CN207014156U - A kind of artificial tooth process equipment - Google Patents
A kind of artificial tooth process equipment Download PDFInfo
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- CN207014156U CN207014156U CN201720403374.7U CN201720403374U CN207014156U CN 207014156 U CN207014156 U CN 207014156U CN 201720403374 U CN201720403374 U CN 201720403374U CN 207014156 U CN207014156 U CN 207014156U
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- 238000003754 machining Methods 0.000 claims abstract description 79
- 238000001514 detection method Methods 0.000 description 3
- 238000005516 engineering process Methods 0.000 description 3
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Abstract
The utility model provides a kind of artificial tooth process equipment, including：Base；For fixing the first machining spindle of the first process tool, the first machining spindle is arranged on base；For the first X-axis feed arrangement, the first Y-axis feed arrangement and the first Z axis feed arrangement for driving the first machining spindle to be moved axially respectively along X-axis, Y-axis and Z axis；For fixing the second machining spindle of the second process tool, the second machining spindle is arranged on base；For the second X-axis feed arrangement, the second Y-axis feed arrangement and the second Z axis feed arrangement for driving the second machining spindle to be moved axially respectively along X-axis, Y-axis and Z axis；And for fixing the Work fixing device of workpiece, Work fixing device is fixedly mounted on base, and Work fixing device is between the first machining spindle and the first machining spindle.Artificial tooth process equipment provided by the utility model improves the processing efficiency of workpiece, and improves the precision of product.
Description
Technical field
It the utility model is related to medical instruments field, and in particular to a kind of artificial tooth process equipment.
Background technology
Artificial tooth process equipment on existing market includes being used for the Work fixing device for fixing workpiece to be processed, for installing
The machining spindle of process tool, for driving machining spindle in three X-axis, Y-axis and Z axis (i.e. front and rear, upper and lower, left and right) directions
X-axis feed arrangement, Y-axis feed arrangement and the Z axis feed arrangement moved back and forth, and an A axle for being used to drive workpiece rotation
Rotating device.Generally when workpieces processing, A shaft rotating devices are fixed on 0 degree, pass through X-axis feed arrangement, Y-axis feeding dress
Put before and after driving machining spindle with Z axis feed arrangement, up and down, a side of left and right three-dimensional motion, first workpieces processing, treat this
After side machines, A shaft rotating devices driving workpiece rotates 180 degree, then the remaining one side of workpieces processing.
It is processed by this artificial tooth process equipment, the process time required for single product was at 25 minutes to 35 minutes
Between, efficiency comparison is low.In addition, the driving workpiece rotation of A shaft rotating devices is needed in process, due in rotary course
Worm screw can produce certain angular error (for example, 0.03 degree), and this deposits the product size for causing to process with actual size
At error (such as error is more than 0.05 millimeter).
The content of the invention
The technology that processing efficiency is low, mismachining tolerance be present be present for the existing artificial tooth process equipment of solution and ask in the utility model
A kind of topic, there is provided high in machining efficiency, high artificial tooth process equipment of machining accuracy.
Specifically, the utility model provides a kind of artificial tooth process equipment, including：Base；For fixing the first process tool
The first machining spindle, first machining spindle is arranged on the base；For driving first machining spindle along X-axis
First X-axis feed arrangement of axial movement；The first Y-axis for driving first machining spindle to be moved axially along Y-axis is fed
Device；For the first Z axis feed arrangement for driving first machining spindle to be moved axially along Z axis；For fixing the second processing
Second machining spindle of cutter, second machining spindle are arranged on the base；For driving second machining spindle
The the second X-axis feed arrangement moved axially along X-axis；For the second Y-axis for driving second machining spindle to be moved axially along Y-axis
Feed arrangement；For the second Z axis feed arrangement for driving second machining spindle to be moved axially along Z axis；And for fixing
The Work fixing device of workpiece, the Work fixing device are fixedly mounted on base, and the Work fixing device is located at institute
State between the first machining spindle and first machining spindle.
Further, the first X-axis feed arrangement includes the first X-axis support base and the first X-axis slide block, the first X
Axle support base is fixedly mounted on the base, and the first X-axis support base is provided with the first X-axis guide rail, and first X-axis is slided
Block is movably disposed in first X-axis guide rail.
