CN107009614A - The Method of printing of a kind of 3D products and for the 3D printer in this method - Google Patents
The Method of printing of a kind of 3D products and for the 3D printer in this method Download PDFInfo
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- CN107009614A CN107009614A CN201610061578.7A CN201610061578A CN107009614A CN 107009614 A CN107009614 A CN 107009614A CN 201610061578 A CN201610061578 A CN 201610061578A CN 107009614 A CN107009614 A CN 107009614A
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B33—ADDITIVE MANUFACTURING TECHNOLOGY
- B33Y—ADDITIVE MANUFACTURING, i.e. MANUFACTURING OF THREE-DIMENSIONAL [3-D] OBJECTS BY ADDITIVE DEPOSITION, ADDITIVE AGGLOMERATION OR ADDITIVE LAYERING, e.g. BY 3-D PRINTING, STEREOLITHOGRAPHY OR SELECTIVE LASER SINTERING
- B33Y30/00—Apparatus for additive manufacturing; Details thereof or accessories therefor
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Abstract
The invention discloses a kind of Method of printing of 3D products and for the 3D printer in this method, and the printhead in the 3D printer.The Method of printing of the 3D products is by the printhead of 3D printer successively spray material layer, and after the spraying of every layer of material is finished, illumination curing is carried out to the designated area in every layer of marking material layer by the solidification light head set on printhead, by constantly superposition, finally by solvent by the uncured region soluble of all material layer, remaining solidification object is exactly required 3D products.Present invention printing 3D products are to utilize the mobility of gel type resin in itself, so need not be set using heating, it is not necessary to carry out heating melting to raw material.Meanwhile, in order to overcome the mobility of raw material, attached middle school's framework, is any limitation as to raw material when adding a printing, to ensure that present invention height value when spraying is per layer material is accurate.Printing type of the invention relative to traditional PUR, its cost of manufacture is lower, and precision is higher.
Description
Technical field：
The present invention relates to the preparation method of three-dimensional objects and its equipment technical field, a kind of beating for 3D products is refered in particular to
Impression method and for the 3D printer in this method, and the printhead in the 3D printer.
Background technology：
3D printer obtains development at full speed for several years at this, and existing 3D printer is before work firstly the need of utilization
Computer is modeled, and " section " for being then layered the threedimensional model built up is handled, then from lower
On successively " print " every layer of section, so as to ultimately form and institute's established model identical 3D products.According to this
Principle, current 3D printing technique mainly includes following two, SLA stereolithography apparatus mode and hot melt
Material spraying printing type.Both 3D printing techniques will be introduced below.
The principle that stereolithography apparatus mode makes 3D products is first, to be gone out by CAD design three-dimensional real
Body Model, slicing treatment is carried out using discrete program by model, designs scanning pattern, the data of generation will be accurate
Control the motion of laser scanner and lifting platform；Secondly, the scanner that laser beam is controlled by numerical control device,
Liquid photosensitive resin surface is irradiated to by the scanning pattern of design, consolidates one layer of resin in the specific region of surface
After change, after one layer of completion of processing, a section of part is just generated；Then, lifting platform declines a spacing
From, another layer of liquid resin is covered on cured layer, then second layer scanning is carried out, the second cured layer glues securely
Knot is so formed by stacking 3 D workpiece prototype, finally, by prototype from resin from level to level on previous cured layer
After taking-up, finally solidified, then through polishing, plating, spray painting or coloring treatment be desired product.
SLA is mainly for the manufacture of multiple kinds of molds, model etc.；Can also in the feed by adding other compositions,
The wax-pattern in precision-investment casting is replaced with SLA prototype models.SLA forming speed is very fast, and precision is higher,
But due to producing contraction in resin curing process, inevitably result from stress or cause deformation.Therefore develop
It is its development trend to shrink the high light-sensitive material of small, quick solidifying, intensity.
The principle of another hot melt material spraying printing weaving is similar with traditional ink-jet printer principle, and institute is different
, " ink " used in this 3D printer is a kind of hot melt material, such as hot melt wax, PUR.
