CN208840659U - A kind of LED automatic wire bonding machine - Google Patents
A kind of LED automatic wire bonding machine Download PDFInfo
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- CN208840659U CN208840659U CN201820939575.3U CN201820939575U CN208840659U CN 208840659 U CN208840659 U CN 208840659U CN 201820939575 U CN201820939575 U CN 201820939575U CN 208840659 U CN208840659 U CN 208840659U
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Abstract
The utility model discloses a kind of LED automatic wire bonding machines, comprising: base and the X-axis displacement mechanism being arranged on base, the feeding mechanism interlocked with X-axis displacement mechanism, the feeding pressure mechanism above feeding mechanism, Y-axis displacement mechanism and the thread feeding mechanism interlocked with Y-axis displacement mechanism, it is provided with a wire rod tin immersion furnace between the thread feeding mechanism front end bonding wire extended position and LED clip tool, wire rod tin immersion furnace side is provided with Shang Xi mechanism；It is provided with a liftable bonding wire tin furnace below the feeding mechanism, which pushes the furnace body of bonding wire tin furnace to be protruded into LED clip tool from bottom to top by the tin furnace gas cylinder of itself, and the LED pin of LED clip tool clamping and the bonding wire of dipped tin are welded together.The working efficiency of the utility model is considerably beyond manual work, while the quality consistency welded is higher.In addition, the automatic welding of LED and bonding wire not only may be implemented in the utility model, and wicking operation can also be carried out in butt welding line back end simultaneously, to enable subsequent weld job more convenient.
Description
Technical field:
The utility model relates to LED welder technical fields, refer in particular to a kind of LED automatic wire bonding machine.
Background technique:
Since LED has many advantages, such as energy consumption is small, brightness is high, small in size, it has been widely used in various electronics at present
In product.Then due to the limited length of two pins of LED, so being needed on the pin of LED again sometimes for convenient for assembly
Weld a bonding wire.This weld job including the following steps: firstly, it is necessary to which two sections of bonding wires are respectively welded at LED's
On pin, then, it is also necessary in the rear end wicking of bonding wire, bonding wire rear end be enabled to reserve a tin ball, be convenient for subsequent welding in this way
Operation.
It is small in size due to LED, currently, bonding wire operation is all manual work.Not only low efficiency, and while welding, uses
Rosin can also be done harm to huamn body, so being badly in need of automated job.In order to overcome the above problems, the present inventor proposes following skill
Art scheme.
Utility model content:
Technical problem to be solved in the utility model be that overcome the deficiencies of the prior art and provide one kind can LED it is complete
Automatic bonding wire operation.
In order to solve the above-mentioned technical problem, the utility model uses following technical proposals: the LED automatic wire bonding machine packet
Include: base and the X-axis displacement mechanism being arranged on base, are located at feeder at the feeding mechanism interlocked with X-axis displacement mechanism
Feeding pressure mechanism, Y-axis displacement mechanism above structure and the thread feeding mechanism with the gearing of Y-axis displacement mechanism, the feeding mechanism are set
It sets in an X-axis track parallel with X-axis displacement mechanism, the feeding mechanism is interlocked by connecting plate and X-axis displacement mechanism, is led to
The stepper motor crossed in X-axis displacement mechanism drives connecting plate and feeding mechanism along X-axis track displacement；The feeding mechanism has
LED clip for clamping LED has；The feeding pressure mechanism has a liftable LED pressure head, by driving LED pressure head to move down
The bonding wire for being used to weld is compressed；The Y-axis displacement mechanism driving thread feeding mechanism is displaced along Y-axis, and bonding wire passes through thread feeding mechanism
It is sent to LED clip tool from back to front；A wire rod is provided between the thread feeding mechanism front end bonding wire extended position and LED clip tool
Tin immersion furnace is provided with Shang Xi mechanism in wire rod tin immersion furnace side；A liftable weldering is provided with below the feeding mechanism
Line tin furnace, the bonding wire tin furnace push the furnace body of bonding wire tin furnace to be protruded into LED clip tool from bottom to top by the tin furnace gas cylinder of itself, will
The LED pin and the bonding wire of dipped tin of LED clip tool clamping weld together.
