CN207414443U - A kind of Special portal-type CNC milling machine of high-efficient milling cutlery cambered surface - Google Patents
A kind of Special portal-type CNC milling machine of high-efficient milling cutlery cambered surface Download PDFInfo
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- CN207414443U CN207414443U CN201721416864.7U CN201721416864U CN207414443U CN 207414443 U CN207414443 U CN 207414443U CN 201721416864 U CN201721416864 U CN 201721416864U CN 207414443 U CN207414443 U CN 207414443U
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Abstract
The utility model provides a kind of Special portal-type CNC milling machine of high-efficient milling cutlery cambered surface, including portal lathe bed (1), orthogonal carriage (2), Z-direction planker (3), main shaft seat board (4), wedge (5), mobile work platform (6) and electromagnetic worktable (7).The utility model, which is used, between Z-direction planker and main shaft seat board, makes the rotation axis of electro spindle press from both sides 4 ° of inclinations angle with the up and down motion axis of Z-direction planker wedge pad；During work, disc milling cutter mutually cuts chopper workpiece major flank milling formation cambered surface to cut the angled manner of 86 ° of rotation axis and cutting feed direction folder；Angled manner causes minor diameter disc milling cutter that can meet the shaping of the milling to chopper workpiece major flank cambered surface, reduce cutlery cost, reduce milling vibration, can roughing feed, it is fast advance, the technical solution of heavy load high-efficient milling, make the Milling Process of paper-cutter chopper arc major flank, achieved the purpose that improve efficiency, reduced cost, the batch production of adaptation scale.
Description
Technical field
After the utility model is related to a kind of CNC milling machine, in particular to dedicated for Milling Process paper-cutter chopper arc master
A kind of Special portal-type CNC milling machine of the high-efficient milling cutlery cambered surface in face.
Background technology
Paper-cutter is a kind of office stationary for cutting a sheet of paper, and the major flank of paper-cutter chopper cutting edge is cambered surface, i.e. section view is thrown
Shadow is arc-shaped；Paper-cutter chopper blank to be processed is referred to as chopper workpiece below, refering to Fig. 3, Fig. 4, Fig. 5；
The arc major flank of Milling Process chopper workpiece, the prior art is using milling machine and the disc milling cutter of major diameter, to cut
The rotation axis parallel mode parallel with cutting feed direction is cut, phase is carried out to chopper workpiece major flank with the butt cutting edges of milling cutter
It cuts milling and forms cambered surface, refering to Fig. 8, Fig. 9；Since the cambered surface curvature of chopper workpiece major flank is larger, major diameter specification must be used
Disc milling cutter processing, major diameter disc milling cutter is of high cost, and milling vibration is big, to ensure the finish of Milling Process, Zhi Neng little
Feeding carries out at a slow speed milling, and efficiency is low；In addition, during processing, the interval needed between workpiece is big, and clamped one time quantity is few, causes effect
Rate is low, of high cost, it is difficult to adapt to the processing of extensive mass, therefore, the prior art there are efficiency it is low, of high cost the problem of
With deficiency.