Further, the first Y-axis feed arrangement includes the first Y-axis support base and the first Y-axis sliding block, the first Y
Axle support base is fixedly mounted in first X-axis slide block, and the first Y-axis support base is provided with the first Y-axis guide rail, and described
One Y-axis sliding block is movably disposed in first Y-axis guide rail, and first Y-axis guide rail is led perpendicular to first X-axis
Rail.
Further, the first X-axis support base includes two sub- support bases of the first X-axis arranged in parallel, described
First X-axis slide block includes two sub- sliding blocks of the first X-axis that support base with described two first X-axis coordinates, the first Y-axis branch
Support seat includes the first Y-axis support baseboard, and the first Y-axis support baseboard is fixedly mounted on described two sub- sliding blocks of first X-axis.
Further, the first Z axis feed arrangement includes the first Z axis support base and the first Z axis sliding block, the first Z
Axle support base is fixedly mounted on the first Y-axis sliding block, and the first Z axis support base is provided with the first Z axis guide rail, and described
One Z axis sliding block is movably disposed in first Z axis guide rail, and first machining spindle is fixedly mounted on the first Z
On axle sliding block.
Further, the second X-axis feed arrangement includes the second X-axis support base and the second X-axis slide block, the 2nd X
Axle support base is fixedly mounted on the base, and the second X-axis support base is provided with the second X-axis guide rail, and second X-axis is slided
Block is movably disposed in second X-axis guide rail.
Further, the second Y-axis feed arrangement includes the second Y-axis support base and the second Y-axis sliding block, the 2nd Y
Axle support base is fixedly mounted in second X-axis slide block, and the second Y-axis support base is provided with the second Y-axis guide rail, and described
Two Y-axis sliding blocks are movably disposed in second Y-axis guide rail, and second Y-axis guide rail is led perpendicular to second X-axis
Rail.
Further, the second X-axis support base includes two sub- support bases of the second X-axis arranged in parallel, described
Second X-axis slide block includes two sub- sliding blocks of the second X-axis that support base with described two second X-axis coordinates, the second Y-axis branch
Support seat includes the second Y-axis support baseboard, and the second Y-axis support baseboard is fixedly mounted on described two sub- sliding blocks of second X-axis.
Further, the second Z axis feed arrangement includes the second Z axis support base and the second Z axis sliding block, the 2nd Z
Axle support base is fixedly mounted on the second Y-axis sliding block, and the second Z axis support base is provided with the second Z axis guide rail, and described
Two Z axis sliding blocks are movably disposed in second Z axis guide rail, and second machining spindle is fixedly mounted on the 2nd Z
On axle sliding block.
Further, first machining spindle is fixedly mounted on the first Z axis sliding block by the first main shaft holder,
Second machining spindle is fixedly mounted on the second Z axis sliding block by the second main shaft holder.
According to artificial tooth process equipment provided by the utility model, the structure of double-processing primary shaft is employed, in workpieces processing
Each side there is a machining spindle.Left and right machining spindle is fed by X-axis feed arrangement, Y-axis feed arrangement and Z axis respectively
Device driving moved up in front and rear, upper and lower, right and left, can simultaneously workpieces processing the side of left and right two, moreover, this practicality newly
The artificial tooth process equipment that type provides eliminates existing A shaft rotating devices, and workpiece need not rotate during processing, can be with
Disposably machine, that is, save the time of workpieces processing rotation, therefore artificial tooth process equipment provided by the utility model exists
More than one times is lifted in time efficiency.Meanwhile artificial tooth process equipment provided by the utility model is at work, workpieces processing be by
It is fixed on Work fixing device, during processing, Work fixing device does not act, i.e., workpieces processing is maintained at one
Positioning is put constant always, will not be produced site error, be effectively raised the precision of product.
Brief description of the drawings
Fig. 1 is the planar structure schematic diagram of the artificial tooth process equipment of the utility model one embodiment；
Fig. 2 is the dimensional structure diagram of the artificial tooth process equipment of the utility model one embodiment.
Embodiment
In order that technical problem, technical scheme and beneficial effect that the utility model solves are more clearly understood, below
In conjunction with the embodiments, the utility model is further elaborated.It should be appreciated that specific embodiment described herein is only
To explain the utility model, it is not used to limit the utility model.
It should be appreciated that in description of the present utility model, term "front", "rear", " on ", " under ", "left", "right" etc.
