CN208789013U - Injection molding machine special plane side-draw - Google Patents
Injection molding machine special plane side-draw Download PDFInfo
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- CN208789013U CN208789013U CN201821189011.9U CN201821189011U CN208789013U CN 208789013 U CN208789013 U CN 208789013U CN 201821189011 U CN201821189011 U CN 201821189011U CN 208789013 U CN208789013 U CN 208789013U
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Abstract
The utility model discloses a kind of injection molding machine special planes side-draw, are related to injection-moulding device technical field, its key points of the technical solution are that: including being set to the rack of injection molding machine side edge, the moving assembly being set in rack and the gripper assembly being connected on moving assembly；The motion bar that moving assembly includes the executive item being set in rack, is connected on executive item output end, executive item is for driving motion bar close to or far from injection molding machine；Gripper assembly includes the mounting base for being set to motion bar end, the air-actuated jaw being set in mounting base, the gas source for connecting air-actuated jaw.When needing to pull in the waste material between mainstream plate and flow distribution plate, gripper assembly is controlled by moving assembly to move towards between mainstream plate and flow distribution plate, waste material is clamped using gripper assembly later, gripper assembly is controlled to far from the movement of mold side finally by moving assembly, during whole one, user's participation is less, and labor intensity is lower, and production efficiency is higher.
Description
Technical field
The utility model relates to injection-moulding device technical field, in particular to a kind of injection molding machine special plane side-draw.
Background technique
Injection molding is a kind of method of industrial products production moulding, and injection molding is realized by injection molding machine and mold
, thermoplastic or heat curing type plastics are generally made using mould for plastics by modeling of various shapes by injection molding machine
Material products.
Currently, existing injection molding machine, as shown in Figure 1, including ontology 10 and mold 11, the ontology 10 is used for plastics
Heating and melting simultaneously injects the mold 11, and the mold 11 is internally provided with several die cavitys 12 for shaped article.The mould
Tool 11 include be fixedly connected on the ontology 10 mainstream plate 111, sliding be connected on the ontology 10 and push against the master
The flow distribution plate 112 of flowing plate 111, sliding are connected on the ontology 10 and push against the cover half 113 of the flow distribution plate 112, sliding connects
It is connected on the ontology 10 and fastens the dynamic model 114 with the cover half 113.It is opened up on the mainstream plate 111 and the casting machine
The cast gate 13 that discharge port is connected；Several running channels 14 are offered on the flow distribution plate 112, the running channel 14 is close to the mainstream plate
111 end is feed end 131, and end of the running channel 14 far from the mainstream plate 111 is discharge end 132, and several described
The feed end 131 of running channel 14 crosses and is finally connected with the cast gate 13；When the dynamic model 114 is fastened with the cover half 113
Die cavity 12 is formed, if the number of the die cavity 12 is that dry doubling is connected to the discharge end 132 of several running channels 14 one-to-one correspondence.
When being produced using the injection molding machine to plastic part, the injection molding liquid of melting is injected by ontology 10 via discharge port
Inside the cast gate 13 of mainstream plate 111, then the injection molding liquid inside cast gate 13 is dispersed into several running channels 14 of flow distribution plate 112
Portion, the injection molding liquid inside running channel 14 enters inside corresponding die cavity 12 later.When die cavity 12, which is injection molding liquid, to be full of, this is closed
Body 10, so that the injection molding liquid cooling of the inside of die cavity 12 is but shaped to plastic part.At the same time, remain on cast gate 13 and running channel 14
Internal injection molding liquid cooling but and forms waste material.When plastic part, which is cooled and shaped, to be completed, control dynamic model 114 separates simultaneously with cover half 113
The plastic part being cooled and shaped inside die cavity 12 is taken out.But needs to control and divide to be produced again to moulding later
Flowing plate 112 is mobile away from 111 side of mainstream plate, so that waste part is exposed to mainstream plate 111 and flow distribution plate
112, artificially waste material is pulled from cast gate 13 and running channel 14 later, this process labor intensity is larger, and efficiency is lower.
Utility model content
In view of the deficienciess of the prior art, the purpose of this utility model is to provide a kind of injection molding machine special plane side-draw,
It has to add pulls waste material from cast gate and running channel, and labor intensity is lower, the higher advantage of efficiency.
