CN208322680U - Vertical machining centre deep hole drilling and milling bracket - Google Patents
Vertical machining centre deep hole drilling and milling bracket Download PDFInfo
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- CN208322680U CN208322680U CN201820981397.0U CN201820981397U CN208322680U CN 208322680 U CN208322680 U CN 208322680U CN 201820981397 U CN201820981397 U CN 201820981397U CN 208322680 U CN208322680 U CN 208322680U
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Abstract
The utility model discloses a kind of vertical machining centre deep hole drilling and milling brackets, including column, bracket, movement of bracket mechanism, bottom plate, stabilization mechanism and fixed plate, column is connect with bracket, bottom plate is connect with bracket, movement of bracket mechanism is connect with bottom plate, fixed plate is connect with movement of bracket mechanism, stabilization mechanism is connect with fixed plate, stabilization mechanism includes hydraulic cylinder plate, hydraulic cylinder, limited block, third sliding rail, third sliding block and stabilization plate, hydraulic cylinder plate is fixedly connected with fixed plate, hydraulic cylinder plate is equipped with limit plate and limiting slot, hydraulic cylinder is mounted on limit plate, hydraulic cylinder includes piston rod, limit plate is equipped with rod aperture, piston rod passes through rod aperture and connect with limited block, limited block is connect with stabilization plate, and it can be in being moved in limiting slot, third sliding rail is connect with hydraulic cylinder plate, third sliding block is connect with stabilization plate, third Sliding block is set on third sliding rail, and stabilization plate is equipped with limit hole.
Description
Technical field
The utility model relates to vertical machining centre fields, more particularly, to vertical machining centre deep hole drilling and milling support
Frame.
Background technique
When carrying out drilling and milling to workpiece, drill mill tool can be trembled existing vertical machining centre in process
It is dynamic, cause to reduce Workpiece Machining Accuracy, influences product quality.The abrasion of drill mill tool is increased simultaneously, increases production cost.
With the development of modern industry, higher and higher to the requirement on machining accuracy of workpiece, be badly in need of one kind can solve drill mill tool adding
The device of jitter problem during work.
Utility model content
The purpose of this utility model is to provide a kind of vertical machining centre deep hole drilling and milling brackets, can solve above
Problem.
One aspect according to the present utility model provides a kind of vertical machining centre deep hole drilling and milling bracket, including
Column, bracket, movement of bracket mechanism, bottom plate, stabilization mechanism and fixed plate, column are connect with bracket, and bottom plate is connect with bracket, support
Frame movement mechanism is connect with bottom plate, and fixed plate is connect with movement of bracket mechanism, and stabilization mechanism is connect with fixed plate, stabilization mechanism packet
Hydraulic cylinder plate, hydraulic cylinder, limited block, third sliding rail, third sliding block and stabilization plate are included, hydraulic cylinder plate is connect with fixed plate, hydraulic
Cylinder plate is equipped with limit plate and limiting slot, and hydraulic cylinder is mounted on limit plate, and hydraulic cylinder includes piston rod, and limit plate is equipped with piston
Rod aperture, piston rod pass through rod aperture and connect with limited block, and limited block is connect with stabilization plate, and can in being moved in limiting slot, the
Three sliding rails are connect with hydraulic cylinder plate, and third sliding block is connect with stabilization plate, and third sliding block is set on third sliding rail, are set on stabilization plate
There is limit hole.