The orientation or position relationship of instruction are based on orientation shown in the drawings or position relationship, are for only for ease of and describe this practicality newly
Type, rather than require that the utility model must be with specific azimuth configuration and operation, therefore it is not intended that to the utility model
Limitation.
Shown in reference picture 1, Fig. 2, the utility model provides a kind of artificial tooth process equipment, including：Base 10；For fixing
First machining spindle 12 of one process tool 421, the first machining spindle 12 are arranged on base 10；For driving the first processing master
The first X-axis feed arrangement 14 that axle 12 moves axially along X-axis；For drive that the first machining spindle 12 moves axially along Y-axis the
One Y-axis feed arrangement 16；For the first Z axis feed arrangement 18 for driving the first machining spindle 12 to be moved axially along Z axis；For solid
Second machining spindle 22 of fixed second process tool 422, the second machining spindle 22 are arranged on base 10；For driving second to add
The second X-axis feed arrangement 24 that work main shaft 22 moves axially along X-axis；For driving the second machining spindle 22 to be moved axially along Y-axis
The second Y-axis feed arrangement 26；For the second Z axis feed arrangement 28 for driving the second machining spindle 22 to be moved axially along Z axis；With
And for fixing the Work fixing device 32 of workpiece, Work fixing device 32 is fixedly mounted on base 10, and workpiece fixes dress
32 are put between the first machining spindle 12 and the first machining spindle 22.
In artificial tooth process equipment provided by the utility model, Work fixing device 32 can use those skilled in the art public
The mode known is fixedly mounted on base 10, for example, in some embodiments of the utility model, Work fixing device 32 passes through peace
Dress screw is fixedly mounted on base 10.
It is understood that artificial tooth process equipment of the present utility model is to X-axis feed arrangement, X-axis feed arrangement and Z axis
The concrete structure of feed arrangement is not particularly limited, and X-axis feed arrangement, X-axis feed arrangement and Z axis feed arrangement can be adopted
With well known to a person skilled in the art feed arrangement, as long as ensureing that machining spindle can be carried out on front and rear, upper and lower, left and right directions
Linear motion, so as to realize the three-dimensional motion of process tool.It is for instance possible to use manipulator is as feed arrangement, i.e., only
The manipulator that need to be used can drive machining spindle to carry out three-dimensional motion on front and rear, upper and lower, left and right directions.
Likewise, X-axis feed arrangement of the present utility model, X-axis feed arrangement and Z axis feed arrangement can use it is identical
Structure, different structures can also be used, the utility model is not particularly limited to this.For example, of the present utility model one
In a little embodiments, X-axis feed arrangement, X-axis feed arrangement and Z axis feed arrangement can be engaged using sliding block with slide rail simultaneously
Structure, i.e., by drive system drive sliding block moved back and forth on slide rail.
In some embodiments of the utility model, the first X-axis feed arrangement 14 includes the first X-axis support base 146 and the
One X-axis slide block 142, the first X-axis support base 146 are fixedly mounted on base 10, and the first X-axis support base 146 is provided with the first X-axis
Guide rail 144, the first X-axis slide block 142 are movably disposed in the first X-axis guide rail 144.I.e. in the present embodiment, the first X-axis is entered
Its axial movement in X-axis is realized in the form of sliding block moves on slide rail to device 14.It is understood that the first X-axis
Support base 146 can be fixedly mounted on base 10 by the way that well known to a person skilled in the art mode.For example, in the utility model
Some embodiments in, the first X-axis support base 146 can be fixedly mounted on base 10 by fixed screw.
The other structures of the feed arrangement, as the drive system of sliding block can use, well known to a person skilled in the art driving
Device, the utility model are not particularly limited to this.For example, a servomotor can be set, servomotor passes through shaft coupling
Ball-screw is connected, rotation instruction, driving servomotor rotation are exported by control system, and then drives ball-screw rotation,
So as to drive direction of the sliding block along X-axis to carry out linear reciprocating motion.
In some embodiments of the utility model, the first Y-axis feed arrangement 16 includes the first Y-axis support base 166 and the
One Y-axis sliding block 162, the first Y-axis support base 166 are fixedly mounted in the first X-axis slide block 142, the first Y-axis support base 166
The first Y-axis guide rail 164 is provided with, the first Y-axis sliding block 162 is movably disposed in the first Y-axis guide rail 164, the first Y-axis guide rail
164 perpendicular to the first X-axis guide rail 144.I.e. in the present embodiment, the first Y-axis feed arrangement 16 equally uses sliding block on slide rail
Mobile form realizes its axial movement in Y-axis.The other structures of the feed arrangement are known to the skilled person, herein
It is not repeated to describe.