The above-mentioned technical purpose of the utility model has the technical scheme that a kind of injection molding machine with side-draw
Special plane, including being set to the rack of injection molding machine side edge, the moving assembly being set in the rack and being connected to the shifting
Gripper assembly on dynamic component；The moving assembly includes the executive item being set in the rack, is connected to the executive item
Motion bar on output end, the executive item is for driving the motion bar close or far from injection molding machine；The gripper assembly
Including be set to the mounting base of the motion bar end, be set in the mounting base for clamp waste material air-actuated jaw,
Connect the air-actuated jaw and for driving the gas source that two collets clamp or release on the air-actuated jaw.
Through the above technical solutions, control flow distribution plate is mobile away from mainstream plate side when plastic part is molded completion,
So that remaining on the gap that the waste part on flow distribution plate is exposed between mainstream plate and flow distribution plate.Then it is controlled by executive item
Motion bar drives gripper assembly mobile towards the gap between mainstream plate and flow distribution plate, until gripper assembly stretch to mainstream plate with
Two collets in gap between flow distribution plate, and on air-actuated jaw are located at waste material two sides up and down.Then gas is controlled by gas source
Dynamic two collets of fixture are close to each other and clamp waste material.Controlling motion bar by executive item later drives gripper assembly to separate
The mold side is mobile.At the same time, the waste material being clamped on air-actuated jaw is detached from from cast gate and running channel.A whole process
In, user's participation is less, and labor intensity is lower, and production efficiency is higher.
Preferably, the motion bar include the mobile jib for being fixedly connected on the executive item output, sliding be connected to institute
It states the secondary bar of mobile jib side-walls, connect the driving member of the executive item and secondary bar；The driving member is for controlling the secondary bar
It is slid on the mobile jib, and the glide direction of the secondary bar is identical as the moving direction of the mobile jib.
Through the above technical solutions, driving member can be passed through during carrying out mobile by executive item control mobile jib
It drives secondary bar to be slided relative to mobile jib, increases the formation of gripper assembly with this.Injection molding machine use is improved to a certain extent
The applicability of special plane side-draw.
Preferably, the driving member includes the first pulley being rotationally connected on the mobile jib, is rotationally connected with the master
The second belt wheel on bar, the connection first pulley and the second belt wheel conveyer belt, be set on the conveyer belt and with institute
State the first link block that executive item side wall is fixedly linked, be set on the conveyer belt and be fixedly linked with the secondary bar second
Link block；When conveyer belt rotation, the moving direction of the moving direction of first link block and second link block
On the contrary.
Through the above technical solutions, being rotationally connected with during executive item drives mobile jib mobile towards mold side
First pulley, the second belt wheel and conveyer belt inside mobile jib are moved with mobile jib, and due to be provided on conveyer belt with
The first link block that executive item side wall is fixedly linked, so conveyer belt rotates during mobile jib is mobile.Meanwhile by
In being provided with the second link block being fixedly linked with secondary bar on conveyer belt, so conveyer belt passes through in conveyer belt rotation process
Second link block drives secondary bar to be moved relative to mobile jib.
Preferably, sliding is connected with pedestal, and the die sinking direction of the glide direction of the pedestal and mold in the rack
Identical, the moving assembly is set on the pedestal；The power for driving the pedestal sliding is connected on the pedestal
Part.
Through the above technical solutions, being stretched between mainstream plate and flow distribution plate in air-actuated jaw machine, and air-actuated jaw will give up
When feed collet is tight, pedestal is controlled away from the movement of mainstream plate side by force piece, so that being located at the portion inside cast gate in waste material
Divide and is separated with cast gate.In this way when gripper assembly pulls waste material between mainstream plate and flow distribution plate, since waste material remains on
Part between cast gate and running channel is less so that waste material to pull process more laborsaving, quick.
Preferably, the first rotary cylinder being connected with the gas source, the mounting base are provided on the secondary bar end
It is set on the rotation section of first rotary cylinder.
Through the above technical solutions, pulling waste material between mainstream plate and flow distribution plate in gripper assembly, and need to give up
When material is put down, gripper assembly rotation is driven by the first rotary cylinder, until the line of two collets is horizontal on air-actuated jaw.In this way
When two collets are located remotely from each other on by gas source control air-actuated jaw, waste material can fall under Gravitative Loads and and air-actuated jaw
Separation.And during waste material falls, waste material is not easy to touch with air-actuated jaw top surface, so that the process that waste material falls is more
It is smooth, quick.
