CN206966889U - A kind of laser pipe cutter for tubing cutting - Google Patents
A kind of laser pipe cutter for tubing cutting Download PDFInfo
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- CN206966889U CN206966889U CN201721149750.0U CN201721149750U CN206966889U CN 206966889 U CN206966889 U CN 206966889U CN 201721149750 U CN201721149750 U CN 201721149750U CN 206966889 U CN206966889 U CN 206966889U
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Abstract
The utility model discloses a kind of laser pipe cutter for tubing cutting, including base（1）, base（1）On tubing to heart detent mechanism（4）Including slide unit component（41）, described slide unit component（41）Including slide unit support（411）, in slide unit support（411）Upper be horizontally disposed with has optical axis guide rail（416）With X to positioning and rolling axle（412）, positioned at X to positioning and rolling axle（412）The optical axis guide rail of downside（416）On be arranged in pairs slider shaft holder（415）, slider shaft holder（415）It is upper to be fixedly installed installing plate respectively（414）, installing plate（414）It is provided with and slider shaft holder（415）The Y-direction positioning and rolling axle being correspondingly arranged（413）, slider shaft holder（415）And/or installing plate（414）Pass through connector and cylinder（417）Piston rod top be connected.The utility model can process different cross section, tubing of different shapes.
Description
Technical field
Machining technology field is the utility model is related to, specifically one kind disclosure satisfy that different cross section, not similar shape
The laser pipe cutter of the tubing cutting demand of shape.
Background technology
It is general all upper to heart positioner to heart positioner, existing tubing including tubing in tubular object extruding equipment
Portion has one to be used to supporting the liftout disk of tubing, and the periphery of liftout disk is the arc groove of a loop diameter consecutive variations, the groove
In can be put into the circular pipe of different-diameter, this kind of tubing is installed the tubular object extruding equipment of heart positioner is only applicable to
The processing of circular pipe.But except the circular tubing for also having other shapes is also required to positioning processing, such as square in actual production
The polygonal pipes such as shape, pentagon, hexagon, these non-circular tubing are difficult to be positioned with existing positioner, Er Qie
Tubing during promoting is also easy to that tubing is caused to wear, and influences machining accuracy and processing efficiency.
The content of the invention
The purpose of this utility model is the problem of presence for prior art, there is provided one kind disclosure satisfy that different cross section, no
The laser pipe cutter of the tubing cutting demand of similar shape.
The purpose of this utility model solves by the following technical programs：
A kind of laser pipe cutter for tubing cutting, including base, propulsion chuck, fixed chuck, tubing position to the heart
Mechanism, laser cutting machine and laser, the tubing on the base promoted between chuck and fixed chuck is to heart localization machine
Structure includes slide unit component and vertical operating component, it is characterised in that：Described slide unit component includes slide unit support, X rolls to positioning
Moving axis, Y-direction positioning and rolling axle, installing plate, slider shaft holder, optical axis guide rail and cylinder, being horizontally disposed with slide unit support has light
Axis rail and tubing can be supported and carried out vertically to the X of heart positioning to positioning and rolling axle, positioned at X on the downside of positioning and rolling axle
Slider shaft holder has been arranged in pairs on optical axis guide rail, has been fixedly installed installing plate on slider shaft holder respectively, installing plate is provided with
The work that the Y-direction positioning and rolling axle being correspondingly arranged with slider shaft holder, slider shaft holder and/or installing plate pass through connector and cylinder
Stopper rod top be connected enable cylinder direction of the piston rod along optical axis guide rail it is flexible when adjust the position of Y-direction positioning and rolling axle
Put and tubing carry out level is positioned to the heart.
Described optical axis guide rail is arranged in pairs and optical axis guide rail is symmetrically distributed in X to the both sides of positioning and rolling axle；Two light
Homonymy on axis rail corresponds to slider shaft holder and is connected by same installing plate, positioned at X to two below positioning and rolling axle
Block installing plate is parallel across on two optical axis guide rails；Described cylinder is arranged in pairs, and the piston rod of cylinder is respectively and correspondingly
The slider shaft holder and/or installing plate of side are connected.