In some embodiments of the utility model, the first X-axis support base 146 includes arranged in parallel two first
The sub- support base of X-axis, is respectively arranged with the first X-axis guide rail on the sub- support base of the first X-axis, and the first X-axis slide block 142 is included respectively with the
Two sub- sliding blocks of the first X-axis that guide rail on the sub- support base of one X-axis coordinates, the first Y-axis support base 166 include the first Y-axis
Support baseboard 168, the first Y-axis support baseboard 168 are fixedly mounted on described two sub- sliding blocks of first X-axis.And then first
Y-axis feed arrangement smoothly can be arranged on the first X-axis feed arrangement, so as to ensure the steady of the first machining spindle motion
Property.
In one embodiment of the present utility model, the first Z axis feed arrangement 18 includes the first Z axis support base 186 and the
One Z axis sliding block 184, the first Z axis support base 186 are fixedly mounted on the first Y-axis sliding block 162, and 186 set on the first Z axis support base
There is the first Z axis guide rail 184, the first Z axis sliding block 182 is movably disposed in the first Z axis guide rail 184, the first machining spindle 12
It is fixedly mounted on the first Z axis sliding block 182.I.e. in the present embodiment, the first Z axis feed arrangement 16 equally uses sliding block in slide rail
The form of upper movement realizes its axial movement in Z axis.The other structures of the feed arrangement are known to the skilled person,
This is not repeated to describe.
Likewise, in order that the first Z axis feed arrangement can smoothly be arranged on the first Y-axis feed arrangement on, can also
Using it is above-mentioned it is same by the way of, that is, the sub- support base of two the first Y-axis that is parallel to each other is set and supported with two and the first Y-axis
The first Y-axis sliding block that seat coordinates, the first Z axis support base include the first Z axis supporting plate 188, and the first Z axis supporting plate 188 fixes peace
On the first Y-axis sliding block being parallel to each other mounted in two.
Likewise, in some embodiments of the utility model, the second X-axis feed arrangement, the second Y-axis and the second Z axis enter
The axial movement of X-axis, Y-axis and Z axis is equally realized in the form of sliding block moves on slide rail to device.
That is the second X-axis feed arrangement 24 includes the second X-axis support base 246 and the second X-axis slide block 242, the second X-axis support base
246 are fixedly mounted on base 10, and the second X-axis support base 246 is provided with the second X-axis guide rail 244, and the second X-axis slide block 242 is removable
Dynamic is arranged in the second X-axis guide rail 244.Likewise, the second Y-axis feed arrangement 26 includes the second Y-axis support base 266 and second
Y-axis sliding block 262, the second Y-axis support base 266 are fixedly mounted in the second X-axis slide block 242, and the second Y-axis support base 266 is provided with
Second Y-axis guide rail 264, the second Y-axis sliding block 262 are movably disposed in the second Y-axis guide rail 264, and the second Y-axis guide rail 264 is hung down
Directly in the second X-axis guide rail 244.
Identical, the second X-axis support base 246 include two sub- support bases of the second X-axis arranged in parallel, this two
The second X-axis guide rail 244 is respectively arranged with the sub- support base of two X-axis, the second X-axis slide block 242 includes supporting with two the second X-axis
Two sub- sliding blocks of the second X-axis that seat coordinates, the second Y-axis support base 266 include the second Y-axis support baseboard 268, the support of the second Y-axis
Bottom plate 268 is fixedly mounted on two sub- sliding blocks of the second X-axis.And then second Y-axis feed arrangement can smoothly be arranged on second
On X-axis feed arrangement, so as to ensure the stationarity of the second machining spindle motion.
Second Z axis feed arrangement 28 includes the second Z axis support base 286 and the second Z axis sliding block 282, the second Z axis support base
286 are fixedly mounted on the second Y-axis sliding block 262, and the second Z axis support base 286 is provided with the second Z axis guide rail 284, and the second Z axis is slided
Block 282 is movably disposed in the second Z axis guide rail 284, and the second machining spindle 22 is fixedly mounted on the second Z axis sliding block 282.