Preferably, it is connected with sliding sleeve on the rotation section of first rotary cylinder, the sliding sleeve is sheathed on the mounting base
Above and with mounting base sliding it is connected, the screw for being threadedly coupled with the mounting base is equipped on the sliding sleeve side wall.
Through the above technical solutions, during using injection molding machine special plane side-draw, if desired by waste material be put into
When inside specified container, sliding sleeve can be adjusted in the height in mounting base according to the height of vessel port, to guarantee
During driving waste material to carry out mobile with special plane side-draw by the injection molding machine, waste material is less prone to because touching with container side wall
And then lead to not the case where falling into open interior.When vessel port is higher, control sliding sleeve is moved towards mounting base bottom
It is dynamic, the locating height of waste material can be effectively promoted in this way.When vessel port is lower, control sliding sleeve is moved towards mounting base middle part
It is dynamic, it is more laborsaving during the first rotary cylinder drives mounting base mobile in this way.When needing to adjust sliding sleeve, it is only necessary to revolve
Screw on loose sliding sleeve, so that screw is separated with mounting base.When sliding sleeve is moved to designated position, it is only necessary to screw spiral shell
Nail, so that screw is connected with mounting base screw thread.
Preferably, pedestal is rotatably connected in the rack, the pedestal sliding is connected to the base top surface, the machine
Be provided with the second rotary cylinder for driving pedestal rotation on frame, and second rotary cylinder by tracheae with it is described
Gas source is connected.
Through the above technical solutions, gripper assembly by waste material after being pulled between mainstream plate and flow distribution plate, pass through
Second rotary cylinder control pedestal is rotated, so that the moving assembly being located on pedestal is by waste material from injection molding machine and injection molding machine
It is taken away between special plane side-draw.Dropping down onto the waste material on ground in this way will not contact with gripper assembly and make to the movement of moving assembly
At influence, so that the injection molding machine use of special plane side-draw becomes more smoothly, quick.
Preferably, the number at least two of the air-actuated jaw and lineal layout is in the mounting base.
Through the above technical solutions, the number at least two of air-actuated jaw and along lineal layout, in this way using clamping
During component clamps waste material, waste material is not easy to separate with gripper assembly.
In conclusion the utility model having the beneficial effect that in contrast to the prior art
1. when needing to pull in the waste material between mainstream plate and flow distribution plate, by moving assembly control gripper assembly to
Moved between mainstream plate and flow distribution plate, waste material is clamped using gripper assembly later, finally by moving assembly control
Gripper assembly processed is mobile to separate mold side, and during whole one, user's participation is less, and labor intensity is lower, production
Efficiency is higher；
2. motion bar includes mobile jib and secondary bar, such motion bar is able to drive the mobile farther distance of gripper assembly；
3. conveyer belt is rotated in first pulley and the second belt wheel during executive item drives mobile jib to carry out mobile
And drive secondary bar mobile relative to mobile jib, and moving direction and mobile jib moving direction relative to rack of the secondary bar relative to mobile jib
On the contrary；
4. driving bottom by force piece when gripper assembly stretches between mainstream plate and flow distribution plate and clamps waste material
Seat edge is parallel to mold and the direction in mould direction is divided to move away from mainstream plate side, so that stretching to the waste material of mainstream intralamellar part
Be detached from from cast gate, in this way by gripper assembly by waste material from when being avulsed between mainstream plate and flow distribution plate, waste material be not easy with
Air-actuated jaw separation.
Detailed description of the invention
Fig. 1 is the partial sectional view of injection molding machine, is mainly used for the composition situation of injection molding machine；
Fig. 2 is the structural schematic diagram of embodiment, is mainly used for showing the contour structures of embodiment；
Fig. 3 is the portion the A enlarged drawing of Fig. 2；
Fig. 4 is the cooperation schematic diagram of moving assembly and gripper assembly, is mainly used for showing the composition feelings of moving assembly
Condition.