The content of the invention
Existing problems and shortcomings for the above-mentioned prior art, the utility model are used by portal lathe bed, orthogonal carriage, Z
The device formed to planker, main shaft seat board, wedge, mobile work platform and electromagnetic worktable, wherein, it is portal lathe bed by lathe bed, it is vertical
Column, crossbeam, X are formed to axis, Y-direction axis；Orthogonal carriage is block-like cast iron matter component, and the left side of orthogonal carriage is set along the vertical direction
There is Z-direction axis；Z-direction planker is the cast iron matter component of rectangular block shape；Main shaft seat board be rectangular block shape cast iron matter component, main shaft seat board
Before be fixed with electro spindle；Wedge is the steel components for the wedge-shaped strip that up big and down small, apex angle is 4 °；Mobile work platform is
Be laid with above it is several be mutually parallel, left and right directions, cross section be in inverted T-shape straight slot rectangular block shape cast iron matter component；Electricity
Magnetic workbench is energization magnetisation, the magnetic fixture for the rectangular plate-like for powering off loss of excitation being made of bottom case, iron core, coil, panel；Just
The right side of friendship planker is through the X to axis connection in the left side of the crossbeam；The right side of Z-direction planker is through the Z-direction axis connection in just
Hand over the left side of planker；Wedge is padded between Z-direction planker and main shaft seat board, and main shaft seat board is fixedly connected on Z-direction planker through wedge
The left side；The effect of wedge causes the upper end of the rotation axis of the electro spindle to be tilted to the left, and makes the rotation axis of the electro spindle
4 ° of inclinations angle are pressed from both sides with the up and down motion axis of Z-direction planker；Through the Y-direction axis connection in the lathe bed below mobile work platform
Above, electromagnetic worktable is fixedly connected on mobile work platform the upper surface of；
In application, several chopper workpiece stickings, above electromagnetic worktable, electro spindle clamps disc milling cutter；Work
When, X respectively drives orthogonal carriage, mobile work platform, the dish type of Z-direction planker guiding electro spindle clamping to axis, Y-direction axis and Z-direction axis
Milling cutter carries out chopper workpiece to synthesize target-seeking milling campaign；Wedge, i.e., the effect at described 4 ° of inclinations angle, disc milling cutter is to cut
Rotation axis and cutting feed direction press from both sides 86 ° of angled manner, with the end face of disc milling cutter and the cutting edge of circumference intersection, to hand hay cutter
Knife workpiece major flank is mutually cut milling and forms cambered surface；Since the angled manner causes minor diameter disc milling cutter that can meet pair
The milling shaping of chopper workpiece major flank cambered surface, therefore, the working forms of the present apparatus are angled manner and minor diameter disc milling cutter
Carry out cambered surface milling；Cambered surface milling is carried out with the angled manner and minor diameter disc milling cutter, cutlery cost is reduced, reduces
Milling vibration ensures finish, can roughing feed, fast traveling, heavy load high-efficient milling；In addition, it can also reduce the layout between workpiece
Interval, electromagnetic worktable once can the technical solution that is processed of the large number of chopper workpiece of intensive sticking, provide a kind of high
Imitate the Special portal-type CNC milling machine of milling cutlery cambered surface, it is intended to make the Milling Process of paper-cutter chopper arc major flank, reach
It improves efficiency, reduce cost, the purpose of adaptation scale batch production.
What the purpose of this utility model was realized in：A kind of Special portal-type numerical control mill of high-efficient milling cutlery cambered surface
Bed, including portal lathe bed, orthogonal carriage, Z-direction planker, main shaft seat board, wedge, mobile work platform and electromagnetic worktable, wherein：Institute
State it is portal lathe bed be made of lathe bed, column, crossbeam, X to axis, Y-direction axis, the Y-direction axis is by Y roller guide rails are secondary, Y ball-screws
Secondary and Y servomotors are formed, and Y-direction axis is located at lathe bed the upper surface of in left-right direction, and Y-direction axis is carrying, is oriented to, driving mobile working
The mechanism that platform moves in left-right direction；The X to axis by X roller guide rails are secondary, X ball screw assembly,s and X-servo motor are formed, X to
Axis is located at the left side of crossbeam along the longitudinal direction, and X is carrying, is oriented to, the mechanism that driving orthogonal carriage moves along the longitudinal direction to axis；