Furthermore, in above-mentioned technical proposal, the feeding mechanism includes: LED clip tool, feeding cylinder and feeding
Seat；The feeding cylinder is fixed on material feeding seat；The LED clip tool is connect with the piston rod of feeding cylinder, passes through feeding
Cylinder drives LED clip tool that the LED clip of placement is tight；The material feeding seat is fixedly connected with the connecting plate, and material feeding seat
Lower end and the X-axis track cooperate.
Furthermore, in above-mentioned technical proposal, the feeding mechanism is provided with two groups, which passes through
Respective material feeding seat is fixed on connecting plate.
Furthermore, in above-mentioned technical proposal, the feeding pressure mechanism is suspended at the upper of LED clip tool by a rack
Side；The rack is fixed on base, which has a horizontal gird, is fixed with a vertical plate in horizontal gird；It is described
Feeding pressure mechanism include: LED pressure head and press cylinder, wherein the cylinder body of press cylinder is fixed on vertical plate, and LED pressure head is fixed
On the piston rod of press cylinder.
Furthermore, in above-mentioned technical proposal, a rosin cup is also equipped on the horizontal gird of Yu Suoshu, Yu Suoshu's
The side of press cylinder is provided with a painting rosin cylinder, the painting rosin cylinder by being fixedly connected with LED pressure head, interlocking therewith,
Rosin in the rosin cup is entered by pipeline to be applied in rosin cylinder.
Furthermore, in above-mentioned technical proposal, the Y-axis displacement mechanism uses screw mandrel drive mechanism, and described send
Screw rod in line mechanism and Y-axis displacement mechanism cooperates, the Y-axis track operation parallel with screw rod along one.
Furthermore, in above-mentioned technical proposal, the wire rod tin immersion furnace includes: the leaching interlocked with Y-axis displacement mechanism
Tin furnace Y-axis driving mechanism, the tin immersion furnace Z axis driving mechanism interlocked with tin immersion furnace Y-axis driving mechanism and tin immersion furnace Z axis driving machine
Wicking seat structure fixed tin immersion furnace connecting rod and be arranged in tin immersion furnace connecting rod is provided with one at the top of the wicking seat
Rosin slot and wicking slot.
Furthermore, in above-mentioned technical proposal, the Shang Xi mechanism includes: the upper tin being fixed on thread feeding mechanism
Seat, upper tin cylinder, upper tin link mechanism and the bonding wire collet being articulated on tin seat for being fixed on tin seat, wherein upper tin
Link mechanism both ends are connect with the articulated section of the piston rod of upper tin cylinder and bonding wire collet respectively, push upper tin by upper tin cylinder
Link mechanism drives the rotation of bonding wire collet；
Furthermore, in above-mentioned technical proposal, the bonding wire collet has the pinch of a pair of of clamping bonding wire, and the folder
Foot is located at the top of wire rod tin immersion furnace.
Furthermore, in above-mentioned technical proposal, the bonding wire tin furnace include: the tin furnace gas cylinder being fixed on base,
Linking arm, furnace body, the furnace body are connect by linking arm with the piston rod of tin furnace gas cylinder, drive furnace body liter by tin furnace gas cylinder
Drop；The position that furnace body is corresponded in the LED clip tool offers perforative through-hole up and down, and the top of the furnace body, which has, to be used for
The soldering slot of soldering, the furnace body are protruded into the through-hole of LED clip tool from bottom to top by the driving of tin furnace gas cylinder, will be located at through-hole
The LED pin and the bonding wire of dipped tin at place weld together.