Appended drawing reference: 1, rack；2, moving assembly；21, executive item；22, motion bar；221, mobile jib；222, secondary bar；223,
Driving member；2231, first pulley；2232, the second belt wheel；2233, conveyer belt；2234, the first link block；2235, the second connection
Block；3, gripper assembly；31, mounting base；32, air-actuated jaw；33, gas source；4, pedestal；5, force piece；6, the first rotary cylinder；7,
Sliding sleeve；8, pedestal；9, the second rotary cylinder；10, ontology；11, mold；111, mainstream plate；112, flow distribution plate；113, cover half；
114, dynamic model；12, die cavity；13, cast gate；131, feed end；132, discharge end；14, running channel.
Specific embodiment
The utility model is described in further detail below in conjunction with attached drawing.
A kind of injection molding machine special plane side-draw, as shown in Figure 1 and Figure 2, rack 1, setting including being placed in injection molding machine side edge
In the moving assembly 2 in rack 1, the gripper assembly 3 that is connected on 2 end of moving assembly.Moving assembly 2 is for driving clamping group
Part 3 is close or far from injection molding machine, and gripper assembly 3 is for stretching between mainstream plate 111 and flow distribution plate 112 and clamping mainstream
Waste material between plate 111 and flow distribution plate 112.
When plastic part is molded completion, control flow distribution plate 112 is mobile away from 111 side of mainstream plate, so that scrap portion
Divide and is exposed in the gap between mainstream plate 111 and flow distribution plate 112.Then gripper assembly 3 is controlled towards master by moving assembly 2
Gap side between flowing plate 111 and flow distribution plate 112 is mobile.When gripper assembly 3 is moved to mainstream plate 111 and flow distribution plate
When in the gap between 112, waste material is clamped using gripper assembly 3.Gripper assembly 3 is controlled towards remote by moving assembly 2 later
It is mobile from injection molding machine side, and in the process, gripper assembly 3 pulls mainstream plate 111 and the waste material on flow distribution plate 112.
As shown in Fig. 2, rack 1 is internally provided with the second rotary cylinder 9, the rotation section of the second rotary cylinder 9 along vertically to
Upper direction extends, and the rotation section of the second rotary cylinder 9 through rack 1 and protrudes from 1 top surface of rack.Second rotary cylinder 9
Rotation section on be connected with pedestal 8.During using injection molding machine special plane side-draw, the second rotary cylinder 9 can be passed through
Band moving base 8 circumferentially rotates.
As shown in Figure 1 and Figure 2, sliding is connected with pedestal 4 on 8 top surface of pedestal, and in the glide direction and injection molding machine of pedestal 4
The die sinking direction of mold 11 is identical.Force piece 5 is additionally provided on 8 top surface of pedestal, the output end and 4 side wall of pedestal of force piece 5 are solid
It is fixed to be connected, and force piece 5 is for driving pedestal 4 to be slid.In the present embodiment, it is cylinder that force piece 5, which is selected,.
As shown in Figure 2, Figure 4 shows, moving assembly 2 is set at 4 top surface of pedestal, and moving assembly 2 include executive item 21 and
Motion bar 22.Executive item 21 is fixedly connected on 4 top surface of pedestal.In the present embodiment, executive item 21 can select cylinder, and gas
Die sinking direction of the telescopic direction of cylinder piston rod perpendicular to mold 11.Motion bar 22 includes mobile jib 221, secondary bar 222 and transmission
Part 223.The sliding of mobile jib 221 is connected on pedestal 4, and the glide direction of mobile jib 221 is perpendicular to the die sinking side of injection machine mould 11
To mobile jib 221 and the output end of executive item 21 are fixedly linked.It offers on 221 side wall of mobile jib and extends along 221 length direction of mobile jib
Through slot, the sliding of secondary bar 222 is connected to inside through slot, and secondary bar 222 protrudes from 221 side wall of mobile jib.Driving member 223 is set to master
On 221 top surface of bar and for connecting secondary bar 222 and executive item 21.Driving member 223 is for driving secondary bar 222 relative to mobile jib
221 is mobile, and secondary bar 222 is identical relative to the glide direction of rack 1 as mobile jib 221 relative to the glide direction of mobile jib 221.