Likewise, in order that the second Z axis feed arrangement can smoothly be arranged on the second Y-axis feed arrangement on, can also
Using it is above-mentioned it is same by the way of, that is, the sub- support base of two the second Y-axis that is parallel to each other is set and supported with two and the second Y-axis
The second Y-axis sliding block that seat coordinates, the second Z axis support base include the second Z axis supporting plate 288, and the second Z axis supporting plate 288 fixes peace
On the second Y-axis sliding block being parallel to each other mounted in two.
In some embodiments of the utility model, the first machining spindle 12 is fixedly mounted by the first main shaft holder 122
On the first Z axis sliding block 182, the second machining spindle 22 is fixedly mounted on the second Z axis sliding block 282 by the second main shaft holder 222
On.It is understood that the first machining spindle 12 and the second machining spindle 22 can be by known in other skilled in the art
Mode be respectively and fixedly installed on the first Z axis sliding block 182 and the second Z axis sliding block 282, as long as so that the He of the first machining spindle 12
Second machining spindle 22 can move with the movement of the first Z axis sliding block 182 and the second Z axis sliding block 282.
It is understood that the utility model is not particularly limited for Work fixing device, this area skill can be used
Fixing device known to art personnel, as long as can be fixed in workpiece for processing.In some implementations of the present utility model
In example, Work fixing device fixes workpiece to be processed using the form of air-actuated jaw.
Artificial tooth process equipment provided by the utility model can also include the tool magazine for arrangement of tool.Because this practicality is new
Type uses two machining spindles, it is to be understood that can set two tool magazines, correspond to two machining spindles respectively.Tool magazine
Dependency structure is known to the skilled person, and is not described in detail herein.Tool magazine can place much knives tool, for example, at this
In some embodiments of utility model, each tool magazine can place three cutters.
Artificial tooth process equipment provided by the utility model can also include tool setting gauge.Because the utility model uses two to add
Work main shaft, it is to be understood that two tool setting gauges can be set, correspond to two machining spindles respectively.The dependency structure of tool setting gauge
It is known to the skilled person, is not described in detail herein.
It is understood that the other systems or structure of artificial tooth process equipment of the present utility model, such as kinetic control system,
Cooling for cut system etc., it can use well known to a person skilled in the art system or structure, the utility model is not special to this
Limitation, is not described in detail herein.
Below in the form of feed arrangement is coordinated using sliding block and slide rail exemplified by introduce artificial tooth of the present utility model and process
The course of work of equipment.
Respectively there are three straight-line feed devices of an X, Y, Z axis in the right and left of workpieces processing, one is set on each axle
Individual servomotor, servomotor connect ball-screw by shaft coupling, and rotation instruction, servomotor rotation are exported by control system
Turn the rotation of drive ball-screw, realize the linear reciprocating motion of each axle.Bottom X-axis feed arrangement is rotated by motor drives rolling
Linear reciprocating motion before and after ballscrew rotation is realized, Z axis feed arrangement horizontal plane are fixed on above X-axis feed arrangement, are led to
Crossing motor rotation drives ball-screw rotation to realize left and right linear reciprocating motion, and Y-axis feed arrangement is to be fed up and down perpendicular to X-axis
Device, and rotated by motor and drive ball-screw rotation realization up and down reciprocatingly to move along a straight line.
The machining spindle of left and right two of workpieces processing of the present utility model is oppositely arranged on the right and left of workpieces processing, adds
Cutter is accompanied on work main shaft, for example, the bistrique of ground glass ceramic material.The speed of mainshaft is up to 50,000 rpms.During work, open
Dynamic Work fixing device, be put into workpieces processing and fixed workpieces processing (for air-actuated jaw, i.e., air-actuated jaw is ventilated with
Fixture is unclamped, is put into workpieces processing, after dying, air-actuated jaw clamping machining workpiece), then click on automatic switch, Machine-Tool Control
System up and down, left and right and front and rear drive left and right machining spindle movement, is moved to tool magazine No.1 to each axle feed arrangement instruction in left and right
Bistrique, then move to tool setting gauge position automatic tool preset detection bistrique length, after the completion of machining spindle receive rotation instruction and start
Rotation, is moved to workpieces processing position and starts three-dimensional movement, ablation is carried out to workpieces processing with bistrique, No.1 bistrique is first ground
Go out required product profile, after the completion of machining spindle stop, being automatically moved to tool magazine, No.1 bistrique be put into tool magazine, then move
Dynamic No. two bistrique positions grip No. two bistriques, then automatic tool preset detection bistrique length, carry out three-dimensional grinding after the completion of detection automatically,
Grind off remaining material surplus, after the completion of it is same change to No. three bistriques grindings, until grinding required qualified products.Entirely
Process is fixed except workpieces processing, and click starts the fully automated work of rear equipment, is guarded without personnel.The artificial tooth process equipment is resistance to
Strong with property, stability is high, simplifies the operation of employee, reduces working strength and the operating technology requirement of employee.