The gear for enabling two pieces of installing plates synchronously remote or synchronously close is provided between two pieces of described installing plates
Structure.
Described slide unit support forms Qian type groove structure by one piece of bottom plate and two blocks of side plates, X to positioning and rolling axle two
End respectively can be around the axis of its own to positioning and rolling axle installed in X on slide unit support biside plate by deep groove ball bearing
Line passively rotates；Installed on a mounting board by angular contact ball bearing the bottom of the Y-direction positioning and rolling axle so that Y-direction positions
The axis of rolling can passively rotate around the axis of its own.
Described vertical operating component includes nut bracket, leading screw and nut, and nut is fixed on to be set up parallel to slide unit branch
The bottom base plate for the nut bracket put, top is upward through after the bottom plate of nut bracket by pushing away after leading screw is connected with nut thread
Power cylinder roller bearing is arranged on the bottom base plate of slide unit support.
Be evenly equipped with guide sleeve on the bottom plate of the nut bracket, be fixed on guide rod on slide unit support bottom plate downward through
Guide sleeve can simultaneously move up and down vertically along interplanting is oriented to.
Described base is provided with the guide rail being parallel to each other and rack set along base length direction, wherein a guide rail
It is arranged on a rack on base on the horizontal beam of wider width, is provided only with one on the horizontal beam of another narrower width
Guide rail, and organ type machine tool guide rail protecting cover is provided with guide rail and rack.
Described propulsion chuck includes chuck base, chuck body, motor and promotes chuck motor, chuck base
Across being supported on two guide rails of base, motor is vertically mounted on chuck base, the gear energy of motor bottom
Enough that the composition rack and pinion drive mechanism that is connected is engaged with the rack on base, motor band moving gear is rotated into and passes through gear
Rack gear promotes chuck base to come and go operation on guide rail；The side of chuck body is along the circumferential direction evenly arranged with card
Open and close movement is radially done in pawl, the surface that promoting chuck motor can control claw along chuck body so that claw is different degrees of
Folding condition when can fix the tubing of different bores.
Base is divided into tubing feed zone and tubular object extruding area by the middle part that described fixation chuck is fixedly mounted on base,
Tubing is to heart detent mechanism and promotes chuck to be arranged on tubing feed zone side；The center of the fixed chuck has a through hole to use
In accommodating tubing to be cut, roller claw is along the circumferential direction evenly arranged with the fixation chuck of tubular object extruding area side, is rolled
Wheel claw makes roller claw in difference by that radially can do open and close movement along the surface of fixed chuck after fixing chuck motor control
The tubing of different bores can be fixed during the folding condition of degree, and the top of each roller claw is designed with the rolling that can passively rotate
Wheel.
The laser cutting machine is provided with the laser cutting head positioned at tubular object extruding area side.
The utility model has the following advantages compared with prior art：
The utility model adjusts X by nut screw and positioned to the vertical position of positioning and rolling axle, by cylinder regulation Y-direction
The horizontal level of the axis of rolling come meet different cross section, tubing of different shapes to heart positioning requirements, expand tubing process equipment
Application, improve production efficiency；The device can also play slip during promoting chuck to promote tubing to tubing
The effect of support, reduce the friction between tubing and device and worn caused by friction, there is simple in construction, installation soon
The characteristics of prompt, reduction is worn, suitably promotes the use of.
Brief description of the drawings
Accompanying drawing 1 is the structural representation of laser pipe cutter of the present utility model；
Accompanying drawing 2 is the propulsion chuck axis mapping of laser pipe cutter of the present utility model；
Accompanying drawing 3 is the fixation chuck axis mapping of laser pipe cutter of the present utility model；
Accompanying drawing 4 is axonometric drawing of the tubing in laser pipe cutter of the present utility model to heart positioner；
Accompanying drawing 5 is front view of the tubing in laser pipe cutter of the present utility model to heart positioner.