The orthogonal carriage is block-like cast iron matter component, and the left side of orthogonal carriage is equipped with Z to axis along the vertical direction,
The Z-direction axis is made of Z roller guide rails pair, Z ball screw assembly,s, Z servomotors, and Z-direction axis is carrying, is oriented to, driving Z-direction planker
The mechanism moved along the vertical direction；
The Z-direction planker is the cast iron matter component of rectangular block shape；
The main shaft seat board is the cast iron matter component of rectangular block shape, is fixed with electro spindle before main shaft seat board, institute
State the motor that electro spindle drives cutlery to rotate for frequency control；
The wedge is the steel components for the wedge-shaped strip that up big and down small, apex angle is 4 °；
The mobile work platform for be laid with above it is several be mutually parallel, left and right directions, cross section be in the font of falling T
The rectangular block shape cast iron matter component of straight slot；
The electromagnetic worktable is the energization magnetisation being made of bottom case, iron core, coil, panel, the rectangle for powering off loss of excitation
The electromagnetic force fixture of plate；
The right side of orthogonal carriage is through the X to axis connection in the left side of the crossbeam；The right side of Z-direction planker is through the Z-direction
Axis connection is in the left side of orthogonal carriage；Wedge is padded between Z-direction planker and main shaft seat board, and main shaft seat board is fixedly connected through wedge
In the left side of Z-direction planker；The effect of wedge causes the upper end of the rotation axis of the electro spindle to be tilted to the left, and makes the electro spindle
The up and down motion axis of rotation axis and Z-direction planker presss from both sides 4 ° of inclinations angle；Below mobile work platform through the Y-direction axis connection in
Described lathe bed the upper surface of, electromagnetic worktable are fixedly connected on mobile work platform the upper surface of.
Said structure statement direction face be divided into up, down, left, right, front, rear side, wherein, before be in face of present apparatus main view
The face of figure, behind be the face opposite with the front.
Explanation：
The X roller guide rails are secondary, Y roller guide rails are secondary, secondary guide rail, the roller for by the V-shaped raceway in cross section of Z roller guide rails
What frame and roller were formed is used to carry object roller track element for linear motion；
The X ball screw assembly,s, Y ball screw assembly,s, Z ball screw assembly,s are formed to be screwed by ball-screw and ball nut
For converting rotational motion into the mechanical transmission component of linear motion；
The X-servo motor, Y servomotors, Z servomotors are AC synchronous servomotor.
Working principle and beneficial effect
In application, several chopper workpiece major flanks upward, in left-right direction, are uniformly separated by, parallel side-by-side sticking is in electricity
Magnetic workbench the upper surface of, electro spindle clamping disc milling cutter；During work, X to axis, Y-direction axis and Z-direction axis respectively drive orthogonal carriage,
Mobile work platform, the disc milling cutter of Z-direction planker guiding electro spindle clamping carry out chopper workpiece to synthesize target-seeking milling campaign；
Due to wedge, i.e., the effect at described 4 ° of inclinations angle, disc milling cutter is pressed from both sides with cutting rotation axis with cutting feed direction
With the end face of disc milling cutter and the cutting edge of circumference intersection, milling is mutually cut to chopper workpiece major flank for 86 ° of angled manner
Form cambered surface；Since the angled manner causes minor diameter disc milling cutter that can meet the milling to chopper workpiece major flank cambered surface
Therefore shaping, avoids the drawbacks of parallel mode carries out cambered surface milling using major diameter disc milling cutter；The present apparatus is with described
Angled manner and minor diameter disc milling cutter carry out cambered surface milling, reduce cutlery cost, and reducing milling vibration ensures finish,
It can roughing feed, fast traveling, heavy load high-efficient milling；In addition, using minor diameter disc milling cutter, it can also reduce the layout between workpiece
Interval, electromagnetic worktable once can the large number of chopper workpiece of intensive sticking be processed, improve clamping process efficiency, drop
Low cost.
The present apparatus is simple in structure, reliable operation, dedicated for the Milling Process of paper-cutter chopper arc major flank, makes to cut a sheet of paper
The Milling Process of device chopper arc major flank improves efficiency, the requirement for reducing cost, having adapted to large-scale mass production.