Driving member 223 includes the first pulley 2231 being rotationally connected on mobile jib 221, is rotationally connected on mobile jib 221
Second belt wheel 2232, is set to conveyer belt 2,233 1 at the conveyer belt 2233 for connecting first pulley 2231 and the second belt wheel 2232
Side and the first link block 2234 being fixedly linked with 21 outer wall of executive item, be set to 2233 other side of conveyer belt and with secondary bar 222
The second link block 2235 being fixedly linked.The pivot center of first pulley 2231 and the second belt wheel 2232 prolongs along the vertical direction
It stretches, and the line direction of first pulley 2231 and the second belt wheel 2232 is identical as the length direction of motion bar 22.In conveyer belt
In 2233 rotation processes, the moving direction of the first link block 2234 is opposite with the moving direction of the second link block 2235.
As shown in Figure 2 and Figure 3, motion bar 22 is towards being provided with the first rotary cylinder 6, and first time on the end of injection molding machine
The rotation section of rotaring cylinder 6 towards injection molding machine side, and in the first rotary cylinder 6 rotation section pivot center along mobile jib 221 cunning
Direction is moved to extend.Gripper assembly 3 is connected on the rotation section of the first rotary cylinder 6.Gripper assembly 3 includes mounting base 31, pneumatic
Fixture 32 and gas source 33.Mounting base 31 is in long strip, and mounting base 31 is connected by sliding sleeve 7 with the first rotary cylinder 6.Sliding sleeve
7 one end and the rotation section of the first rotary cylinder 6 are fixedly linked, and 7 other end of sliding sleeve is connected with the sliding of mounting base 31.7 side wall of sliding sleeve
On be equipped with the screw being connected with 31 screw thread of mounting base.When needing to be adjusted sliding sleeve 7 in the position in mounting base 31, only
Turn screw is needed, so that screw is separated with mounting base 31.When sliding sleeve 7 is moved to designated position, it is only necessary to turn spiral shell
Nail, so that screw is connected with 31 screw thread of mounting base.Air-actuated jaw 32 is set to mounting base 31 far from the first rotary cylinder 6
On end, in the present embodiment, the number of air-actuated jaw 32 is two and is distributed along the length direction of mounting base 31.Gas source 33 is put
It is placed in 1 side of rack, and gas source 33 is connected by tracheae with air-actuated jaw 32, gas source 33 is for controlling on air-actuated jaw 32
Two collets are close to each other or are located remotely from each other；Gas source 33 also passes through tracheae and the first rotary cylinder 6 and the second rotary cylinder 9
It is connected.
Specific use process is as follows with special plane side-draw for injection molding machine:
It is moved step 1: controlling mobile jib 221 by executive item 21 towards between mainstream plate 111 and flow distribution plate 112, it is same with this
When, conveyer belt 2233 drives secondary bar 222 mobile towards injection molding machine side relative to mobile jib 221 by the second link block 2235；
Step 2: passing through gas when the gripper assembly 3 in secondary bar 222 stretches between mainstream plate 111 and flow distribution plate 112
Two collets that source 33 controls on air-actuated jaw 32 are close to each other, so that waste material is clamped between two collets；
Step 3: being controlled by force piece 5, pedestal 4 is mobile away from 111 side of mainstream plate, and at the same time, waste material is stretched
The part inside flowing plate 111 is become owner of to deviate from from cast gate 13；
Step 4: controlling mobile jib 221 away from the movement of injection molding machine side, at the same time, conveyer belt by executive item 21
2233 drive secondary bar 222 mobile away from injection molding machine side relative to mobile jib 221 by the second link block 2235；
Step 5: passing through the first rotary cylinder when gripper assembly 3 between mainstream plate 111 and flow distribution plate 112 from when transporting out of
6 driving gripper assemblies 3 rotate clockwise 90 degree；
Step 6: controlling pedestal 8 by the second rotary cylinder 9 rotates clockwise 90 degree；
It is located remotely from each other step 7: controlling two collets on air-actuated jaw 32 by gas source 33, so that being clamped in two collets originally
Waste material fallen under Gravitative Loads.
The above is only the exemplary embodiment of the utility model, the protection model rather than limited the present invention
It encloses, the protection scope of the utility model is determined by the attached claims.
