CN206936841U - For producing the three axis machining center of aluminium section bar - Google Patents
For producing the three axis machining center of aluminium section bar Download PDFInfo
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- CN206936841U CN206936841U CN201720747585.2U CN201720747585U CN206936841U CN 206936841 U CN206936841 U CN 206936841U CN 201720747585 U CN201720747585 U CN 201720747585U CN 206936841 U CN206936841 U CN 206936841U
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Abstract
It the utility model is related to shape extrusion technical field, more particularly to it is used for the three axis machining center for producing aluminium section bar, include bed piece, the bed piece is along its length at least provided with two gantry processing unit (plant)s, gantry processing unit (plant) is connected by X-axis travel mechanism with bed piece, and X-axis travel mechanism drives gantry processing unit (plant) and moved along the length direction of bed piece；The bed piece is additionally provided with aluminium section bar clamping jig；The aluminium section bar clamping jig includes jig platform seat, the bottom surface of the jig platform seat is provided with the chute for assembling fixture X-axis slide block, the bed piece surface is provided with the tool X-axis guide rail to match with tool X-axis slide block, and tool X-axis slide block and tool X-axis guide rail are interlockingly connected.When using the utility model, by being provided with multiple gantry processing unit (plant)s in the length direction of bed piece, realize that multiple milling heads are processed section bar, drastically increase processing efficiency.
Description
Technical field
Shape extrusion technical field is the utility model is related to, is more particularly to used for the three axis machining center for producing aluminium section bar.
Background technology
At present, in aluminium section bar door and window processing industry, for aluminium section bar Milling Process with single single sectional processing based on
Want form processing.The length of section bar is usually more than ten meters, and the structure of part section bar is complex, is possible on an end face
Multiple positions are wanted to be processed；The single milling head of machining center generally use currently used for shape extrusion is processed so that
Shape extrusion efficiency just becomes fairly slow.
Therefore, it is necessary to further technological innovation is carried out to the machining center of existing shape extrusion.
The content of the invention
The defects of the purpose of this utility model is to be directed to prior art and deficiency, there is provided a kind of to be used to produce aluminium section bar
Three axis machining center.
To achieve the above object, the technical solution adopted in the utility model is：
The three axis machining center described in the utility model for being used to produce aluminium section bar, includes bed piece, the lathe
Lathe bed passes through X-axis travel mechanism and machine at least provided with two gantry processing unit (plant)s, gantry processing unit (plant) along its length
Bed lathe bed is connected, and X-axis travel mechanism drives gantry processing unit (plant) and moved along the length direction of bed piece；The machine
Bed lathe bed is additionally provided with aluminium section bar clamping jig；The aluminium section bar clamping jig includes jig platform seat, the jig platform seat
Bottom surface be provided with chute for assembling fixture X-axis slide block, the bed piece surface is provided with and tool X-axis slide block phase
The tool X-axis guide rail matched somebody with somebody, tool X-axis slide block and tool X-axis guide rail are interlockingly connected；Jig platform seat is also set up for fixing aluminium section bar
Clamping jig A tool clamping element.
Further, gantry processing unit (plant) includes gantry stand, tool magazine, Y-axis slide plate, Z axis slide plate and milling head,
Tool magazine is fixedly installed on gantry stand, and two heel posts of the gantry stand are connected by X-axis travel mechanism with bed piece
Connect, the crossbeam of gantry stand is connected by Y-axis moving mechanism with Y-axis slide plate, and Y-axis slide plate is slided by Z axis travel mechanism and Z axis
Plate is connected, and the first end of milling is fixed on Z axis slide plate.
Further, the X-axis travel mechanism includes X-axis driving device and X-axis motion guiding device, and the X-axis is driven
Dynamic device one end is connected with the side wall of bed piece one, and the X-axis driving device other end is connected with the heel post of gantry stand one
Connect；
Described X-axis motion guiding device one end is connected with another side wall of bed piece, and the X-axis motion guiding device is another
One end is connected with another heel post of gantry stand.
Further, the X-axis motion guiding device includes X-axis movement sliding block and X-axis moving guide rail, and the X-axis is moved
Dynamic guide rail one end is connected with another heel post of bed piece, and described X-axis movement sliding block one end is connected with the gantry stand other end
Connect, X-axis movement sliding block and X-axis moving guide rail are interlockingly connected.