The hot melt material of melting is sprayed on print platform by printing mechanism, " printing " successively is carried out, works as heat
After melt material is sprayed-on out, it will rapidly solidify.By constantly successively " printing ", institute is ultimately formed
The three-dimensional body needed.Comparatively manufacture craft is simple for this three-dimensional printing technology, and with three-dimensional machinery
The development of arm, technology is ripe, but it makes the limitation that precision is limited by the factors such as material, and precision is difficult to
Industrial rank is reached, and it can only make the product of small volume.For example, the raw material of this printer is usual
It is solid, so heater must be set in printhead, raw material is heated into molten condition, then
The raw material of melting is extruded by the nozzle of printhead by extrusion mechanism again.It not only needs to add heater
Hot temperature is accurately controlled, it is ensured that smoothly extrude raw material.Meanwhile, when controlling raw material extrusion capacity, also very
The difficult raw material to solid is controlled.For example, the printed material used at present is made into tree lace, pass through gear
Or roller controls the amount of feeding of tree lace, so as to calculate the raw material discharge of print-head nozzle.But, this side
Formula will result in very big error in itself, and the abrasion of feeding gear, adhesive tape precision in itself, printhead are being moved
Dynamic formula can all cause the generation of error to tractive force of tree lace etc..This also results in current PUR printing type
The universal not high situation of precision.
The present inventor is directed to the technological development of 3D printer always, and combines above two 3D printing technique
Advantage, proposes following technical scheme.
The content of the invention：
First technical problem to be solved by this invention, which is that, to be overcome the deficiencies in the prior art there is provided one kind
The Method of printing of 3D products.This method is by stereolithography apparatus mode and hot melt material spraying printing type
Advantage combine, propose a kind of preparation method of new 3D products, this method not only has higher precision, and
And cost of manufacture is relatively low.
Second technical problem to be solved by this invention, which is that, provides a kind of beating available for above-mentioned 3D products
3D printer in impression method.
In order to solve above-mentioned first technical problem, present invention employs following technical proposals：The 3D products
Method of printing, is the printhead successively spray material layer, and having been sprayed in every layer of material by 3D printer
Bi Hou, illumination is carried out by the solidification light head set on printhead to the designated area in every layer of marking material layer
Solidification, it is remaining finally by solvent by the uncured region soluble of all material layer by constantly superposition
Solidification object is exactly required 3D products.
Furthermore, in above-mentioned technical proposal, this method comprises the following steps：The first step, is beaten by 3D
The printhead of print machine sprays the first layer of material on the print platform of printer；Second step, utilizes 3D printing
The light that the solidification light head carried on the printhead of machine is produced is to corresponding 3D products institute in the first layer of material
The region at place carries out illumination curing, is formed by the first layer tangent plane of printing 3D products；3rd step, is constantly repeated
First and second step, completes the superposition of subsequent layers of material, and the successively corresponding every layer of tangent plane of solidification 3D products, most
Complete eventually by all tangent planes of printed product, and all tangent planes are consolidated by solidifying the light that light head is produced
Turn into described 3D products；In above-mentioned steps, after printhead has sprayed material layer every time, to material
Region in layer residing for corresponding 3D products is carried out before illumination curing, first solidifies a frame in the material layer
Region residing for described 3D products surround and surrounded by body region, the framework region, finally outside 3D products
Enclose and be also formed with a framework for being cured into an entirety；4th step, by solvent by the whole material of spraying
Uncured region soluble in layer, it is exactly printed 3D products and framework that remaining dissolved solidification is overall.
Furthermore, it is gelatinous light-cured resin that raw material is printed in above-mentioned technical proposal, in this method,
The resin is positioned in container, and is inputted by pipeline into printhead, passes through the raw material extruder in printhead
Structure extrudes raw material quantitative.
To solve above-mentioned second technical problem, present invention employs following technical scheme：The 3D printer bag
Include：Printhead, print platform and the container that printing raw material is provided for printhead, described printhead pass through
Mechanical arm is suspended in above print platform, and realizes the movement on X/Y/Z directions, and described printhead includes
There are nozzle and the solidification light head positioned at nozzle side, wherein described nozzle passes through pipeline and splendid attire raw material
Reservoir, described solidification light head, which can be produced, can solidify the light of the raw material.
Furthermore, in above-mentioned technical proposal, a raw material extruder structure is additionally provided with described printhead,
The raw material extruder structure includes：Stepper motor and pass through stepper motor driven extruder head, described extruder head
Act on the pipeline being connected with nozzle, by driving stepper motor extruder head, by the raw material in pipeline by nozzle
Extrusion.
Furthermore, in above-mentioned technical proposal, described container uses piston structure, and the outlet of container passes through
Pipeline is connected with nozzle, and piston is provided with container, and the piston passes through the second driving stepper motor, band piston
It is mobile, the raw material in container is extruded.