After adopting the above technical scheme, the working efficiency of the utility model is considerably beyond manual work, while the product welded
Matter consistency is higher.In addition, the automatic welding of LED and bonding wire not only may be implemented in the utility model, and acceptable while right
Bonding wire rear end carries out wicking operation, to enable subsequent weld job more convenient.
Detailed description of the invention:
Fig. 1 is the perspective view of the utility model；
Fig. 2 is the perspective view of base upper section in the utility model；
Fig. 3 is the perspective view of X-axis displacement mechanism and feeding mechanism part in the utility model；
Fig. 4 is trying hard to for another visual angle Fig. 3；
Fig. 5 is the perspective view of feeding pressure mechanism in the utility model；
Fig. 6 be Y-axis displacement mechanism in the utility model, thread feeding mechanism, wire rod tin immersion furnace part perspective view；
Fig. 7 is the stereogram exploded view of Fig. 6；
Fig. 8 is the perspective view of LED clip tool and the cooperation of bonding wire tin furnace in the utility model；
Fig. 9 is the stereogram exploded view of Fig. 8.
Specific embodiment:
The present invention will be further described with attached drawing combined with specific embodiments below.
As shown in FIGS. 1 and 2 the utility model is a kind of LED automatic wire bonding machine comprising: base 1, X-axis displacement mechanism
2, feeding mechanism 3, feeding pressure mechanism 4, Y-axis displacement mechanism 5, thread feeding mechanism 6, wire rod tin immersion furnace 7, Shang Xi mechanism 8 and bonding wire tin furnace
9。
Support member of the base 1 as whole equipment, X-axis displacement mechanism 2, feeding mechanism 3, feeding pressure mechanism 4, Y
Axial displacement mechanism 5, thread feeding mechanism 6, wire rod tin immersion furnace 7, Shang Xi mechanism 8 and bonding wire tin furnace 9 are installed in the top of base 1.
In conjunction with shown in Fig. 3,4, the X-axis displacement mechanism 2 is mounted on 1 top of base, and stepper motor 20 is used to drive
Lateral displacement mechanism.Be arranged in parallel with an X-axis track 21 one by one in the side of X-axis displacement mechanism 2, the X-axis track 21 with give
Expect that mechanism 3 cooperates, feeding mechanism 3 will complete feeding and make under the driving of X-axis displacement mechanism 2 along 21 transverse shifting of X-axis track
Industry.
The feeding mechanism 3 includes: LED clip tool 31, feeding cylinder 32 and material feeding seat 33；The feeding cylinder 32
It is fixed on material feeding seat 33；The LED clip tool 31 is connect with the piston rod of feeding cylinder 32, is driven by feeding cylinder 32
LED clip tool 31 clamps the LED 30 of placement；The material feeding seat 33 is fixedly connected with a connecting plate 22, and material feeding seat 33
Lower end and the X-axis track 21 cooperate.
Above-mentioned connecting plate 22 is fixedly connected with operation component in X-axis displacement mechanism 2, horizontal under the drive of stepper motor 20
To movement, so that feeding mechanism 3 be driven to be displaced along X-axis track 21.
Connecting plate 22 in the utility model uses a slab construction, and the feeding mechanism 3 is provided with two groups, and this two groups
Feeding mechanism 3 is symmetrically fixed on connecting plate 22 by respective material feeding seat 33.The utility model uses two groups of feeders
Alternately feeding may be implemented in structure 3, to realize the continual operation of whole equipment, improves production efficiency.Meanwhile spare LED
30 materials and parts and soldered product can be directly placed on the platform of connecting plate 22.
In addition, being provided with a liftable bonding wire tin furnace 9 below the feeding mechanism 3, which passes through certainly
The tin furnace gas cylinder 91 of body pushes the furnace body 93 of bonding wire tin furnace 9 to be protruded into LED clip tool 31 from bottom to top, by 31 clamping of LED clip tool
LED pin and the bonding wire 60 of dipped tin weld together.The structure of bonding wire tin furnace 9 can be elaborated below.