Further, the X-axis driving device includes X-axis motor fixing seat, X-axis motor, X-axis drive gear and X-axis
Rack,
The X-axis motor fixing seat is fixedly installed on a heel post of gantry stand, and the X-axis motor is fixed on X-axis
In motor fixing seat, the main shaft of the X-axis motor is mutually fixedly connected with X-axis drive gear, and X-axis rack is fixedly installed on machine tool
In the side wall of body one, X-axis drive gear and X-axis rack phase bridle joint.
Further, the Y-axis moving mechanism includes y-axis motor, Y-axis screw mandrel, Y-axis nut, Y-axis guide rail and Y-axis and slided
Block, y-axis motor are fixed on the crossbeam of gantry stand, and the Y-axis screw mandrel both ends are fixed on the horizontal stroke of gantry stand by bearing block
Liang Shang；The main shaft of y-axis motor is connected with y-axis motor synchronizing wheel, and Y-axis screw mandrel is connected with Y-axis screw mandrel synchronizing wheel, and y-axis motor is synchronous
Wheel is connected by belt pulley with Y-axis screw mandrel synchronizing wheel；Y-axis nut is mutually threadedly coupled with Y-axis screw mandrel, Y-axis nut one end and Y-axis
Slide plate is mutually fixedly connected；Y-axis screw mandrel and Y-axis guide rail are arranged in parallel；Y-axis slide plate is connected by Y-axis sliding block with Y-axis guide rail
Connect.
Further, the Z axis travel mechanism includes Z axis motor, Z axis driving wheel, Z axis synchronizing wheel, Z axis screw mandrel, Z axis
Nut and counterweight cylinder,
The Z axis motor is fixedly installed on the front surface of Y-axis slide plate, and main shaft and the Z axis driving wheel of Z axis motor are mutually fixed
Connection；Z axis screw mandrel both ends are fixed on by bearing block on the back side of Y-axis slide plate, and Z axis synchronizing wheel is mutually fixed with Z axis screw mandrel one end
Connection, Z axis driving wheel are connected by belt with Z axis synchronizing wheel；Z axis screw mandrel is mutually threadedly coupled with Z axis nut, Z axis nut one
End Z axis slide plate is connected；Counterweight number of cylinders of the present utility model is two, and two counterweight cylinders are respectively fixedly disposed at Y-axis
In the side wall of slide plate, the expansion link of counterweight cylinder is mutually fixedly connected with Z axis slide plate respectively.
Further, the tool clamping element includes guide rail movement gripping block A14, guide rail fixes to clamp block A15 and led
Rail clamping screw A16, guide rail fix to clamp block A15 and are screwed in jig platform seat A1 side wall, and guide rail clamps spiral shell
Bar A16 one end fixes to clamp with guide rail to be connected after block A15 phases are threadedly coupled with guide rail movement gripping block A14, guide rail movement folder
Tight block A14, guide rail fix to clamp block A15 and enclosed provided with the guide rail clamping slot to match with tool X-axis guide rail H2；Tool X-axis guide rail
H2 is embedded in guide rail clamping slot.
After said structure, the utility model has the beneficial effect that：It is described in the utility model to be used to produce aluminium section bar
Three axis machining center, includes bed piece, the bed piece along its length at least provided with two gantry processing unit (plant)s,
Gantry processing unit (plant) is connected by X-axis travel mechanism with bed piece, and X-axis travel mechanism drives gantry processing unit (plant)
Moved along the length direction of bed piece；The bed piece is additionally provided with aluminium section bar clamping jig；The aluminium section bar dress
Clamp tool includes jig platform seat, and the bottom surface of the jig platform seat is provided with the chute for assembling fixture X-axis slide block, described
Bed piece surface is provided with the tool X-axis guide rail to match with tool X-axis slide block, tool X-axis slide block and tool X-axis guide rail phase
Snapping.When using the utility model, by being provided with multiple gantry processing unit (plant)s in the length direction of bed piece, realize more
Individual milling head is processed section bar, drastically increases processing efficiency；Gantry processing unit (plant) edge is drive by X-axis travel mechanism
The length direction of bed piece moves, and drastically increases flexibility of gantry processing unit (plant) to shape extrusion.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model；
Fig. 2 is F positions enlarged drawing in Fig. 1；
Fig. 3 is G positions enlarged drawing in Fig. 1；
Fig. 4 is the stereogram of aluminium section bar clamping jig；