Above-mentioned, the utility model is used by portal lathe bed, orthogonal carriage, Z-direction planker, main shaft seat board, wedge, mobile working
The device that platform and electromagnetic worktable are formed, wherein, it is portal lathe bed to be made of lathe bed, column, crossbeam, X to axis, Y-direction axis；It is orthogonal
Planker is block-like cast iron matter component, and the left side of orthogonal carriage is equipped with Z-direction axis along the vertical direction；Z-direction planker is rectangular block shape
Cast iron matter component；Main shaft seat board is the cast iron matter component of rectangular block shape, and electro spindle is fixed with before main shaft seat board；Wedge is
Up big and down small, apex angle is the steel components of 4 ° of wedge-shaped strip；Mobile work platform for be laid with above it is several be mutually parallel, it is left
Right direction, cross section are in the rectangular block shape cast iron matter component of inverted T-shape straight slot；Electromagnetic worktable be by bottom case, iron core, coil,
The magnetic fixture of the energization magnetisation of panel composition, the rectangular plate-like of power-off loss of excitation；The right side of orthogonal carriage is through the X to axis connection
In the left side of the crossbeam；The right side of Z-direction planker is through the Z-direction axis connection in the left side of orthogonal carriage；Wedge pad is dragged in Z-direction
Between plate and main shaft seat board, main shaft seat board is fixedly connected on the left side of Z-direction planker through wedge；The effect of wedge causes the electro spindle
The upper end of rotation axis be tilted to the left, the rotation axis of the electro spindle is made to press from both sides 4 ° with the up and down motion axis of Z-direction planker and is inclined
Oblique angle；Through the Y-direction axis connection in described lathe bed the upper surface of below mobile work platform, electromagnetic worktable is fixedly connected on movement
Workbench the upper surface of；
In application, several chopper workpiece stickings, above electromagnetic worktable, electro spindle clamps disc milling cutter；Work
When, X respectively drives orthogonal carriage, mobile work platform, the dish type of Z-direction planker guiding electro spindle clamping to axis, Y-direction axis and Z-direction axis
Milling cutter carries out chopper workpiece to synthesize target-seeking milling campaign；Wedge, i.e., the effect at described 4 ° of inclinations angle, disc milling cutter is to cut
Rotation axis and cutting feed direction press from both sides 86 ° of angled manner, with the end face of disc milling cutter and the cutting edge of circumference intersection, to hand hay cutter
Knife workpiece major flank is mutually cut milling and forms cambered surface；Since the angled manner causes minor diameter disc milling cutter that can meet pair
The milling shaping of chopper workpiece major flank cambered surface, therefore, the working forms of the present apparatus are angled manner and minor diameter disc milling cutter
Carry out cambered surface milling；Cambered surface milling is carried out with the angled manner and minor diameter disc milling cutter, cutlery cost is reduced, reduces
Milling vibration ensures finish, can roughing feed, fast traveling, heavy load high-efficient milling；In addition, it can also reduce the layout between workpiece
Interval, electromagnetic worktable once can the technical solution that is processed of the large number of chopper workpiece of intensive sticking, overcome existing
Technology there are efficiency it is low, of high cost the problem of with deficiency, a kind of Special portal-type number of the high-efficient milling cutlery cambered surface provided
Milling machine is controlled, makes the Milling Process of paper-cutter chopper arc major flank, reached raising efficiency, reduced cost, adaptation scale batch
The purpose of production.
Description of the drawings
Fig. 1 is a kind of main view section view knot of the Special portal-type CNC milling machine of high-efficient milling cutlery cambered surface of the utility model
Structure schematic diagram；
Fig. 2 is that a kind of axis of the Special portal-type CNC milling machine of high-efficient milling cutlery cambered surface of the utility model measures meaning
Figure；
Fig. 3 is a kind of schematic front view of chopper workpiece 01；
Fig. 4 is the diagrammatic side-view cross-sectional enlarged diagram of Fig. 3, and imaginary line part represents the cambered surface after shaping in Fig. 4；
Fig. 5 is a kind of axonometric schematic diagram of chopper workpiece 01；
Fig. 6 be a kind of Special portal-type CNC milling machine of high-efficient milling cutlery cambered surface of the utility model angled manner and
Minor diameter disc milling cutter carries out the operation principle schematic front view of cambered surface milling；
Fig. 7 is the schematic side view of Fig. 6；
Fig. 8 is that the parallel mode of the prior art is shown using the operation principle main view of major diameter disc milling cutter progress cambered surface milling
It is intended to；
Fig. 9 is the schematic side view of Fig. 8.