Wherein：1-base；11-guide rail；12-rack；13-organ type machine tool guide rail protecting cover；2-promote chuck；
21-chuck base；22-chuck body；23-motor；24-promote chuck motor；25-claw；3-fix chuck；
31-through hole；32-roller claw；33-roller；34-fix chuck motor；4-tubing is to heart detent mechanism；41-slide unit
Component；411-slide unit support；412-X is to positioning and rolling axle；413-Y-direction positioning and rolling axle；414-installing plate；415-sliding
Block bearing block；416-optical axis guide rail；417-cylinder；42-vertical operating component；421-nut bracket；422-leading screw；
423-nut；424-guide rod；425-guide sleeve；5-laser cutting machine；51-laser cutting head；6-laser.
Embodiment
The utility model is further described with embodiment below in conjunction with the accompanying drawings.
As Figure 1-5：A kind of laser pipe cutter for tubing cutting, including base 1, propulsion chuck 2, fixed chuck
3rd, tubing is provided with what is set along the length direction of base 1 to heart detent mechanism 4, laser cutting machine 5 and laser 6, its center base 1
The guide rail 11 and rack 12 being parallel to each other, wherein a guide rail 11 and a rack 12 are arranged on the water of wider width on base 1
On flat-topped ridge, a guide rail 11 is provided only with the horizontal beam of another narrower width, and wind is provided with guide rail 11 and rack 12
Qin formula machine tool guide rail protecting cover 13；The structure of chuck 2 is promoted as shown in Fig. 2 promoting chuck 2 to include chuck base 21, chuck sheet
Body 22, motor 23 and propulsion chuck motor 24, chuck base 21 drive across being supported on two guide rails 11 of base 1
Motor 23 is vertically mounted on chuck base 21, and the gear of the bottom of motor 23 can engage phase with the rack 12 on base 1
Rack and pinion drive mechanism is even formed, motor 23 is rotated into moving gear and promotes chuck by rack and pinion drive mechanism
Base 21 comes and goes operation on guide rail 11；The side of chuck body 22 is along the circumferential direction evenly arranged with claw 25, promotes chuck
Motor 24 can control surface of the claw 25 along chuck body 22 radially to do open and close movement so that claw 25 is opened in different degrees of
The tubing of different bores can be fixed during conjunction state；The structure of fixed chuck 3 is as shown in figure 3, fixed chuck 3 is fixedly mounted on base
Base is divided into tubing feed zone and tubular object extruding area by 1 middle part, and tubing is to heart detent mechanism 4 and promotes chuck 2 to be arranged on
Tubing feed zone side, there is a through hole 31 to be used to accommodate tubing to be cut at the center of fixed chuck 3, tubing to be cut is pushing away
Enter under the promotion of chuck 2 and enter tubular object extruding area from tubing feed zone side through through hole 31, in consolidating for tubular object extruding area side
Determine along the circumferential direction to be evenly arranged with roller claw 32 on chuck 3 and the top of each roller claw 32 is designed with passively rotating
Roller 33, after tubing reaches tubular object extruding area by tubing feed zone through through hole 31, controlled by fixed chuck motor 34
Roller claw 32 radially does open and close movement along the fixed surface of chuck 3, enables roller claw 32 in different degrees of folding condition
The tubing of fixed different bores, then promotes chuck 2 that processing progress can be coordinated to promote tubing to enter tubular object extruding area, tubing paragraph by paragraph
During tubular object extruding area is entered can and the relative motion of roller claw 32, now the roller 33 on the top of roller claw 32 can be with
Reduce the friction between tubing and roller claw 32；Swashing positioned at tubular object extruding area side is provided with laser cutting machine 5 simultaneously
Light cutting head 51 is cut by laser to the tubing for entering tubular object extruding area；Between propulsion chuck 2 and fixed chuck 3