As shown in connection with fig. 5, the feeding pressure mechanism 4 is suspended at the top of LED clip tool 31 by a rack 40；The machine
Frame 40 is fixed on base 1, which has a horizontal gird 401, is fixed with a vertical plate 402 in horizontal gird 401.Institute
The feeding pressure mechanism 4 stated includes: LED pressure head 41 and press cylinder 42, and wherein the cylinder body of press cylinder 42 is fixed on vertical plate 402
On, LED pressure head 41 is fixed on the piston rod of press cylinder.LED pressure head 41 realizes lifting by press cylinder 42, when being welded
It when connecing operation, drives LED pressure head 41 to move down by press cylinder 442, LED clip is had to the LED 30 for the preparation welding placed on 31
It compresses.
In being also equipped with a rosin cup 400 on the horizontal gird 401, the side of the press cylinder 42 of Yu Suoshu is arranged
There is a painting rosin cylinder 43, which is fixedly connected with LED pressure head 41, thus interlocked with LED pressure head 41, it is described
Rosin in rosin cup 400 is entered by pipeline to be applied in rosin cylinder 43.It is provided by applying rosin cylinder 43 for subsequent welding
Rosin raw material realizes automatic addition rosin.
In addition, being also equipped with the operation control portions parts such as manipulation case 11, temperature controller 12 on horizontal gird 401, it is easy to use
Person's operation.
In conjunction with shown in Fig. 6,7, the Y-axis displacement mechanism 5 and thread feeding mechanism 6 are installed together, and thread feeding mechanism 6 passes through Y
The back-and-forth motion along Y-axis is realized in the driving of axial displacement mechanism 5.
The Y-axis displacement mechanism 5 uses screw mandrel drive mechanism, in the thread feeding mechanism 6 and Y-axis displacement mechanism 5
Screw rod 51 cooperates, and the Y-axis track 52 parallel with screw rod 51 along one is run.
For the thread feeding mechanism 6 for bonding wire to be sent into, so-called bonding wire is exactly for leading with what 30 pin of LED welded
Line.The thread feeding mechanism 6 includes: wire installation 61, cord grip 62, cuts stripping device 63.Entire thread feeding mechanism 6 is displaced by Y-axis
Mechanism 5 realizes the movement on Y-axis track 52.Welding bonding wire 60 is entered by wire installation 61, is sent into cord grip 62, so
It passes through and is stretched out after cutting stripping device 63 afterwards, i.e., the bonding wire 60 is sent by thread feeding mechanism 6 to LED clip tool 31 from back to front.
It is provided with a wire rod tin immersion furnace 7 between the 6 front end bonding wire extended position of thread feeding mechanism and LED clip tool 31, in
7 side of wire rod tin immersion furnace is provided with Shang Xi mechanism 8.
The wire rod tin immersion furnace 7 includes: the tin immersion furnace Y-axis driving mechanism 71 interlocked with Y-axis displacement mechanism 5 and wicking
The fixed tin immersion furnace of the tin immersion furnace Z axis driving mechanism 72 and tin immersion furnace Z axis driving mechanism 72 that furnace Y-axis driving mechanism 71 interlocks connects
Extension bar 73 and the wicking seat 74 being arranged in tin immersion furnace connecting rod 73, the top of the wicking seat 74 are provided with a rosin slot 741
With wicking slot 742.
The Shang Xi mechanism 8 includes: the upper tin seat 81 being fixed on thread feeding mechanism 6, the upper tin for being fixed on tin seat 81
Cylinder 82, upper tin link mechanism 83 and the bonding wire collet 84 being articulated on tin seat 81, wherein upper 83 liang of tin link mechanism
End is connect with the articulated section of the piston rod of upper tin cylinder 82 and bonding wire collet 84 respectively, pushes upper tin connecting rod by upper tin cylinder 82
Mechanism 83 drives bonding wire collet 84 to rotate.The bonding wire collet 84 has the pinch 841 of a pair of of clamping bonding wire 60, and the pinch 841
Positioned at the top of wire rod tin immersion furnace 7.