Fig. 5 is another view stereo figure of aluminium section bar clamping jig；
Fig. 6 is the right view of aluminium section bar clamping jig；
Description of reference numerals：
A, aluminium section bar clamping jig；
A1, jig platform seat；A1-1, Y-direction clamp regulating tank；A1-2, chute；
A2, section bar backing plate；A3, jig platform guide rail；A4, jig platform sliding block；
A5, mobile clamping platform；A6, Boards wall seat；A7, clamping plate；A8, rotary cylinder；
A9, middle connecting plate；A10, clamping cylinder；A11, clamping cylinder seat；
A12, clamping cylinder fixed mechanism；A12-1, fixed handle；A12-2, fix bar；
A13, limited block；A14, guide rail movement gripping block；A15, guide rail fix to clamp block；
A16, guide rail clamping screw；
B, gantry processing unit (plant)；
B1, gantry stand；B2, tool magazine；B3, Y-axis slide plate；B4, Z axis slide plate；
B5, milling head；B6, Y-axis screw mandrel；B7, Y-axis guide rail；B8, Z axis motor；
B9, Z axis driving wheel；B10, Z axis synchronizing wheel；B11, counterweight cylinder；
C, bed piece；
D, X-axis travel mechanism；D1, X-axis motor fixing seat；D2, X-axis motor；
D3, X-axis drive gear；H1, tool X-axis slide block；H2, tool X-axis guide rail.
Embodiment
The utility model is further described below in conjunction with the accompanying drawings.
As shown in Figures 1 to 6, the three axis machining center described in the utility model for being used to produce aluminium section bar, including it is organic
Bed lathe bed C, the bed piece C are along its length at least provided with two gantry processing unit (plant) B, machine tool of the present utility model
Body C length is preferably 26 meters；Gantry processing unit (plant) B is connected by X-axis travel mechanism D with bed piece C, X
Axle travel mechanism D drives length directions of gantry processing unit (plant) B along bed piece C and moved；The bed piece C is also set
It is equipped with aluminium section bar clamping jig A；Processing unit (plant) B quantity in gantry of the present utility model is preferably two.
Jig platform seat A1 also sets up the tool clamping element for fixing aluminium section bar clamping jig A, as jig platform seat A1
When moving to tool X-axis guide rail H2 a certain position by tool X-axis slide block H1, by tool clamping element by aluminium section bar clamping jig
A is fixed on X-axis guide rail H2.Tool clamping element quantity of the present utility model is two, and two tool clamping elements are symmetrically fixed on
In jig platform seat A1 side wall；The tool clamping element includes guide rail movement gripping block A14, guide rail fixes to clamp block A15
With guide rail clamping screw A16, guide rail fixes to clamp block A15 and is screwed in jig platform seat A1 side wall, guide rail clip
Tight screw rod A16 one end fixes to clamp with guide rail to be connected after block A15 phases are threadedly coupled with guide rail movement gripping block A14, and guide rail moves
Dynamic gripping block A14, guide rail fix to clamp block A15 and enclosed provided with the guide rail clamping slot to match with tool X-axis guide rail H2；Tool X-axis
Guide rail H2 is embedded in guide rail clamping slot.Guide rail is controlled to move gripping block A14 and guide rail by rotary rail clamping screw A16
The distance between block A15 is fixed to clamp, realizes that tool clamping element acts to tool X-axis guide rail H2 holding or release.
The aluminium section bar clamping jig A includes jig platform seat A1, and the bottom surface of the jig platform seat A1, which is provided with, to be used for
Assembling fixture X-axis slide block H1 chute A1-2, the bed piece C Surface is provided with to be controlled with what tool X-axis slide block H1 matched
Tool X-axis guide rail H2, tool X-axis slide block H1 and tool X-axis guide rail H2 are interlockingly connected, and aluminium section bar clamping jig A followed by tool X-axis cunning
Length directions of the block H1 along tool X-axis guide rail H2 moves, and tool X-axis slide block H1 and tool X-axis guide rail H2 quantity are
Two, two tool X-axis guide rail H2 are arranged in parallel.
The aluminium section bar clamping jig A also includes mobile clamping platform A5；The upper surface of the jig platform seat A1 is set
Two section bar backing plate A2 and jig platform guide rail A3 are equipped with, jig platform guide rail A3 is between two section bar backing plate A2, section bar
Backing plate A2 and jig platform guide rail A3 mutually be arranged in parallel；Section bar backing plate A2 of the present utility model preferably makes of nylon material
Form, and then effectively protect section bar not to be scraped off.