Embodiment in below in conjunction with the accompanying drawings is described in further detail the utility model, but should not be construed as to this reality
With new any restrictions.
In figure：Portal lathe bed 1, lathe bed 10, column 11, crossbeam 12, X are to axis 13, Y-direction axis 14, orthogonal carriage 2, Z-direction axis
21st, Z-direction planker 3, main shaft seat board 4, electro spindle 41, wedge 5, mobile work platform 6, electromagnetic worktable 7,01,4 ° of chopper workpiece incline
Oblique angle 02, minor diameter disc milling cutter 03, major diameter disc milling cutter 04, main front 05, major flank 06, chopper cutting edge 07.
Specific embodiment
Refering to Fig. 1, Fig. 2, Fig. 6, Fig. 7, a kind of Special portal-type numerical control of high-efficient milling cutlery cambered surface of the utility model
Milling machine works including portal lathe bed 1, orthogonal carriage 2, Z-direction planker 3, main shaft seat board 4, wedge 5, mobile work platform 6 and electromagnetism
Platform 7, wherein：Described portal lathe bed 1 is made of lathe bed 10, column 11, crossbeam 12, X to axis 13, Y-direction axis 14, the Y-direction axis
14 are made of Y roller guide rails pair, Y ball screw assembly,s and Y servomotors, and Y-direction axis 14 is located at lathe bed 10 the upper surface of in left-right direction,
Y-direction axis 14 is carrying, is oriented to, the mechanism that driving mobile work platform 6 moves in left-right direction；The X is led to axis 13 by X rollers
Rail is secondary, X ball screw assembly,s and X-servo motor are formed, and X is located at the left side of crossbeam 12 to axis 13 along the longitudinal direction, and X is to hold to axis 13
It carries, be oriented to, the mechanism that driving orthogonal carriage 2 moves along the longitudinal direction；
The orthogonal carriage 2 is block-like cast iron matter component, and the left side of orthogonal carriage 2 is equipped with Z-direction axis along the vertical direction
21, the Z-direction axis 21 is made of Z roller guide rails pair, Z ball screw assembly,s, Z servomotors, and Z-direction axis 21 is carrying, is oriented to, drives
The mechanism that dynamic Z-direction planker 3 moves along the vertical direction；
The Z-direction planker 3 is the cast iron matter component of rectangular block shape；
The main shaft seat board 4 is the cast iron matter component of rectangular block shape, and electro spindle is fixed with before main shaft seat board 4
41, the motor that the electro spindle 41 rotates for frequency control driving cutlery；
The steel components for the wedge-shaped strip that the wedge 5 is 4 ° for up big and down small, apex angle；
The mobile work platform 6 for be laid with above it is several be mutually parallel, left and right directions, cross section be in inverted T-shape
The rectangular block shape cast iron matter component of straight slot；
The electromagnetic worktable 7 is the energization magnetisation being made of bottom case, iron core, coil, panel, the rectangle for powering off loss of excitation
The electromagnetic force fixture of plate；
The right side of orthogonal carriage 2 is connected to the left side of the crossbeam 12 through the X to axis 13；The right side warp of Z-direction planker 3
The Z-direction axis 21 is connected to the left side of orthogonal carriage 2；Wedge 5 is padded between Z-direction planker 3 and main shaft seat board 4, main shaft seat board 4
The left side of Z-direction planker 3 is fixedly connected on through wedge 5；The effect of wedge 5 cause the upper end of the rotation axis of the electro spindle 41 to
Left bank makes the rotation axis of the electro spindle 41 press from both sides 4 ° of inclinations angle with the up and down motion axis of Z-direction planker 3；Mobile work platform 6
Below through the Y be connected to described lathe bed 10 the upper surface of to axis 14, electromagnetic worktable 7 is fixedly connected on mobile work platform 6
Above.