Tubing on base 1 includes slide unit component 41 and vertical operating component 42 to heart detent mechanism 4, and tubing is to heart detent mechanism 4
As shown in Figure 4, Figure 5, slide unit component 41 includes slide unit support 411, X to positioning and rolling axle 412, Y-direction positioning and rolling axle to structure
413rd, installing plate 414, slider shaft holder 415, optical axis guide rail 416 and cylinder 417, being horizontally disposed with slide unit support 411 has light
Axis rail 416 and tubing can be supported and carried out vertically to the X of heart positioning to positioning and rolling axle 412, positioned at X to positioning and rolling axle
Slider shaft holder 415 has been arranged in pairs on the optical axis guide rail 416 of 412 downsides, peace is fixedly installed respectively on slider shaft holder 415
Loading board 414, installing plate 414 are provided with the Y-direction positioning and rolling axle 413 being correspondingly arranged with slider shaft holder 415, slider shaft holder
415 and/or installing plate 414 be connected by connector with the piston rod top of cylinder 417 cylinder 417 piston rod along light
The direction of axis rail 416 can adjust Y-direction positioning and rolling axle 413 position when flexible positions to tubing carry out level to the heart；Its
Middle slide unit support 411 forms Qian type groove structure by one piece of bottom plate and two blocks of side plates, and X distinguishes to the both ends of positioning and rolling axle 412
Can be around the axis of its own to positioning and rolling axle 412 installed in X on the biside plate of slide unit support 411 by deep groove ball bearing
Line is passively rotated, and the bottom of Y-direction positioning and rolling axle 413 is arranged on installing plate 414 by angular contact ball bearing so that Y-direction is fixed
The position axis of rolling 413 can passively rotate around the axis of its own；Vertical operating component 42 includes nut bracket 421, leading screw 422
With nut 423, nut 423 be fixed on parallel to slide unit support 411 set nut bracket 421 bottom base plate, leading screw 422 with
Top is upward through after the bottom plate of nut bracket 421 and is arranged on cunning by cylindrical roller thrust bearing after nut 423 is threadedly coupled
The bottom base plate of platform support 411；Guide sleeve 425 is evenly equipped with the bottom plate of nut bracket 421, is fixed on the bottom of slide unit support 411
Guide rod 424 on plate can move up and down downward through guide sleeve 425 and vertically along guide sleeve 425.
On the basis of said structure, as shown in Figure 4, Figure 5, optical axis guide rail 416 is arranged in pairs and optical axis guide rail 416 is symmetrical
X is distributed in the both sides of positioning and rolling axle 412；Homonymy on two optical axis guide rails 416 corresponds to slider shaft holder 415 by same
Block installing plate 414 is connected, and is led positioned at X to two pieces of installing plates 414 below positioning and rolling axle 412 are parallel across in two optical axises
On rail 416；Cylinder 417 is typically arranged in pairs, and the piston rod of cylinder 417 respectively with the slider shaft holder 415 of respective side and/or
Installing plate 414 is connected.It is provided with addition between two pieces of installing plates 414 and enables two pieces of installing plates 414 synchronous remote or same
Walk close link gear so that tubing only needs one to heart detent mechanism or a pair of cylinders 17 can operate.Determine in Y-direction
The top of the position axis of rolling 413 is provided with radial direction through hole, when installing Y-direction positioning and rolling axle 413, can be inserted in the radial direction through hole
Entering shaft-like aid prevents the transfer of Y-direction positioning and rolling axle 413, is easy to Fast Installation.