The beneficial effects of the utility model are: bracket and column are bolted the utility model, bottom plate and bracket
It being bolted, movement of bracket mechanism is bolted with bottom plate, and fixed plate is bolted with movement of bracket mechanism,
Stabilization mechanism is bolted with fixed plate, and movement of bracket framework can drive stabilization mechanism to be moved along specific direction,
During drilling and milling, stabilization mechanism can be made constantly to adjust the phase of stabilization mechanism with cutter with the working depth of cutter
To position, keep anti-shake effect best.Hydraulic cylinder is mounted on hydraulic cylinder plate by bolt, and the piston rod of hydraulic cylinder passes through piston rod
Hole, one end and the limited block of piston rod are bolted, and limited block is mounted on stabilization plate by bolt, and limited block is located at limit
In the slot of position, when piston rod stretches out, piston rod pushes limited block to move out along limiting slot, and limited block drives stabilization plate to outward transport
It is dynamic.Third sliding rail is mounted below hydraulic cylinder plate by bolt, and sliding-rail groove is mounted on the top of stabilization plate, and third sliding rail is set in
In sliding-rail groove, so, under the drive of piston rod, limited block drives stabilization plate to be moved along sliding-rail groove, stretches out stabilization plate
Or it withdraws.Stabilization plate is equipped with limit hole, and when carrying out drilling and milling, cutter can pass through limit hole, the diameter of limit hole
The jitter amplitude of cutter can be limited, stabilization plate can reduce the shake of cutter during drilling and milling, reduce drill mill tool
Mismachining tolerance improves the accuracy of processing.The shake that can be had using the present invention to avoid drill mill during depth drill Milling Machining
Situation, can be improved the accuracy and precision of deep hole drilling and milling, while avoid the abrasion in process to drill mill tool, mention
High cutting-tool's used life.
In some embodiments, the utility model further includes limiter, and limiter includes upper cylindrical body and lower cylindrical body,
Upper cylindrical body is connect with lower cylindrical body, and the base area of lower cylindrical body is less than the base area of the upper cylindrical body, on limiter
Equipped with cutter holes, cutter holes are through-hole, run through upper cylindrical body and lower cylindrical body, limit hole be equipped with upper hole and lower opening, lower opening it is straight
Diameter is less than the diameter in upper hole, and size and shape and the upper hole of lower cylindrical body match, and the center of circle in upper hole, lower opening and cutter holes is same
On straight line.The size and shape of lower cylindrical body match with upper hole, and the floor space of lower cylindrical body is less than the bottom of upper cylindrical body
Face area, facilitates limiter to be mounted in hole, and the cutter holes of limiter can be convenient the cutter suitable for different size, can be with
Corresponding matched limiter is replaced according to the diameter of different cutters.When carrying out drilling and milling, cutter pass through upper hole, cutter holes and
Cutter is limited in limit hole by lower opening, limiter, be can reduce jitter amplitude of drill mill tool during deep hole machining, is reached
To the purpose for improving machining accuracy.
In some embodiments, branch is provided with column fixed plate, set square, motor cabinet fixed plate and bottom plate fixing plate,
Column fixed plate is fixedly connected with column, and the side of set square is connected with column fixed plate, the other side and bottom plate fixing plate phase
Connection, bottom plate fixing plate and column fixed plate are perpendicular, and the side of motor cabinet fixed plate is connected with column fixed plate, the other side
It is connected with bottom plate fixing plate, bottom plate is connect with bottom plate fixing plate, and motor cabinet fixed plate is equipped with first through hole.Bracket is by bracket
Movement mechanism is bolted on column, and bracket plays the role of fixing and supporting to movement of bracket mechanism.Column is fixed
Plate is bolted with column, and set square column fixed plate and bottom plate fixing plate play the role of support, makes the knot of bracket
Structure is more stable.Bottom plate is mounted in bottom plate fixing plate by bolt, and motor cabinet is mounted in motor cabinet fixed plate by bolt, branch
Frame plays the role of fixed, support to bottom plate and motor cabinet.Motor cabinet fixed plate is perpendicular with bottom plate fixing plate, and bracket is facilitated to transport
The setting of motivation structure.
In some embodiments, movement of bracket mechanism includes carriage drive mechanism, the first sliding rail, the first sliding block and first
Link block, the first sliding rail are mounted on bottom plate, and the first sliding rail is two, and the first sliding rail is parallel and in the same plane, bracket
Driving mechanism is located between two the first sliding rails, and the first sliding block is set on the first sliding rail, and the first sliding block is connect with fixed plate, the
One link block is mounted on bottom plate, and fixed plate is connect by the first link block with carriage drive mechanism.Two the first sliding rails are parallel
It is and in the same plane, it is ensured that stabilization mechanism is slided along the first sliding rail quick and stable, makes phase of the limiter with cutter
It is constant to position, guarantee anti-shake effect.