Said structure statement direction face be divided into up, down, left, right, front, rear side, wherein, before be in face of present apparatus main view
The face of figure, behind be the face opposite with the front.
Explanation：
The X roller guide rails are secondary, Y roller guide rails are secondary, secondary guide rail, the roller for by the V-shaped raceway in cross section of Z roller guide rails
What frame and roller were formed is used to carry object roller track element for linear motion；
The X ball screw assembly,s, Y ball screw assembly,s, Z ball screw assembly,s are formed to be screwed by ball-screw and ball nut
For converting rotational motion into the mechanical transmission component of linear motion；
The X-servo motor, Y servomotors, Z servomotors are AC synchronous servomotor.
Working principle and beneficial effect
In application, several 01 major flanks of chopper workpiece upward, in left-right direction, are uniformly separated by, parallel side-by-side sticking exists
Electromagnetic worktable 7 the upper surface of, electro spindle 41 clamp disc milling cutter；During work, X drives respectively to axis 13, Y-direction axis 14 and Z-direction axis 21
The disc milling cutter that dynamic orthogonal carriage 2, mobile work platform 6, Z-direction planker 3 guide electro spindle 41 to clamp closes chopper workpiece 01
Into target-seeking milling campaign；
Due to wedge 5, i.e., the effect at described 4 ° of inclinations angle, disc milling cutter is pressed from both sides with cutting rotation axis with cutting feed direction
With the end face of disc milling cutter and the cutting edge of circumference intersection, milling is mutually cut to 01 major flank of chopper workpiece for 86 ° of angled manner
It cuts to form cambered surface；Since the angled manner causes minor diameter disc milling cutter that can meet to 01 major flank cambered surface of chopper workpiece
Milling is molded, and therefore, avoids the drawbacks of parallel mode carries out cambered surface milling using major diameter disc milling cutter；The present apparatus with
The angled manner and minor diameter disc milling cutter carry out cambered surface milling, reduce cutlery cost, reducing milling vibration ensures light
Cleanliness, can roughing feed, fast traveling, heavy load high-efficient milling；In addition, using minor diameter disc milling cutter, can also reduce between workpiece
Layout interval, electromagnetic worktable 7 once can the large number of chopper workpiece 01 of intensive sticking be processed, improve clamping mistake
Journey efficiency, reduces cost.
The present apparatus is simple in structure, reliable operation, dedicated for the Milling Process of paper-cutter chopper arc major flank, makes to cut a sheet of paper
The Milling Process of device chopper arc major flank improves efficiency, the requirement for reducing cost, having adapted to large-scale mass production.