The lower surface of the mobile clamping platform A5 is provided with the jig platform sliding block to match with jig platform guide rail A3
A4, jig platform guide rail A3 are interlockingly connected with jig platform sliding block A4；Section bar backing plate A2 of the present utility model and mobile clamping platform
Preferably coordinated between A5 with gap；When clamping cylinder A10 expansion link is to middle connecting plate A9 power, middle connecting plate A9,
Mobile clamping platform A5 and jig platform sliding block A4 just enters line slip along jig platform guide rail A3 directions.
Upper surface one end of the jig platform seat A1 is fixedly installed section bar fixing device, and the section bar fixing device is shifting
Dynamic formula section bar fixing device；The upper surface of the mobile clamping platform A5 is provided with section bar fixing device, the section bar fixing device
For fixed section bar fixing device；Two section bar fixing devices are set in opposite matching, so as to make two section bar fixing devices will
Section bar clamps.
The jig platform seat A1 is further fixedly arranged on clamping power set, clamps power set one end and is put down with mobile clamp
Platform A5 is connected；Clamp power set drive portable section bar fixing device toward fixed section bar fixing device direction move when,
As pinching action；When clamping the portable section bar fixing device of power set driving away from fixed section bar fixing device, it is
Release acts.
Further, the section bar fixing device includes Boards wall seat A6, clamping plate A7 and rotary cylinder A8, the folder
Plate fixed seat A6 one end is fixedly connected with clamping plate A7 phases；Clamping plate A7 of the present utility model is preferably made with nylon material, is entered
And effectively section bar is protected not to be scraped off；The Boards wall seat A6 other ends of fixed section bar fixing device are fixedly installed on tool and put down
Pedestal A1 upper surface, the rotary cylinder A8 of fixed section bar fixing device are fixedly installed on jig platform seat A1 upper surface.
The Boards wall seat A6 other ends of portable section bar fixing device are fixedly installed on mobile clamping platform A5 upper table
Face, the rotary cylinder A8 of portable section bar fixing device are fixedly installed on mobile clamping platform A5 upper surface.The utility model
Two rotary cylinder A8 in being symmetrical arranged in opposite directions, two clamping plate A7 of the present utility model are in be symmetrical arranged in opposite directions, such ability
Complete to clamp and compression acts.
Further, the clamping power set include middle connecting plate A9, clamping cylinder A10, clamping cylinder seat A11
With clamping cylinder fixed mechanism A12, the jig platform seat A1 side walls are provided with what is matched with clamping cylinder fixed mechanism A12
Y-direction clamps regulating tank A1-1, and clamping cylinder fixed mechanism A12 one end is fixed in the Y direction after being connected with clamping cylinder seat A11
Clamp in regulating tank A1-1；Clamping cylinder A10 one end is fixedly connected with clamping cylinder seat A11 phases, the clamping cylinder A10 other ends with
Middle connecting plate A9 is connected, and mobile clamping platform A5 one end is connected with middle connecting plate A9 one end, the utility model movement
It is arranged in a mutually vertical manner between clamping platform A5 and middle connecting plate A9.
Further, the jig platform seat A1 side walls are additionally provided with the limited block A13 to match with middle connecting plate A9,
Limited block A13 of the present utility model is preferably made using elastomeric material.
Further, the clamping cylinder fixed mechanism A12 includes fixed handle A12-1 and fix bar A12-2, described
Fix bar A12-2 one end is provided with the clamping end for clamping regulating tank A1-1 with Y-direction and matching, and clamping end is embedded in Y side
To clamping in regulating tank A1-1, the fix bar A12-2 other ends sequentially pass through after clamping cylinder seat A11 with fixed handle A12-
1 phase is threadedly coupled；So as to which clamping cylinder seat A11 is fixed in jig platform seat A1 side wall.
As another preferred embodiment of the present utility model, gantry processing unit (plant) B includes gantry stand B1, tool magazine
B2, Y-axis slide plate B3, Z axis slide plate B4 and milling head B5, tool magazine B2 are fixedly installed on gantry stand B1, knife of the present utility model
Storehouse B2 and prior art are not said without originally holding difference in detail herein；Two heel posts of the gantry stand B1 pass through X-axis travel mechanism
D is connected with bed piece C, and gantry stand B1 crossbeam is connected by Y-axis moving mechanism with Y-axis slide plate B3, Y-axis slide plate B3
It is connected by Z axis travel mechanism with Z axis slide plate B4, milling head B5 one end is fixed on Z axis slide plate B4.