In some embodiments, carriage drive motivation structure include first motor, first motor seat, the first ball screw,
First ball silk braid and the first limited block, first motor are mounted on first motor seat, and it is solid that first motor seat is mounted on motor cabinet
On fixed board, the first ball screw is passed through from first through hole, and first motor is connect with one end of the first ball screw, the first ball
The other end of screw rod is connect with the first limited block, and the first ball silk braid is set on the first ball screw, the first link block with
The connection of first ball silk braid.First motor drives the rotation of the first ball screw, band of the first ball silk braid in the first ball screw
It moving along a straight line under dynamic, the first link block is bolted with fixed plate, and fixed block is bolted with stabilization mechanism,
So the first ball silk braid under the action of first motor, drives stabilization mechanism to transport up and down along the first ball screw and the first sliding rail
It is dynamic.It can guarantee that the relative position of limiter and cutter remains unchanged.
In some embodiments, the utility model further includes head motion mechanism, and head motion mechanism includes that head drives
Motivation structure, the second sliding rail and the second sliding block, the second sliding rail are arranged on column, and the second sliding rail is two, two the second sliding rail phases
Mutually parallel and in the same plane, head motion mechanism is located between two the second sliding rails, and it is sliding that the second sliding block is set in second
On rail.Head motion mechanism can drive head rack to be moved along two the second sliding rails.
In some embodiments, head driving mechanism includes the second motor, the second motor cabinet, the second ball screw, the
Two ball silk braids and the second limited block, the second motor are mounted in the second motor cabinet, and the second motor cabinet is fixedly connected with column, the
One end of two ball screws is connect with the second motor, and the other end of the second ball screw is connect with the second limited block, the second ball
Silk braid is set on the second ball screw.Second motor at work, drives the rotation of the second ball screw, the second ball silk braid edge
Second ball screw moves in a straight line, and the second ball wire cuff motivation head bracket is moved along the second ball screw.
In some embodiments, the utility model further includes head rack, head, cutter and head motor, head branch
Frame is connect with the second ball silk braid, and head is mounted in head rack, and cutter is connect with head, and head motor is mounted on head branch
In frame, head motor is connect with head, and the second sliding block is connect with head rack.Second sliding block and head rack are connected by bolt
It connects.Head rack is bolted with the second ball silk braid, and the second ball silk braid and the second sliding block can drive head rack
Interior cutter moves along a straight line along the second ball screw and the second sliding rail.
Detailed description of the invention
Fig. 1 is a kind of structural representation of the vertical machining centre deep hole drilling and milling bracket of embodiment of the utility model
Figure.
Fig. 2 is a kind of right view of the vertical machining centre deep hole drilling and milling bracket of embodiment of the utility model.
Fig. 3 is a kind of bracket of the vertical machining centre deep hole drilling and milling bracket of embodiment of the utility model, prevents
Tremble mechanism, movement of bracket mechanism, bottom plate and fixed plate structural schematic diagram.
Fig. 4 is a kind of knot of the bracket of the vertical machining centre deep hole drilling and milling bracket of embodiment of the utility model
Structure schematic diagram.
Fig. 5 is a kind of movement of bracket of the vertical machining centre deep hole drilling and milling bracket of embodiment of the utility model
The structural schematic diagram of mechanism.
Fig. 6 is a kind of stabilization mechanism of the vertical machining centre deep hole drilling and milling bracket of embodiment of the utility model
Top view.
Fig. 7 is a kind of stabilization mechanism of the vertical machining centre deep hole drilling and milling bracket of embodiment of the utility model
Structure chart.
Fig. 8 is the column and machine of a kind of vertical machining centre deep hole drilling and milling bracket of embodiment of the utility model
The structural schematic diagram of head movement mechanism.
Fig. 9 is column, the machine of a kind of vertical machining centre deep hole drilling and milling bracket of embodiment of the utility model
Head movement mechanism, head box, head, head motor and cutter structural schematic diagram.
Figure 10 is a kind of limiter of the vertical machining centre deep hole drilling and milling bracket of embodiment of the utility model
Diagrammatic cross-section.
Specific embodiment
The utility model is described in further detail with reference to the accompanying drawing.