In conjunction with shown in Fig. 3,4,8,9, the bonding wire tin furnace 9 includes: the tin furnace gas cylinder 91 being fixed on base 1, connection
Arm 92, furnace body 93, the furnace body 93 are connect by linking arm 92 with the piston rod of tin furnace gas cylinder 91, are driven by tin furnace gas cylinder 91
Dynamic furnace body 93 is gone up and down；The position that furnace body 93 is corresponded in the LED clip tool 31 offers perforative through-hole 310 up and down, described
The top of furnace body 93 has the soldering slot 930 for soldering, and the furnace body 93 is stretched from bottom to top by the driving of tin furnace gas cylinder 91
Enter LED clip tool 31 through-hole 310 in, by be located at through-hole 310 at LED pin and the bonding wire 60 of dipped tin weld together.
When utility model works, firstly, adjusting bonding wire 60 by operation control portions parts such as manipulation case 11, temperature controllers 12
The parameters such as the temperature of weld length, bonding wire tin furnace 90.Meanwhile manually the LED30 product welded will be needed to be fixed on LED clip tool 31
On, starting device, equipment is started to work.
Then, thread feeding mechanism 6 conveys bonding wire 60 by Y-axis displacement mechanism, and the front end of bonding wire 60 sequentially passes through cord grip
62 and cut stripping device 63 after stretch out, and send to by X-axis displacement mechanism 2 convey come LED clip tool 31 at, at this time by apply pine
Fragrance cylinder 43 sprays rosin to welding position.
Then, the furnace body 93 of bonding wire tin furnace 9 is risen by the driving of tin furnace gas cylinder 91, and passes through the through-hole on LED clip tool 31
310, enable the soldering slot 930 at the top of furnace body 93 be placed exactly in the Pin locations of the LED30 welded, at this point, passing through line sending
60 front end of bonding wire that mechanism 6 exports has arrived at the top of soldering slot 930.LED pressure head 41 in the feeding pressure mechanism 4 passes through
The driving of press cylinder 442 moves down, and LED clip is had 60 front end of bonding wire on 31 and is compressed.At this point, being added into soldering slot 930 certain
Solder.Solder melts under the heating of soldering slot 930, and the front end of bonding wire 60 and the pin of LED 30 are welded together.
Next, bonding wire 60 can be cut off by cutting stripping device 63, and wire stripping operation is carried out to bonding wire 60, i.e., by bonding wire end
The insulation displacement on surface.This is that 60 rear end of bonding wire cut off by 7 Duis of wire rod tin immersion furnace is needed to carry out applying rosin and wicking
Operation.It enables the rear end of bonding wire 60 form a reserved tin ball, LED product is welded on corresponding product convenient for subsequent.?
When completing entire operation, need through Shang Xi mechanism 8.It is described as follows: since bonding wire 60 is meeting stretching out thread feeding mechanism 6
The bonding wire collet 84 for first passing through Shang Xi mechanism 8, after bonding wire 60 is cut off and completes wire stripping, bonding wire collet 84 can clamp bonding wire
60, meanwhile, upper tin cylinder 82 starts to start, and starts to rotate backward by upper tin link mechanism 83 drive bonding wire head 84 certain
Angle, the rear end of bonding wire 60 will be bent downward at this time, can just be immersed in the wicking slot 741 at 7 top of wire rod tin immersion furnace.When
So, before immersing wicking slot 741, rosin can be sprayed to the rear end of bonding wire 60 by applying rosin cylinder 43.It is welded when completing
After the wicking operation of 60 rear end of line, Shang Xi mechanism 8 resets, and pin of the bonding wire 60 just with LED 30 welds together at this time.
Finally, continuing to move to a station after completing a welding of LED 30 by X-axis displacement mechanism 2, carrying out down
Primary weld job.