As another preferred embodiment of the present utility model, the X-axis travel mechanism D includes X-axis driving device and X-axis
Motion guiding device, described X-axis driving device one end are connected with the side walls of bed piece C mono-, the X-axis driving device other end
It is connected with the heel posts of gantry stand B1 mono-；
Described X-axis motion guiding device one end is connected with another side walls of bed piece C, the X-axis motion guiding device
The other end is connected with another heel posts of gantry stand B1；X-axis driving device and X-axis motion guiding device of the present utility model is excellent
Choosing is symmetrical set.
As another preferred embodiment of the present utility model, the X-axis motion guiding device include X-axis movement sliding block and
X-axis moving guide rail, described X-axis moving guide rail one end are connected with another heel posts of bed piece C, and the X-axis moves sliding block one
End is connected with the gantry stand B1 other ends, and X-axis movement sliding block and X-axis moving guide rail are interlockingly connected；So work as X-axis driving device
When length directions of the driving gantry processing unit (plant) B along bed piece C moves, X-axis movement sliding block and X-axis moving guide rail play
Guiding and balanced action.
As another preferred embodiment of the present utility model, the X-axis driving device includes X-axis motor fixing seat D1, X
Spindle motor D2, X-axis drive gear D3 and X-axis rack,
The X-axis motor fixing seat D1 is fixedly installed on a gantry stand B1 heel post, and the X-axis motor D2 is fixed
On X-axis motor fixing seat D1, the main shaft of the X-axis motor D2 is fixedly connected with X-axis drive gear D3 phases, and X-axis rack is fixed
It is arranged in the side walls of bed piece C mono-, X-axis drive gear D3 and X-axis rack phase bridle joint.X-axis motor D2 drives X-axis drive gear
D3 is rotated, and length directions of the X-axis drive gear D3 along X-axis rack move, so as to allow gantry processing unit (plant) B along bed piece C
Length direction move.
As another preferred embodiment of the present utility model, the Y-axis moving mechanism includes y-axis motor, Y-axis screw mandrel
B6, Y-axis nut, Y-axis guide rail B7 and Y-axis sliding block, y-axis motor are fixed on gantry stand B1 crossbeam, the Y-axis screw mandrel B6 two
End is fixed on by bearing block on gantry stand B1 crossbeam, and the main shaft of y-axis motor is connected with y-axis motor synchronizing wheel, Y-axis screw mandrel
B6 is connected with Y-axis screw mandrel synchronizing wheel, and y-axis motor synchronizing wheel is connected by belt pulley with Y-axis screw mandrel synchronizing wheel.
Y-axis motor driving Y-axis screw mandrel B6 does circumnutation, so as to make length direction of the Y-axis nut along Y-axis screw mandrel B6
Return is dynamic；Y-axis nut is threadedly coupled with Y-axis screw mandrel B6 phases, and Y-axis nut one end is fixedly connected with Y-axis slide plate B3 phases, Y-axis nut
Length directions of the Y-axis slide plate B3 along Y-axis screw mandrel B6 is driven to move back and forth；
Y-axis guide rail B7 quantity of the present utility model is two, and Y-axis screw mandrel B6 is between two Y-axis guide rail B7, Y-axis silk
Bar B6 and Y-axis guide rail B7 are arranged in parallel；Y-axis slide plate B3 is connected by Y-axis sliding block with Y-axis guide rail B7, Y-axis sliding block and Y
Axis rail B7 mainly plays guiding balanced action, ensures that Y-axis slide plate B3 is stable and moves.
As another preferred embodiment of the present utility model, the Z axis travel mechanism includes Z axis motor B8, Z axis actively
B9, Z axis synchronizing wheel B10, Z axis screw mandrel, Z axis nut and counterweight cylinder B11 are taken turns,
The Z axis motor B8 is fixedly installed on Y-axis slide plate B3 front surface, Z axis motor B8 main shaft and Z axis driving wheel
B9 phases are fixedly connected；
Z axis screw mandrel both ends are fixed on by bearing block on the Y-axis slide plate B3 back side, Z axis synchronizing wheel B10 and Z axis screw mandrel one
End is mutually fixedly connected, and Z axis driving wheel B9 is connected by belt with Z axis synchronizing wheel B10；Z axis screw mandrel connects with Z axis nut phase screw thread
Connect, Z axis nut one end Z axis slide plate B4 is connected；Counterweight cylinder B11 quantity of the present utility model is two, two counterweight cylinders
B11 is respectively fixedly disposed in Y-axis slide plate B3 side wall, and counterweight cylinder B11 expansion link is fixed with Z axis slide plate B4 phases respectively to be connected
Connect；Counterweight cylinder B11 can both play a part of being oriented to herein, balance, and can be Z axis slide plate B4 mobile offer power
Auxiliary, effectively reduce Z axis motor B8 power.