With reference to Fig. 1~Figure 10, a kind of vertical machining centre deep hole drilling and milling bracket of the utility model, including column 1,
Bracket 2, movement of bracket mechanism 3, bottom plate 4, stabilization mechanism 5 and fixed plate 6, column 1 are connect with bracket 2, and bottom plate 4 and bracket 2 connect
It connects, movement of bracket mechanism 3 is connect with bottom plate 4, and fixed plate 6 is connect with movement of bracket mechanism 3, and stabilization mechanism 5 and fixed plate 6 connect
It connects, stabilization mechanism 5 includes hydraulic cylinder plate 51, hydraulic cylinder 52, limited block 53, third sliding rail 54, third sliding block 55,56 and of stabilization plate
Limiter 57, hydraulic cylinder plate 51 are fixedly connected with fixed plate 6, and hydraulic cylinder plate 51 is equipped with limit plate 511 and limiting slot 512, liquid
Cylinder pressure 52 is mounted on limit plate 511, and hydraulic cylinder 52 includes piston rod 521, and limit plate 511 is equipped with rod aperture 513, piston rod
521 pass through rod aperture 513 connect with limited block 53, and limited block 53 is connect with stabilization plate 56, and is moved in limiting slot 512,
Third sliding rail 54 is connect with hydraulic cylinder plate 51, and third sliding block 55 is connect with stabilization plate 56, and third sliding block 55 is set in third sliding rail
On 54, stabilization plate 56 is equipped with limit hole 60.
The utility model further includes limiter 59, and limiter 59 includes upper cylindrical body 592 and lower cylindrical body 593, upper cylinder
Body 592 is connect with lower cylindrical body 593, and the base area of lower cylindrical body 593 is less than the base area of upper cylindrical body 592, limiter
59 are equipped with cutter holes 591, and cutter holes 591 are through-hole, run through upper cylindrical body 592 and lower cylindrical body 593, and limit hole 60 is equipped with upper
Hole 57 and lower opening 58, the diameter of lower opening 58 are less than the diameter in upper hole 57, the size and shape of lower cylindrical body 593 and upper 57 phase of hole
Match, the center of circle in upper hole 57, lower opening 58 and cutter holes 591 is on same straight line.
Bracket 2 is equipped with column fixed plate 21, set square 22, motor cabinet fixed plate 23 and bottom plate fixing plate 24, and column is fixed
Plate 21 is fixedly connected with column 1, and the side of set square 22 is connected with column fixed plate 21, the other side and 24 phase of bottom plate fixing plate
Connection, bottom plate fixing plate 24 and column fixed plate 21 are perpendicular, and the side of motor cabinet fixed plate 23 is connected with column fixed plate 21
It connects, the other side is connected with bottom plate fixing plate 24, and bottom plate 4 is connect with bottom plate fixing plate 24, and motor cabinet fixed plate 23 is equipped with the
One through-hole 231.
Movement of bracket mechanism 3 includes carriage drive mechanism 31, the first sliding rail 32, the first sliding block 33 and the first link block 34,
First sliding rail 32 is mounted on bottom plate 4, and the first sliding rail 32 is two, and the first sliding rail 32 is parallel and in the same plane, bracket
Driving mechanism 31 is located between two the first sliding rails 32, and the first sliding block 33 is set on the first sliding rail 32, the first sliding block 33 with it is solid
Fixed board 6 connects, and the first link block 34 is mounted on bottom plate 4, and fixed plate 6 is connected by the first link block 34 with carriage drive mechanism 31
It connects.
Carriage drive motivation structure 31 includes first motor 311, first motor seat 312, the rolling of the first ball screw 313, first
Pearl silk braid 314 and the first limited block 315, first motor 311 are mounted on first motor seat 312, and first motor seat 312 is mounted on
In motor cabinet fixed plate 23, first ball screw 313 is passed through from first through hole 231, first motor 311 and the first ball screw
313 one end connection, the other end of the first ball screw 313 are connect with the first limited block 315, the first 314 sets of ball silk braid
It is located on the first ball screw 313, the first link block 34 is connect with the first ball silk braid 314.
The utility model further includes head motion mechanism 7, and head motion mechanism 7 is sliding including head driving mechanism 71, second
Rail 72 and the second sliding block 73, the second sliding rail 72 are arranged on column 1, and the second sliding rail 72 is two, and two the second sliding rails 72 are mutually
Parallel and in the same plane, head motion mechanism 7 is located between two the second sliding rails 72, and the second sliding block 73 is set in second
On sliding rail 72.