In addition, an automatic tin line machine can also be passed through in the above-mentioned operation that certain solder is added into soldering slot 930
Structure is completed, and realizes automated job.As shown in connection with fig. 4, the side of feeding mechanism 3 is provided with an automatic tin line mechanism
10, solder is added into soldering slot 930 by the automatic tin line mechanism 10, and solder is adjusted according to the requirement of welding
Inlet wire amount, to realize automatic tin line operation.
It certainly, is not to limit the utility model and implement the foregoing is merely specific embodiment of the utility model
Range, all equivalent change or modifications done according to structure, feature and principle described in present utility model application the scope of the patents, should all wrap
It includes in present utility model application the scope of the patents.
Claims (10)
1.LED automatic wire bonding machine, comprising: base (1) and the X-axis displacement mechanism (2) and X-axis that are arranged on base (1)
Displacement mechanism (2) interlock feeding mechanism (3), be located at feeding mechanism (3) above feeding pressure mechanism (4), Y-axis displacement mechanism (5),
And the thread feeding mechanism (6) interlocked with Y-axis displacement mechanism (5), it is characterised in that:
The feeding mechanism (3) is arranged in an X-axis track (21) parallel with X-axis displacement mechanism (2), the feeding mechanism
(3) it is interlocked by connecting plate (22) and X-axis displacement mechanism (2), is driven by the stepper motor (20) in X-axis displacement mechanism (2)
Connecting plate (22) and feeding mechanism (3) are displaced along X-axis track (21)；The feeding mechanism (3) has for clamping LED (30)
LED clip have (31)；
The feeding pressure mechanism (4) has a liftable LED pressure head (41), by driving LED pressure head (41) to move down and will be used for
The bonding wire (60) of welding compresses；
Y-axis displacement mechanism (5) driving thread feeding mechanism (6) is displaced along Y-axis, and bonding wire (60) is by thread feeding mechanism (6) after
It send forward to LED clip tool (31)；
It is provided with a wire rod tin immersion furnace (7) between described thread feeding mechanism (6) the front end bonding wire extended position and LED clip tool (31),
In wire rod tin immersion furnace (7), side is provided with Shang Xi mechanism (8)；
It is provided with a liftable bonding wire tin furnace (9) below the feeding mechanism (3), which passes through itself
Tin furnace gas cylinder (91) push bonding wire tin furnace (9) furnace body (93) protrude into from bottom to top LED clip tool (31) in, LED clip is had
(31) the LED pin and the bonding wire (60) of dipped tin clamped welds together.
2. LED automatic wire bonding machine according to claim 1, it is characterised in that: the feeding mechanism (3) includes: LED
Fixture (31), feeding cylinder (32) and material feeding seat (33)；The feeding cylinder (32) is fixed on material feeding seat (33)；It is described
LED clip tool connect with the piston rod of feeding cylinder (32), have (31) for placement by feeding cylinder (32) drive LED clip
LED (30) is clamped；The material feeding seat (33) is fixedly connected with the connecting plate (22), and the lower end of material feeding seat (33) with
X-axis track (21) cooperation.
3. LED automatic wire bonding machine according to claim 2, it is characterised in that: the feeding mechanism (3) is provided with two
Group, two groups of feeding mechanisms (3) are fixed on connecting plate (22) by respective material feeding seat (33).
4. LED automatic wire bonding machine according to claim 1, it is characterised in that: the feeding pressure mechanism (4) passes through a machine
Frame (40) is suspended at the top of LED clip tool (31)；The rack (40) is fixed on base (1), which has one
Horizontal gird (401) is fixed with a vertical plate (402) in horizontal gird (401)；
The feeding pressure mechanism (4) includes: LED pressure head (41) and press cylinder (42), and wherein the cylinder body of press cylinder (42) is solid
It is scheduled on vertical plate (402), LED pressure head (41) is fixed on the piston rod of press cylinder.