It is real by being provided with multiple gantry processing unit (plant)s in the length direction of bed piece when using the utility model
Existing multiple milling heads are processed section bar, drastically increase processing efficiency；Processing dress in gantry is drive by X-axis travel mechanism
Put along the length direction of bed piece and move, drastically increase flexibility of gantry processing unit (plant) to shape extrusion；It is logical
Fixation of the aluminium section bar clamping jig to section bar is crossed, both improves clamp speeds, in turn ensure that the steadiness of clamping.
Described above is only better embodiment of the present utility model, therefore all according to described in the utility model patent application range
The equivalent change or modification done of construction, feature and principle, be included in the utility model patent application range.
Claims (8)
1. the three axis machining center for producing aluminium section bar, it is characterised in that：Include bed piece (C) and tool X-axis slide block
(H1), the bed piece (C) is along its length at least provided with two gantry processing unit (plant)s (B), gantry processing unit (plant)
(B) it is connected by X-axis travel mechanism (D) with bed piece (C), X-axis travel mechanism (D) drives gantry processing unit (plant) (B)
Moved along the length direction of bed piece (C)；The bed piece (C) is additionally provided with aluminium section bar clamping jig (A)；It is described
Aluminium section bar clamping jig (A) includes jig platform seat (A1), and the bottom surface of the jig platform seat (A1) is provided with to be controlled for installation
Has the chute (A1-2) of X-axis slide block (H1), bed piece (C) surface is provided with what is matched with tool X-axis slide block (H1)
Tool X-axis guide rail (H2), tool X-axis slide block (H1) and tool X-axis guide rail (H2) are interlockingly connected；Jig platform seat (A1) also sets up use
In the tool clamping element of fixed aluminium section bar clamping jig (A).
2. the three axis machining center according to claim 1 for being used to produce aluminium section bar, it is characterised in that：Gantry processing
Device (B) includes gantry stand (B1), tool magazine (B2), Y-axis slide plate (B3), Z axis slide plate (B4) and milling head (B5), the dragon
Two heel posts of door frame (B1) are connected by X-axis travel mechanism (D) with bed piece (C), the crossbeam of gantry stand (B1)
It is connected by Y-axis moving mechanism with Y-axis slide plate (B3), Y-axis slide plate (B3) passes through Z axis travel mechanism and Z axis slide plate (B4) phase
Connection, milling head (B5) one end is fixed on Z axis slide plate (B4).
3. the three axis machining center according to claim 2 for being used to produce aluminium section bar, it is characterised in that：The X-axis movement
Mechanism (D) includes X-axis driving device and X-axis motion guiding device, described X-axis driving device one end and bed piece (C) one
Side wall is connected, and the X-axis driving device other end is connected with the heel post of gantry stand (B1) one；
Described X-axis motion guiding device one end is connected with bed piece (C) another side wall, and the X-axis motion guiding device is another
One end is connected with gantry stand (B1) another heel post.
4. the three axis machining center according to claim 3 for being used to produce aluminium section bar, it is characterised in that：The X-axis movement
Guider includes X-axis movement sliding block and X-axis moving guide rail, described X-axis moving guide rail one end and bed piece (C) opposite side
Column is connected, and described X-axis movement sliding block one end is connected with gantry stand (B1) other end, X-axis movement sliding block and X-axis movement
Guide rail is interlockingly connected.
5. the three axis machining center according to claim 3 for being used to produce aluminium section bar, it is characterised in that：The X-axis driving
Device includes X-axis motor fixing seat (D1), X-axis motor (D2), X-axis drive gear (D3) and X-axis rack,
The X-axis motor fixing seat (D1) is fixedly installed on a heel post of gantry stand (B1), and the X-axis motor (D2) is solid
It is scheduled in X-axis motor fixing seat (D1), the main shaft of the X-axis motor (D2) is mutually fixedly connected with X-axis drive gear (D3), X-axis
Rack is fixedly installed in the side wall of bed piece (C) one, X-axis drive gear (D3) and X-axis rack phase bridle joint.