Head driving mechanism 71 includes the second motor 711, the second motor cabinet 712, the second ball screw 713, the second ball
Silk braid 714 and the second limited block 715, the second motor 711 are mounted in the second motor cabinet 712, the second motor cabinet 712 and column 1
It is fixedly connected, one end of the second ball screw 713 is connect with the second motor 711, the other end and second of the second ball screw 713
Limited block 715 connects, and the second ball silk braid 714 is set on the second ball screw 713.
The utility model further includes head rack 8, head 9, cutter 10 and head motor 11, and head rack 8 and second are rolled
Pearl silk braid 714 connects, and head 9 is mounted in head rack 8, and cutter 10 is connect with head 9, and head motor 11 is mounted on head branch
In frame 8, head motor 11 is connect with head 9, and the second sliding block 73 is connect with head rack 8.
The specific working mode of the utility model: when carrying out drilling and milling using the utility model, hydraulic cylinder 52 works, living
Stopper rod 521 stretches out, and limited block 53 is pushed to move along limiting slot 512, and limited block 53 drives stabilization plate 56 mobile to cutter 10, when anti-
When trembling arrival 10 lower section of cutter of upper hole 57 of plate 56, limiter 59 is mounted in upper hole 57, lower cylindrical body 593 and upper hole 57
Size and shape match, and upper cylindrical body 592 is stuck on hole 57, can fix the position of limiter 59, make hole 57, cutter
The center of circle of 58 three of hole 591 and lower opening is on same straight line.The work of first motor 311 drives the rotation of the first ball screw 313,
First ball silk braid 314 is moved along the first ball screw 313, and the first ball silk braid 314 drives stabilization by the first link block 34
Mechanism 5 is moved along the first ball screw 313, so that cutter 10 is passed through upper hole 57, cutter holes 591 and lower opening 58, cutter 10 is limited
In cutter holes 591.After drilling and milling starts, head motion mechanism 7 is moved downward by head rack 8 with cutter 10, with
Drilling protrude into, the part that cutter 10 is exposed at workpiece or more gradually decreases, movement of bracket mechanism 3 will drive stabilization mechanism 5 with
Decline with cutter 10, keep limiter 59 and the relative position of cutter 10 constant, limiter 59 is always held at cutter 10 and reveals nurse
The intermediate position of part above section.
Above-described is only some embodiments of the utility model.For those of ordinary skill in the art,
Without departing from the concept of the present invention, various modifications and improvements can be made, these belong to practical
Novel protection scope.
Claims (8)
1. vertical machining centre deep hole drilling and milling bracket, which is characterized in that including column, bracket, movement of bracket mechanism, bottom
Plate, stabilization mechanism and fixed plate, the column are connect with bracket, and the bottom plate is connect with bracket, the movement of bracket mechanism with
Bottom plate connection, the fixed plate are connect with movement of bracket mechanism, and the stabilization mechanism is connect with fixed plate, stabilization mechanism packet
Include hydraulic cylinder plate, hydraulic cylinder, limited block, third sliding rail, third sliding block and stabilization plate, the hydraulic cylinder plate and the fixed company of fixed plate
It connects, the hydraulic cylinder plate is equipped with limit plate and limiting slot, and the hydraulic cylinder is mounted on limit plate, and the hydraulic cylinder includes living
Stopper rod, the limit plate be equipped with rod aperture, the piston rod pass through rod aperture connect with limited block, the limited block with prevent
Plate connection is trembled, and can be in moving in limiting slot, the third sliding rail is connect with hydraulic cylinder plate, and the third sliding block and stabilization plate connect
It connects, the third sliding block is set on third sliding rail, and the stabilization plate is equipped with limit hole.
2. vertical machining centre deep hole drilling and milling bracket according to claim 1, which is characterized in that further include limit
Device, stating limiter includes upper cylindrical body and lower cylindrical body, and the upper cylindrical body is connect with lower cylindrical body, the bottom of the lower cylindrical body
Face area is less than the base area of the upper cylindrical body, and the limiter is equipped with cutter holes, and the cutter holes are through-hole, runs through
Upper cylindrical body and lower cylindrical body, the limit hole are equipped with upper hole and lower opening, and the diameter of the lower opening is less than the diameter in upper hole, described
The size and shape of lower cylindrical body match with upper hole, and the center of circle in the upper hole, lower opening and cutter holes is on same straight line.