In addition in normal set, promote and two tubing be provided between chuck 2 and fixed chuck 3 to heart detent mechanism 4,
The two tubing can be run to heart detent mechanism 4 under synchronous in the vertical direction.Tubing is to every piece of peace in heart detent mechanism 4
Two Y-direction positioning and rolling axles 413 are installed, the two Y-direction positioning and rolling axles 413 are with X to positioning and rolling axle 412 in loading board 414
Centered on it is symmetrical.Respectively there is a through hole on four angles of nut bracket 421, it is coaxial with through hole in the lower section of each through hole
A guide sleeve 425 is fixedly mounted in direction, is arranged a guide rod 424 in each guide sleeve 425, guide rod 424 passes through guiding
Set 425 is slidably connected with nut bracket 421, and guide rod 424 is fixedly connected through guide sleeve 425 with the bottom plate of slide unit support 411.
In actual production, effect of the tubing to heart detent mechanism 4 is to adjust the position of tubing to be processed, complete tubing and
Promote chuck 2 to the heart position, after positioning the axis of tubing will with promote chuck 2 axis overlap, because promote chuck 2 with
Fixed chuck 3 is to dress of feeling at ease, so when tubing is with promoting chuck 2 to complete to position the heart, tubing and fixed chuck 3 are also complete
Into to heart positioning.Promote chuck 2 to promote tubing in the axial direction after positioning, make tubing through the fixation chuck in front of machining position
3 reach machining position, and in progradation, tubing plays a part of sliding support to heart detent mechanism 4 to tubing, ensures tubing
It is stable to promote.After tubing enters machining position, this wheel operation of tubing to heart detent mechanism 4 is completed, and then two groups of tubing are to the heart
Detent mechanism 4 synchronously drops to wait below lathe to be called during next tubular object extruding.Now the both ends of tubing are respectively by promoting
Chuck 2 and fixed chuck 3 fix support, and laser cutting head 51 is processed to the tubing in the fixed side machining position of chuck 3, pushed away
Enter the progress that chuck 2 coordinates processing, constantly promote tubing unprocessed tubing is entered machining position paragraph by paragraph, until whole tubing adds
Work finishes.
Using tubing provided by the utility model to heart detent mechanism 4 to tubing and promote chuck 2 to heart positioning step
It is specific as follows：
（1）, tubing sets to the zero-bit of heart detent mechanism 4：Pipe Cutting equipment is opened, two tubing are same to heart detent mechanism 4
Step is risen on work top below the lathe, treat tubing to upper edge from the X of heart detent mechanism 4 to positioning and rolling axle 412 with
When promoting the axis of chuck 2 etc. high, tubing stops rising to heart detent mechanism, and this is highly set as tubing pair by control system
The zero-bit of heart detent mechanism 4, that is, complete tubing and the zero-bit of heart detent mechanism 4 is set；Latter two right tubing is to heart detent mechanism 4
The original position synchronously dropped to below lathe etc. is to be called, and zero-bit setting need to only be carried out once when Pipe Cutting equipment uses for the first time
, need not be repeated in subsequent use zero-bit setting；
（2）, tubing with promote chuck 2 in vertical direction pair：Pipe Cutting equipment is opened, two groups of tubing are to heart detent mechanism 4
Synchronous to be risen to below lathe on work top, the height of rising is determined by centre-height L of the tubing to be processed in vertical direction
It is fixed, when tubing is equal to L/2 to the X of heart detent mechanism 4 to the upper edge of positioning and rolling axle 412 and the vertical range of dead-center position
Stop rising；Then tubing to be processed is lifted by crane with lifting appliance, is placed on slide unit component of two groups of tubing to heart detent mechanism 4