5. LED automatic wire bonding machine according to claim 4, it is characterised in that: on the horizontal gird (401) of Yu Suoshu also
One rosin cup (400) is installed, the side of the press cylinder (42) of Yu Suoshu is provided with a painting rosin cylinder (43), the painting rosin
For cylinder (43) by being fixedly connected with LED pressure head (41), interlocking therewith, the rosin in the rosin cup (400) passes through pipeline
Into in painting rosin cylinder (43).
6. LED automatic wire bonding machine according to claim 1, it is characterised in that: the Y-axis displacement mechanism (5) uses
Screw mandrel drive mechanism, the thread feeding mechanism (6) cooperates with the screw rod (51) in Y-axis displacement mechanism (5), along one and screw rod
(51) parallel Y-axis track (52) operation.
7. any one LED automatic wire bonding machine in -6 according to claim 1, it is characterised in that: the wire rod wicking
Furnace (7) includes: the tin immersion furnace Y-axis driving mechanism (71) interlocked with Y-axis displacement mechanism (5) and tin immersion furnace Y-axis driving mechanism (71)
The tin immersion furnace Z axis driving mechanism (72) of gearing, the tin immersion furnace connecting rod (73) fixed with tin immersion furnace Z axis driving mechanism (72), with
And wicking seat (74) on tin immersion furnace connecting rod (73) is set, a rosin slot (741) is provided at the top of the wicking seat (74)
With wicking slot (742).
8. any one LED automatic wire bonding machine in -6 according to claim 1, it is characterised in that: the Shang Xi mechanism
It (8) include: the upper tin seat (81) being fixed on thread feeding mechanism (6), the upper tin cylinder (82) for being fixed on tin seat (81), Shang Xilian
Linkage (83) and the bonding wire collet (84) being articulated on tin seat (81), wherein upper tin link mechanism (83) both ends difference
It is connect with the articulated section of the piston rod of upper tin cylinder (82) and bonding wire collet (84), passes through tin connecting rod in upper tin cylinder (82) promotion
Mechanism (83) drives bonding wire collet (84) rotation.
9. LED automatic wire bonding machine according to claim 8, it is characterised in that: the bonding wire collet (84) has one
To the pinch (841) of clamping bonding wire (60), and the pinch (841) is located at the top of wire rod tin immersion furnace (7).
10. any one LED automatic wire bonding machine in -6 according to claim 1, it is characterised in that: the bonding wire tin furnace
It (9) include: the tin furnace gas cylinder (91), linking arm (92), furnace body (93) being fixed on base (1), the furnace body (93) passes through
Linking arm (92) is connect with the piston rod of tin furnace gas cylinder (91), passes through tin furnace gas cylinder (91) driving furnace body (93) lifting；
The position that furnace body (93) is corresponded in the LED clip tool (31) offers perforative through-hole (310) up and down, the furnace body
(93) top has the soldering slot (930) for soldering, and the furnace body (93) is driven by tin furnace gas cylinder (91) from lower
On protrude into LED clip tool (31) through-hole (310) in, by be located at through-hole (310) at LED pin and dipped tin bonding wire (60) weld
It is connected together.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820939575.3U CN208840659U (en) | 2018-06-15 | 2018-06-15 | A kind of LED automatic wire bonding machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820939575.3U CN208840659U (en) | 2018-06-15 | 2018-06-15 | A kind of LED automatic wire bonding machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208840659U true CN208840659U (en) | 2019-05-10 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201820939575.3U Active CN208840659U (en) | 2018-06-15 | 2018-06-15 | A kind of LED automatic wire bonding machine |
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| Country | Link |
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| CN (1) | CN208840659U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114566456A (en) * | 2022-04-29 | 2022-05-31 | 深圳市铨天科技有限公司 | Packaging equipment for multilayer stacked storage chips |
-
2018
- 2018-06-15 CN CN201820939575.3U patent/CN208840659U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114566456A (en) * | 2022-04-29 | 2022-05-31 | 深圳市铨天科技有限公司 | Packaging equipment for multilayer stacked storage chips |
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