improvement according to claim 1, it is characterised in that: the cutterhead back side
Middle part and rack are connected with spring.
3. the efficient part drilling milling machine after a kind of improvement according to claim 1, it is characterised in that: Yu Suoshu tool magazine top plate
Front side sliding be provided with pulley, be set as the structure with arcuation on front side of tool magazine top plate, and the area of the arc structure from
The direction of its lower end toward the upper end is incremented by.
4. the efficient part drilling milling machine after a kind of improvement according to claim 1, it is characterised in that: the mobile mould of the Y-axis
Group includes Y-axis screw rod, is respectively arranged with Y-direction guide rail at left and right sides of Y-axis screw rod, and sliding in every Y-direction guide rail is provided with Y-axis
Sliding block, the upper surface of Y-axis sliding block are provided with slide, and Y-axis screw rod and slide are connected with the first nut fixing seat, one end of Y-axis screw rod
It is connected with Y-direction shift servo motor；Slide passes through Y-axis screw rod and can be in Y-direction guide rail under the driving of Y-direction shift servo motor
It is vertically moved.
5. the efficient part drilling milling machine after a kind of improvement according to claim 1, it is characterised in that: the mobile mould of the X-axis
Group includes X-axis screw rod, and the front and rear sides of X-axis screw rod are respectively arranged with X direction guiding rail, and one end of X-axis screw rod is connected with X and watches to movement
Take motor, processing platen is by X-axis screw rod and in X to can carry out transverse direction shifting on X direction guiding rail under the driving of shift servo motor
It is dynamic.
6. the efficient part drilling milling machine after a kind of improvement according to claim 1, it is characterised in that: the mobile mould of the Z axis
Group includes Z axis screw rod, is respectively arranged with Z-direction guide rail at left and right sides of Z axis screw rod, slides setting in the front side of every Z-direction guide rail
There is Z axis sliding block, tool fitting is fixedly mounted on the front side of Z axis sliding block, and the upper end of Z axis screw rod is connected with Z-direction shift servo electricity
Machine, Z-direction shift servo motor are mounted on the top surface of rack, and Z axis screw rod and tool fitting are connected with the second nut fixing seat,
Tool magazine top plate can carry out elevating movement in the front side of Z-direction guide rail through Z axis screw rod and under the driving of Z-direction shift servo motor.
7. the efficient part drilling milling machine after a kind of improvement according to claim 1, it is characterised in that: the middle part of the base
M character form structure is set as when longitudinal section view.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920042334.3U CN209465946U (en) | 2019-01-11 | 2019-01-11 | A kind of efficient part drilling milling machine after improvement |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920042334.3U CN209465946U (en) | 2019-01-11 | 2019-01-11 | A kind of efficient part drilling milling machine after improvement |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112975448A (en) * | 2021-04-16 | 2021-06-18 | 广东为华机械科技有限公司 | Drilling and tapping machine tool |
| CN114851417A (en) * | 2022-07-06 | 2022-08-05 | 沈阳和研科技有限公司 | Dicing saw |
-
2019
- 2019-01-11 CN CN201920042334.3U patent/CN209465946U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112975448A (en) * | 2021-04-16 | 2021-06-18 | 广东为华机械科技有限公司 | Drilling and tapping machine tool |
| CN114851417A (en) * | 2022-07-06 | 2022-08-05 | 沈阳和研科技有限公司 | Dicing saw |
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