Sold equipment processing like product, one product of processing need 20-35 minutes currently on the market, same condition
Under, 10-15 minutes are only needed using the equipment processing same material of the structure, greatly improve processing efficiency, and ensure that
The accuracy and stability of product
According to artificial tooth process equipment provided by the utility model, the structure of double-processing primary shaft is employed, in workpieces processing
Each side there is a machining spindle.Left and right machining spindle is fed by X-axis feed arrangement, Y-axis feed arrangement and Z axis respectively
Device driving moved up in front and rear, upper and lower, right and left, can simultaneously workpieces processing the side of left and right two, moreover, this practicality newly
The artificial tooth process equipment that type provides eliminates existing A shaft rotating devices, and workpiece need not rotate during processing, can be with
Disposably machine, that is, save the time of workpieces processing rotation, therefore artificial tooth process equipment provided by the utility model exists
More than one times is lifted in time efficiency.Meanwhile artificial tooth process equipment provided by the utility model is at work, workpieces processing be by
It is fixed on Work fixing device, during processing, Work fixing device does not act, i.e., workpieces processing is maintained at one
Positioning is put constant always, will not be produced site error, be effectively raised the precision of product.
Preferred embodiment of the present utility model is the foregoing is only, not to limit the utility model, therefore, only
This is should be included in all any modification, equivalent and improvement that the utility model specification and drawings content is made etc.
Within the protection domain of utility model.
Claims (10)
- A kind of 1. artificial tooth process equipment, it is characterised in that including：Base；For fixing the first machining spindle of the first process tool, first machining spindle is arranged on the base；For the first X-axis feed arrangement for driving first machining spindle to be moved along X axis；For the first Y-axis feed arrangement for driving first machining spindle to be moved along Y-axis；For driving first machining spindle along Z axis to the first Z axis feed arrangement moved；For fixing the second machining spindle of the second process tool, second machining spindle is arranged on the base；For the second X-axis feed arrangement for driving second machining spindle to be moved along X axis；For the second Y-axis feed arrangement for driving second machining spindle to be moved along Y-axis；For driving second machining spindle along Z axis to the second Z axis feed arrangement moved；AndFor fixing the Work fixing device of workpiece, the Work fixing device is fixedly mounted on base, and the workpiece is consolidated Device is determined between first machining spindle and first machining spindle.
- 2. artificial tooth process equipment as claimed in claim 1, it is characterised in that the first X-axis feed arrangement includes the first X-axis Support base and the first X-axis slide block, the first X-axis support base are fixedly mounted on the base, on the first X-axis support base Provided with the first X-axis guide rail, first X-axis slide block is movably disposed in first X-axis guide rail.
- 3. artificial tooth process equipment as claimed in claim 2, it is characterised in that the first Y-axis feed arrangement includes the first Y-axis Support base and the first Y-axis sliding block, the first Y-axis support base are fixedly mounted in first X-axis slide block, first Y-axis Support base is provided with the first Y-axis guide rail, and the first Y-axis sliding block is movably disposed in first Y-axis guide rail, and described One Y-axis guide rail is perpendicular to first X-axis guide rail.
- 4. artificial tooth process equipment as claimed in claim 3, it is characterised in that the first X-axis support base includes being parallel to each other The two sub- support bases of the first X-axis set, first X-axis guide rail is respectively arranged with described two sub- support bases of first X-axis, First X-axis slide block includes two sub- sliding blocks of the first X-axis that support base with described two first X-axis coordinates, the first Y Axle support base includes the first Y-axis support baseboard, and it is sliding that the first Y-axis support baseboard is fixedly mounted on described two first X-axis On block.