3. vertical machining centre deep hole drilling and milling bracket according to claim 1, which is characterized in that the branch is provided with
Column fixed plate, set square, motor cabinet fixed plate and bottom plate fixing plate, the column fixed plate is fixedly connected with column, described
The side of set square is connected with column fixed plate, and the other side is connected with bottom plate fixing plate, the bottom plate fixing plate and column
Fixed plate is perpendicular, and the side of the motor cabinet fixed plate is connected with column fixed plate, and the other side is connected with bottom plate fixing plate
It connects, the bottom plate is connect with bottom plate fixing plate, and the motor cabinet fixed plate is equipped with first through hole.
4. vertical machining centre deep hole drilling and milling bracket according to claim 1, which is characterized in that the movement of bracket
Mechanism includes carriage drive mechanism, the first sliding rail, the first sliding block and the first link block, and first sliding rail is mounted on bottom plate,
First sliding rail is two, and two first sliding rails are parallel and in the same plane, and the carriage drive mechanism is located at
Between two the first sliding rails, first sliding block is set on the first sliding rail, and first sliding block is connect with fixed plate, and described
One link block is mounted on bottom plate, and the fixed plate is connect by the first link block with carriage drive mechanism.
5. vertical machining centre deep hole drilling and milling bracket according to claim 4, which is characterized in that the carriage drive
Motivation structure includes first motor, first motor seat, the first ball screw, the first ball silk braid and the first limited block, and described first
Motor is mounted on first motor seat, and the first motor seat is mounted in motor cabinet fixed plate, the first ball screw from
It is passed through in first through hole, the first motor is connect with one end of the first ball screw, the other end of first ball screw
It is connect with the first limited block, the first ball silk braid is set on the first ball screw, first link block and the first rolling
The connection of pearl silk braid.
6. vertical machining centre deep hole drilling and milling bracket according to claim 1, which is characterized in that further include head fortune
Motivation structure, the head motion mechanism include head driving mechanism, the second sliding rail and the second sliding block, and the second sliding rail setting exists
On column, second sliding rail is two, and two second sliding rails are parallel to each other and in the same plane, the head fortune
Motivation structure is located between two the second sliding rails, and second sliding block is set on the second sliding rail.
7. vertical machining centre deep hole drilling and milling bracket according to claim 6, which is characterized in that the head driving
Mechanism includes the second motor, the second motor cabinet, the second ball screw, the second ball silk braid and the second limited block, second electricity
Machine is mounted in the second motor cabinet, and second motor cabinet is fixedly connected with column, one end of second ball screw and the
The connection of two motors, the other end of second ball screw connect with the second limited block, and the second ball silk braid is set in the
On two ball screws.
8. vertical machining centre deep hole drilling and milling bracket according to claim 7, which is characterized in that further include head branch
Frame, head, cutter and head motor, the head rack are connect with the second ball silk braid, and the head is mounted on head rack
Interior, the cutter is connect with head, and the head motor is mounted in head rack, and the head motor is connect with head, institute
The second sliding block is stated to connect with head rack.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820981397.0U CN208322680U (en) | 2018-06-25 | 2018-06-25 | Vertical machining centre deep hole drilling and milling bracket |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820981397.0U CN208322680U (en) | 2018-06-25 | 2018-06-25 | Vertical machining centre deep hole drilling and milling bracket |
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| Publication Number | Publication Date |
|---|---|
| CN208322680U true CN208322680U (en) | 2019-01-04 |
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ID=64768660
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| Application Number | Title | Priority Date | Filing Date |
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| CN201820981397.0U Active CN208322680U (en) | 2018-06-25 | 2018-06-25 | Vertical machining centre deep hole drilling and milling bracket |
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| CN (1) | CN208322680U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108568670A (en) * | 2018-06-25 | 2018-09-25 | 东莞市铭铖数控设备有限公司 | Vertical machining centre deep hole drilling and milling bracket |
-
2018
- 2018-06-25 CN CN201820981397.0U patent/CN208322680U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108568670A (en) * | 2018-06-25 | 2018-09-25 | 东莞市铭铖数控设备有限公司 | Vertical machining centre deep hole drilling and milling bracket |
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