Claims (1)
1. a kind of Special portal-type CNC milling machine of high-efficient milling cutlery cambered surface, including portal lathe bed (1), orthogonal carriage (2), Z
To planker (3), main shaft seat board (4), wedge (5), mobile work platform (6) and electromagnetic worktable (7), it is characterised in that：Described
Portal lathe bed (1) is made of lathe bed (10), column (11), crossbeam (12), X to axis (13), Y-direction axis (14), the Y-direction axis (14)
It is made of Y roller guide rails pair, Y ball screw assembly,s and Y servomotors, Y-direction axis (14) is located at the upper of lathe bed (10) in left-right direction
Face, Y-direction axis (14) are carrying, are oriented to, the mechanism that driving mobile work platform (6) moves in left-right direction；The X to axis (13) by
X roller guide rails are secondary, X ball screw assembly,s and X-servo motor are formed, and X is located at the left side of crossbeam (12) to axis (13) along the longitudinal direction,
X is carrying, is oriented to, the mechanism that driving orthogonal carriage (2) moves along the longitudinal direction to axis (13)；
The orthogonal carriage (2) is block-like cast iron matter component, and the left side of orthogonal carriage (2) is equipped with Z-direction axis along the vertical direction
(21), the Z-direction axis (21) is made of Z roller guide rails pair, Z ball screw assembly,s, Z servomotors, and Z-direction axis (21) is carrying, leads
To, driving Z-direction planker (3) mechanism for moving along the vertical direction；
The Z-direction planker (3) is the cast iron matter component of rectangular block shape；
The main shaft seat board (4) is the cast iron matter component of rectangular block shape, and main shaft seat board is fixed with electro spindle before (4)
(41), the motor that the electro spindle (41) rotates for frequency control driving cutlery；
The steel components for the wedge-shaped strip that the wedge (5) is 4 ° for up big and down small, apex angle；
The mobile work platform (6) for be laid with above it is several be mutually parallel, left and right directions, cross section lead in inverted T-shape
The rectangular block shape cast iron matter component of slot；
The electromagnetic worktable (7) is the energization magnetisation being made of bottom case, iron core, coil, panel, the rectangular slab for powering off loss of excitation
The electromagnetic force fixture of shape；
The right side of orthogonal carriage (2) is connected to the left side of the crossbeam (12) through the X to axis (13)；The right side of Z-direction planker (3)
The left side of orthogonal carriage (2) is connected to through the Z-direction axis (21)；Wedge (5) pad in Z-direction planker (3) and main shaft seat board (4) it
Between, main shaft seat board (4) is fixedly connected on the left side of Z-direction planker (3) through wedge (5)；The effect of wedge (5) causes the electro spindle
(41) upper end of rotation axis is tilted to the left, and makes the rotation axis of the electro spindle (41) and the up and down motion of Z-direction planker (3)
Axis presss from both sides 4 ° of inclinations angle；Below mobile work platform (6) described lathe bed (10) the upper surface of, electricity are connected to through the Y-direction axis (14)
Magnetic workbench (7) is fixedly connected on mobile work platform (6) the upper surface of.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721416864.7U CN207414443U (en) | 2017-10-13 | 2017-10-13 | A kind of Special portal-type CNC milling machine of high-efficient milling cutlery cambered surface |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721416864.7U CN207414443U (en) | 2017-10-13 | 2017-10-13 | A kind of Special portal-type CNC milling machine of high-efficient milling cutlery cambered surface |
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| CN207414443U true CN207414443U (en) | 2018-05-29 |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108747439A (en) * | 2018-08-02 | 2018-11-06 | 浙江亿洋智能装备科技股份有限公司 | A kind of vortex Special Purpose Machine for Processing and its processing method |
| CN109396506A (en) * | 2018-09-29 | 2019-03-01 | 嘉善浩辰机械密封有限公司 | Milling machine is used in a kind of processing of mechanical sealing member |
| CN112008481A (en) * | 2020-09-01 | 2020-12-01 | 东莞市汇高工业机械有限公司 | Improved machine tool convenient for machining metal machined parts |
| CN112077389A (en) * | 2020-09-16 | 2020-12-15 | 深圳山源电器股份有限公司 | Flying wing relieving device and flying wing method thereof |
-
2017
- 2017-10-13 CN CN201721416864.7U patent/CN207414443U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108747439A (en) * | 2018-08-02 | 2018-11-06 | 浙江亿洋智能装备科技股份有限公司 | A kind of vortex Special Purpose Machine for Processing and its processing method |
| CN109396506A (en) * | 2018-09-29 | 2019-03-01 | 嘉善浩辰机械密封有限公司 | Milling machine is used in a kind of processing of mechanical sealing member |
| CN112008481A (en) * | 2020-09-01 | 2020-12-01 | 东莞市汇高工业机械有限公司 | Improved machine tool convenient for machining metal machined parts |
| CN112077389A (en) * | 2020-09-16 | 2020-12-15 | 深圳山源电器股份有限公司 | Flying wing relieving device and flying wing method thereof |
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