- 5. artificial tooth process equipment as claimed in claim 4, it is characterised in that the first Z axis feed arrangement includes the first Z axis Support base and the first Z axis sliding block, the first Z axis support base are fixedly mounted on the first Y-axis sliding block, first Z axis Support base is provided with the first Z axis guide rail, and the first Z axis sliding block is movably disposed in first Z axis guide rail, and described One machining spindle is fixedly mounted on the first Z axis sliding block.
- 6. artificial tooth process equipment as claimed in claim 5, it is characterised in that the second X-axis feed arrangement includes the second X-axis Support base and the second X-axis slide block, the second X-axis support base are fixedly mounted on the base, on the second X-axis support base Provided with the second X-axis guide rail, second X-axis slide block is movably disposed in second X-axis guide rail.
- 7. artificial tooth process equipment as claimed in claim 6, it is characterised in that the second Y-axis feed arrangement includes the second Y-axis Support base and the second Y-axis sliding block, the second Y-axis support base are fixedly mounted in second X-axis slide block, second Y-axis Support base is provided with the second Y-axis guide rail, and the second Y-axis sliding block is movably disposed in second Y-axis guide rail, and described Two Y-axis guide rails are perpendicular to second X-axis guide rail.
- 8. artificial tooth process equipment as claimed in claim 7, it is characterised in that the second X-axis support base includes being parallel to each other The two sub- support bases of the second X-axis set, first X-axis guide rail is respectively arranged with the sub- support base of the second X-axis, it is described Second X-axis slide block includes two sub- sliding blocks of the second X-axis that support base with described two second X-axis coordinates, the second Y-axis branch Support seat includes the second Y-axis support baseboard, and the second Y-axis support baseboard is fixedly mounted on described two sub- sliding blocks of second X-axis.
- 9. artificial tooth process equipment as claimed in claim 8, it is characterised in that the second Z axis feed arrangement includes the second Z axis Support base and the second Z axis sliding block, the second Z axis support base are fixedly mounted on the second Y-axis sliding block, second Z axis Support base is provided with the second Z axis guide rail, and the second Z axis sliding block is movably disposed in second Z axis guide rail, and described Two machining spindles are fixedly mounted on the second Z axis sliding block.
- 10. artificial tooth process equipment as claimed in claim 9, it is characterised in that first machining spindle passes through the first main shaft Holder is fixedly mounted on the first Z axis sliding block, and second machining spindle is fixedly mounted on institute by the second main shaft holder State on the second Z axis sliding block.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720403374.7U CN207014156U (en) | 2017-04-18 | 2017-04-18 | A kind of artificial tooth process equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720403374.7U CN207014156U (en) | 2017-04-18 | 2017-04-18 | A kind of artificial tooth process equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207014156U true CN207014156U (en) | 2018-02-16 |
Family
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| Application Number | Title | Priority Date | Filing Date |
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| CN201720403374.7U Active CN207014156U (en) | 2017-04-18 | 2017-04-18 | A kind of artificial tooth process equipment |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109940485A (en) * | 2019-04-26 | 2019-06-28 | 四川天府珞埔三维科技有限公司 | A kind of artificial tooth automatically grinding repair system |
| CN119279827A (en) * | 2024-12-12 | 2025-01-10 | 深圳云甲科技有限公司 | Denture engraving machine |
-
2017
- 2017-04-18 CN CN201720403374.7U patent/CN207014156U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109940485A (en) * | 2019-04-26 | 2019-06-28 | 四川天府珞埔三维科技有限公司 | A kind of artificial tooth automatically grinding repair system |
| CN119279827A (en) * | 2024-12-12 | 2025-01-10 | 深圳云甲科技有限公司 | Denture engraving machine |
| CN119279827B (en) * | 2024-12-12 | 2025-04-04 | 深圳云甲科技有限公司 | Denture engraving machine |
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Effective date of registration: 20211214 Address after: 518000 Room 502, building a, Junzhi Science Park, No. 244, Xixiang Avenue, Xixiang street, Bao'an District, Shenzhen, Guangdong Province Patentee after: Aoke Technology (Shenzhen) Co.,Ltd. Address before: 518102 room 503, Duhui building, 9-10 Dongdi, Jingbei Huaqiao new village, Xixiang street, Bao'an District, Shenzhen, Guangdong Province Patentee before: SHENZHEN GUORUI TECHNOLOGY CO.,LTD. |