6. the three axis machining center according to claim 2 for being used to produce aluminium section bar, it is characterised in that：The Y-axis movement
Mechanism includes y-axis motor, Y-axis screw mandrel (B6), Y-axis nut, Y-axis guide rail (B7) and Y-axis sliding block, y-axis motor and is fixed on gantry
On the crossbeam of frame (B1), Y-axis screw mandrel (B6) both ends are fixed on by bearing block on gantry stand (B1) crossbeam, Y-axis
The main shaft of motor is connected with y-axis motor synchronizing wheel, and Y-axis screw mandrel (B6) is connected with Y-axis screw mandrel synchronizing wheel, and y-axis motor synchronizing wheel is led to
Belt pulley is crossed with Y-axis screw mandrel synchronizing wheel to be connected；Y-axis nut is mutually threadedly coupled with Y-axis screw mandrel (B6), Y-axis nut one end and Y-axis
Slide plate (B3) is mutually fixedly connected；
Y-axis screw mandrel (B6) and Y-axis guide rail (B7) are arranged in parallel；Y-axis slide plate (B3) passes through Y-axis sliding block and Y-axis guide rail (B7)
It is connected.
7. the three axis machining center according to claim 2 for being used to produce aluminium section bar, it is characterised in that：The Z axis movement
Mechanism includes Z axis motor (B8), Z axis driving wheel (B9), Z axis synchronizing wheel (B10), Z axis screw mandrel, Z axis nut and counterweight cylinder
(B11),
The Z axis motor (B8) is fixedly installed on Y-axis slide plate (B3) front surface, main shaft and the Z axis active of Z axis motor (B8)
Wheel (B9) is mutually fixedly connected；
Z axis screw mandrel both ends are fixed on by bearing block on Y-axis slide plate (B3) back side, Z axis synchronizing wheel (B10) and Z axis screw mandrel one
End is mutually fixedly connected, and Z axis driving wheel (B9) is connected by belt with Z axis synchronizing wheel (B10)；Z axis screw mandrel and Z axis nut phase spiral shell
Line connects, and Z axis nut one end Z axis slide plate (B4) is connected；Counterweight cylinder (B11) quantity is two, two counterweight cylinders (B11)
It is respectively fixedly disposed in Y-axis slide plate (B3) side wall, the expansion link of counterweight cylinder (B11) is mutually solid with Z axis slide plate (B4) respectively
Fixed connection.
8. the three axis machining center according to claim 1 for being used to produce aluminium section bar, it is characterised in that：The tool clamps
Part includes guide rail movement gripping block (A14), guide rail fixes to clamp block (A15) and guide rail clamping screw (A16), guide rail geometrical clamp
Tight block (A15) is screwed in jig platform seat (A1) side wall, and guide rail clamping screw (A16) one end is fixed with guide rail
Gripping block (A15) is connected after being mutually threadedly coupled with guide rail movement gripping block (A14), and guide rail movement gripping block (A14), guide rail are solid
Determine gripping block (A15) to enclose provided with the guide rail clamping slot to match with tool X-axis guide rail (H2)；Tool X-axis guide rail (H2) is embedded
In guide rail clamping slot.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720747585.2U CN206936841U (en) | 2017-06-23 | 2017-06-23 | For producing the three axis machining center of aluminium section bar |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720747585.2U CN206936841U (en) | 2017-06-23 | 2017-06-23 | For producing the three axis machining center of aluminium section bar |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107088756A (en) * | 2017-06-23 | 2017-08-25 | 佛山市顺德区金工铝门窗机械实业有限公司 | Three axis machining center for producing aluminium section bar |
| CN113399716A (en) * | 2021-05-25 | 2021-09-17 | 佛山市南海简佳铝业有限公司 | High efficiency aluminium alloy hole milling all-in-one |
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2017
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107088756A (en) * | 2017-06-23 | 2017-08-25 | 佛山市顺德区金工铝门窗机械实业有限公司 | Three axis machining center for producing aluminium section bar |
| CN113399716A (en) * | 2021-05-25 | 2021-09-17 | 佛山市南海简佳铝业有限公司 | High efficiency aluminium alloy hole milling all-in-one |
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