On 41, tubing is supported from the X on slide unit component 41 to positioning and rolling axle 412, the direction that tubing is placed and X are to positioning and rolling axle
412 setting direction is perpendicular, and now tubing is just contour with zero-bit in the point midway of vertical direction, that is, completes tubing with pushing away
Enter chuck 2 in vertical direction in；
（3）, tubing with promote the centering in the horizontal direction of chuck 2：Tubing is placed on X to after on positioning and rolling axle 412, i.e., complete
Into tubing with promoting chuck 2 in vertical direction in, now four Y-direction positioning and rolling axles 413 are located at the two of tubing respectively
Side, there are two Y-direction positioning and rolling axles 413 per side, control system calculates tubing according to the center width of tubing in the horizontal direction
In X to the position that should locate on positioning and rolling axle 412, slider shaft holder 415 and/or installing plate 414 are promoted by cylinder 417, entered
And drive Y-direction positioning and rolling axle 413 to clamp tubing in X to moving on positioning and rolling axle 412, determine until being clamped in four Y-directions
The horizontal centre of tubing between the axis of rolling 413 of position, is exactly in X to the centre position of positioning and rolling axle 412, that is, completes tubing
Centering in the horizontal direction；
（4）, tubing promote：After centering of the tubing with promoting chuck 2 is completed to heart detent mechanism 4 by tubing, tubing
Just with promoting chuck 2 and the axis of fixed chuck 3 to overlap, now control system control promotes chuck 2 to run to for axis
The end of tubing, and fixed one end of tubing with claw 25, then promote the direction of chuck 2 to fixed chuck 3 to run, promote
Tubing passes through the through hole 31 at the fixed center of chuck 3 to enter machining position；During promoting chuck 2 to promote tubing, tubing and pipe
Material rubs to heart detent mechanism 4, and the frictional force drives tubing to the X on heart detent mechanism 4 to positioning and rolling axle 412 and Y
Passively rotated around the axis of its own to positioning and rolling axle 413, reduce the resistance that friction promotes to tubing, tubing is to heart localization machine
Structure 4 plays a part of sliding support to tubing, it is ensured that the stable propulsion of tubing.
On the basis of the above-mentioned positioning to the heart, laser cutting head 51 can carry out laser to the tubing for entering tubular object extruding area and cut
Cut, promote chuck 2 that processing progress can be coordinated to promote tubing to enter tubular object extruding area paragraph by paragraph, tubing is entering the mistake in tubular object extruding area
Cheng Zhonghui and the relative motion of roller claw 32, now the roller 33 on the top of roller claw 32 can reduce tubing and roller claw 32
Between friction.
The utility model adjusts X by nut screw and adjusts Y to the vertical position of positioning and rolling axle 412, by cylinder 417
To the horizontal level of positioning and rolling axle 413 come meet different cross section, tubing of different shapes to heart positioning requirements, expand tubing
The application of process equipment, improve production efficiency；Tubing is to heart detent mechanism 4 during promoting chuck 2 to promote tubing
Sliding support can also be played a part of to tubing, the friction between tubing and device is reduced and worn caused by friction,
The characteristics of being worn with simple in construction, quick for installation, reduction, suitably promotes the use of.
Above example is only to illustrate technological thought of the present utility model, it is impossible to limits protection model of the present utility model with this
Enclose, it is every according to the utility model proposes technological thought, any change done on the basis of technical scheme, each fall within this reality
Within the scope of novel protected；The technology that the utility model is not directed to can be realized by prior art.