Claims (8)
1. a kind of injection molding machine special plane side-draw, it is characterized in that: including the rack (1) for being set to injection molding machine side edge, being set to institute
The gripper assembly (3) stating the moving assembly (2) on rack (1) and being connected on the moving assembly (2)；The moving assembly
It (2) include the executive item (21) being set on the rack (1), the motion bar being connected on the executive item (21) output end
(22), the executive item (21) is for driving the motion bar (22) close or far from injection molding machine；Gripper assembly (3) packet
It includes and is set to the mounting base (31) of the motion bar (22) end, be set on the mounting base (31) for clamping waste material
Air-actuated jaw (32), the connection air-actuated jaw (32) and for drive upper two collets of the air-actuated jaw (32) clamp or
The gas source (33) of release.
2. injection molding machine according to claim 1 special plane side-draw, it is characterized in that: the motion bar (22) includes being fixedly connected
In the executive item (21) output mobile jib (221), sliding be connected to the mobile jib (221) side-walls secondary bar (222),
Connect the driving member (223) of the executive item (21) and secondary bar (222)；The driving member (223) is for controlling the secondary bar
(222) it is slid on Yu Suoshu mobile jib (221), and the moving direction of the glide direction of the secondary bar (222) and the mobile jib (221)
It is identical.
3. injection molding machine according to claim 2 special plane side-draw, it is characterized in that: the driving member (223) includes that rotation connects
The first pulley (2231) being connected on the mobile jib (221), the second belt wheel being rotationally connected on the mobile jib (221)
(2232), it connects the conveyer belt (2233) of the first pulley (2231) and the second belt wheel (2232), be set to the transmission
Band (2233) on and be fixedly linked with the executive item (21) side wall the first link block (2234), be set to the conveyer belt
(2233) the second link block (2235) being fixedly linked on and with the secondary bar (222)；When the conveyer belt (2233) rotation,
The moving direction of first link block (2234) is opposite with the moving direction of second link block (2235).
4. injection molding machine according to claim 1 special plane side-draw, it is characterized in that: sliding is connected with bottom in the rack (1)
Seat (4), and the glide direction of the pedestal (4) is identical as the die sinking direction of mold (11), the moving assembly (2) is set to institute
It states on pedestal (4)；The force piece (5) for driving the pedestal (4) to slide is connected on the pedestal (4).
5. injection molding machine according to claim 2 special plane side-draw, it is characterized in that: being provided on the secondary bar (222) end
The first rotary cylinder (6) being connected with the gas source (33), the mounting base (31) are set to first rotary cylinder (6)
Rotation section on.
6. injection molding machine according to claim 5 special plane side-draw, it is characterized in that: the rotation of first rotary cylinder (6)
It is connected in portion sliding sleeve (7), the sliding sleeve (7) is sheathed on the mounting base (31) and slides phase with the mounting base (31)
Even, the screw for being threadedly coupled with the mounting base (31) is equipped on sliding sleeve (7) side wall.
7. injection molding machine according to claim 4 special plane side-draw, it is characterized in that: being rotatably connected to base in the rack (1)
Seat (8), pedestal (4) sliding are connected to the pedestal (8) top surface, are provided on the rack (1) for driving the base
The second rotary cylinder (9) of seat (8) rotation, and second rotary cylinder (9) is connected by tracheae with the gas source (33).
8. injection molding machine according to claim 1 special plane side-draw, it is characterized in that: the number of the air-actuated jaw (32) is at least
For two and lineal layout is on the mounting base (31).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821189011.9U CN208789013U (en) | 2018-07-25 | 2018-07-25 | Injection molding machine special plane side-draw |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821189011.9U CN208789013U (en) | 2018-07-25 | 2018-07-25 | Injection molding machine special plane side-draw |
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| Publication Number | Publication Date |
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| CN208789013U true CN208789013U (en) | 2019-04-26 |
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| CN201821189011.9U Active CN208789013U (en) | 2018-07-25 | 2018-07-25 | Injection molding machine special plane side-draw |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108890994A (en) * | 2018-07-25 | 2018-11-27 | 台州市黄岩奇泓智能科技有限公司 | Injection molding machine special plane side-draw |
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2018
- 2018-07-25 CN CN201821189011.9U patent/CN208789013U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108890994A (en) * | 2018-07-25 | 2018-11-27 | 台州市黄岩奇泓智能科技有限公司 | Injection molding machine special plane side-draw |
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