Claims (10)
1. a kind of laser pipe cutter for tubing cutting, including base（1）, promote chuck（2）, fixed chuck（3）, tubing pair
Heart detent mechanism（4）, laser cutting machine（5）And laser（6）, installed in propulsion chuck（2）With fixed chuck（3）Between bottom
Seat（1）On tubing to heart detent mechanism（4）Including slide unit component（41）With vertical operating component（42）, it is characterised in that：Institute
The slide unit component stated（41）Including slide unit support（411）, X is to positioning and rolling axle（412）, Y-direction positioning and rolling axle（413）, installation
Plate（414）, slider shaft holder（415）, optical axis guide rail（416）And cylinder（417）, in slide unit support（411）Upper be horizontally disposed with has
Optical axis guide rail（416）With can support tubing and carry out vertically to the X of heart positioning to positioning and rolling axle（412）, positioned at X to positioning
The axis of rolling（412）The optical axis guide rail of downside（416）On be arranged in pairs slider shaft holder（415）, slider shaft holder（415）Upper point
Installing plate is not fixedly installed it（414）, installing plate（414）It is provided with and slider shaft holder（415）The Y-direction positioning rolling being correspondingly arranged
Moving axis（413）, slider shaft holder（415）And/or installing plate（414）Pass through connector and cylinder（417）Piston rod top phase
Connection causes cylinder（417）Piston rod along optical axis guide rail（416）Direction it is flexible when can adjust Y-direction positioning and rolling axle
（413）Position tubing is carried out horizontal to position the heart.
2. the laser pipe cutter according to claim 1 for tubing cutting, it is characterised in that：Described optical axis guide rail
（416）It is arranged in pairs and optical axis guide rail（416）X is symmetrically distributed in positioning and rolling axle（412）Both sides；Two optical axis guide rails
（416）On homonymy correspond to slider shaft holder（415）Pass through same installing plate（414）It is connected, positioned at X to positioning and rolling axle
（412）Two pieces of installing plates of lower section（414）It is parallel across in two optical axis guide rails（416）On；Described cylinder（417）Set in pairs
Put, and cylinder（417）The piston rod slider shaft holder with respective side respectively（415）And/or installing plate（414）It is connected.
3. the laser pipe cutter according to claim 2 for tubing cutting, it is characterised in that：Two pieces of described installing plates
（414）Between be provided with cause two pieces of installing plates（414）Being capable of synchronously remote or synchronous close link gear.
4. the laser pipe cutter according to claim 1 for tubing cutting, it is characterised in that：Described slide unit support
（411）Qian type groove structure is formed by one piece of bottom plate and two blocks of side plates, and X is to positioning and rolling axle（412）Both ends pass through depth respectively
Ditch ball bearing is arranged on slide unit support（411）Cause X to positioning and rolling axle on biside plate（412）Can be around the axis of its own
Passive rotation；The Y-direction positioning and rolling axle（413）Bottom installing plate is arranged on by angular contact ball bearing（414）On so that
Y-direction positioning and rolling axle（413）Can passively it be rotated around the axis of its own.
5. the laser pipe cutter according to claim 1 for tubing cutting, it is characterised in that：Described vertical operation group
Part（42）Including nut bracket（421）, leading screw（422）And nut（423）, nut（423）It is fixed on parallel to slide unit support
（411）The nut bracket of setting（421）Bottom base plate, leading screw（422）With nut（423）Top is upward through after threaded connection
Nut bracket（421）Bottom plate after slide unit support is arranged on by cylindrical roller thrust bearing（411）Bottom base plate.
6. the laser pipe cutter according to claim 5 for tubing cutting, it is characterised in that：The nut bracket
（421）Bottom plate on be evenly equipped with guide sleeve（425）, it is fixed on slide unit support（411）Guide rod on bottom plate（424）Downward through
Guide sleeve（425）And can be along guide sleeve（425）Make vertical move up and down.
7. the laser pipe cutter according to claim 1 for tubing cutting, it is characterised in that：Described base（1）On
Provided with along base（1）The guide rail being parallel to each other that length direction is set（11）And rack（12）, wherein a guide rail（11）With one
Bar rack（12）It is arranged on base（1）It is provided only with the horizontal beam of upper wider width, on the horizontal beam of another narrower width
One guide rail（11）, and guide rail（11）And rack（12）On be provided with organ type machine tool guide rail protecting cover（13）.
8. the laser pipe cutter for being used for tubing cutting according to claim 1 or 7, it is characterised in that：Described pushing card
Disk（2）Including chuck base（21）, chuck body（22）, motor（23）With propulsion chuck motor（24）, chuck base
（21）Across being supported on base（1）Two guide rails（11）On, motor（23）It is vertically mounted on chuck base（21）On, drive
Dynamic motor（23）The gear of bottom can be with base（1）On rack（12）Engagement, which is connected, forms rack and pinion drive mechanism, drives
Dynamic motor（23）Band moving gear is rotated into and promotes chuck base by rack and pinion drive mechanism（21）In guide rail（11）It is upper past
Return operation；Chuck body（22）Side be along the circumferential direction evenly arranged with claw（25）, promote chuck motor（24）It can control
Fabrication pawl（25）Along chuck body（22）Surface radially do open and close movement so that claw（25）In different degrees of folding condition
When can fix the tubing of different bores.
9. the laser pipe cutter for being used for tubing cutting according to claim 1 or 7, it is characterised in that：Described fixing card
Disk（3）It is fixedly mounted on base（1）Middle part base is divided into tubing feed zone and tubular object extruding area, tubing is to heart localization machine
Structure（4）With propulsion chuck（2）It is arranged on tubing feed zone side；The fixed chuck（3）Center have a through hole（31）With
In receiving tubing to be cut, the fixation chuck in tubular object extruding area side（3）On be along the circumferential direction evenly arranged with roller claw
（32）, roller claw（32）By fixed chuck motor（34）Can be along fixed chuck after control（3）Surface radially do folding fortune
It is dynamic, make roller claw（32）The tubing of different bores, and each roller claw can be fixed in different degrees of folding condition
（32）Top be designed with the roller that can passively rotate（33）.
10. the laser pipe cutter according to claim 9 for tubing cutting, it is characterised in that：The laser cutting machine
（5）It is provided with the laser cutting head positioned at tubular object extruding area side（51）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721149750.0U CN206966889U (en) | 2017-09-08 | 2017-09-08 | A kind of laser pipe cutter for tubing cutting |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721149750.0U CN206966889U (en) | 2017-09-08 | 2017-09-08 | A kind of laser pipe cutter for tubing cutting |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206966889U true CN206966889U (en) | 2018-02-06 |
Family
ID=61394144
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721149750.0U Active CN206966889U (en) | 2017-09-08 | 2017-09-08 | A kind of laser pipe cutter for tubing cutting |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206966889U (en) |
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| CN108723468A (en) * | 2018-05-23 | 2018-11-02 | 苏州双金实业有限公司 | The method that Double Directional Cutting is realized to metal pipe material |
| CN108747052A (en) * | 2018-07-10 | 2018-11-06 | 武汉卡特激光工程有限责任公司 | A kind of chuck for laser pipe cutter |
| CN109604827A (en) * | 2019-02-21 | 2019-04-12 | 苏州凌创电子系统有限公司 | Sensor pin upper bush rotates welding equipment |
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| CN110421277A (en) * | 2019-09-12 | 2019-11-08 | 东莞市力星激光科技有限公司 | Three chuck laser pipe cutters of one kind and three chuck Pipe Cutting methods |
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| CN112247237B (en) * | 2020-09-11 | 2021-12-10 | 山东高速新材料科技有限公司 | Quantitative cutting and forming device for steel frame machining |
| CN112247237A (en) * | 2020-09-11 | 2021-01-22 | 王普照 | Quantitative cutting and forming device for steel frame machining |
| CN113199162A (en) * | 2021-03-26 | 2021-08-03 | 领曼机械科技(常州)有限公司 | Chuck of laser pipe cutting machine and laser pipe cutting machine |
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| CN113770553B (en) * | 2021-09-18 | 2023-11-24 | 安徽省春谷3D打印智能装备产业技术研究院有限公司 | Laser pipe cutting machine capable of positioning and cutting |
| CN114871602A (en) * | 2022-04-19 | 2022-08-09 | 济南金威刻科技发展有限公司 | Pipe supporting device for all-round laser cutting machine |
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