Furthermore, in above-mentioned technical proposal, described piston is fixedly connected on a sliding block, the sliding block
Coordinate with slider waveguide rod, sliding block and a screw mandrel link, and the second stepper motor drives the screw mandrel to rotate, screw mandrel is turning
Upper and lower displacement will be produced while dynamic, so that moved up and down with movable slider along the slider waveguide rod coordinated with it, so that
Drive piston operation.
Furthermore, in above-mentioned technical proposal, described mechanical arm includes：Positive angular distribution is simultaneously vertically arranged
Three guide rods, in be flexibly connected on every guide rod a slide, each slide with a motion bar upper end live
Dynamic connection, active link is connected in a sliding seat respectively for the lower end of three motion bars, and three slides lead to respectively
Cross draught line to interlock with corresponding motor, drive the slide interlocked therewith to be slided up and down along guide rod by motor, from
And drive three groups of motion bars to produce corresponding angle swinging and height change respectively, become using the position of the motion bar
Change driving sliding seat and the operation done in the region set on X/Y/Z directions is enclosed in three guide rods 41.
After above-mentioned technical proposal of the present invention, because the present invention directly uses gelatinous raw material, without entering to raw material
Row heating melting, so without setting heater in printhead, reducing the cost of product and simplifying circuit
Control.Meanwhile, the consumption of raw material can be more accurately controlled using gelatinous raw material, printing is further improved
3D Product Precisions.
In addition, the present invention will not spread in order to ensure the raw material of spraying because of gravity to surrounding, in material layer
When region residing for corresponding 3D products carries out illumination curing, while solidifying a frame simultaneously in the material layer
Body region, the framework region is by the region residing for described 3D products around encirclement.It is limited in framework layer
Interior raw material just spreads without normal direction surrounding, ensures that the accurate of printed 3D products.
Finally, after the completion of present invention printing, directly cleaned by solvent, it is possible to obtain printed 3D productions
Product, it is very convenient.
Brief description of the drawings：
Fig. 1 is the structural representation of 3D printer in the present invention；
Fig. 2 is the stereogram of printhead in Fig. 1；
Fig. 3 is the internal structure stereogram of printhead in Fig. 2；
Fig. 4 is the structural representation of container in Fig. 1；
Fig. 5 is workflow schematic diagram of the present invention；
Fig. 6 is the final schematic flow sheet for obtaining 3D products of the invention.
Embodiment：
With reference to specific embodiments and the drawings, the present invention is further described.
As shown in Fig. 1-4, this is the 3D printer in the present invention, and it includes：Printhead 1, print platform 2,
And the container 3 of printing raw material is provided for printhead 1, described printhead 1 is by can be on X/Y/Z directions
Mobile mechanical arm 4 is suspended in the top of print platform 2.
Mechanical arm 4 used in the present invention is triangle mechanical arm (Delta Robot), this mechanical arm one
As there is 3-4 free degree, it is possible to achieve the operation on X/Y/Z directions, and the rotation in direction about the z axis.
The triangle mechanical arm is described in the patent document of many as the ripe technology used, sees patent announcement
Number for US 8621953 B2, US 20120103124 A1, US20120171383 A1,20130049261A1
American documentation literature, it proposes the related art scheme based on this mechanical arm.It is of the present invention
Mechanical arm is also based on this principle and proposed, this mechanical arm moves horizontally three-dimensional machinery relative to general
Arm has speed fast, the high advantage of precision.
Specifically, invention mechanical arm 4 includes：Positive angular distribution and be vertically arranged three guide rods 41, in
A slide 42, each slide 42 are flexibly connected on every guide rod 41 movable with the upper end of a motion bar 43
Connection, active link is connected in a sliding seat 44 respectively for the lower end of three motion bars 43, three slides
42 are interlocked by draught line with corresponding motor respectively, and the slide 42 interlocked therewith is driven along guide rod by motor
41 slide up and down, so that drive three groups of motion bars 43 to produce corresponding angle swinging and height change respectively, profit
Enclosed with the change in location driving sliding seat 44 of the motion bar 43 in three guide rods 41 and X/Y/Z is in the region set
Operation on direction.
Described printhead 1 is arranged on sliding seat 44, and printhead 4 is driven in X/Y/Z side by sliding seat 44
Run up.
Referring to shown in Fig. 2,3, described printhead 1 includes：Housing 10 and and be fixed in housing 10
Nozzle 11 and solidification light first 12.Described nozzle 11 is connected with container 3 by pipeline 13；Described consolidates
Change light first 12 and be located at the side of nozzle 11, the solidification light first 12, which can be produced, can solidify the light of printing raw material.
A raw material extruder structure is additionally provided with described printhead 1, the raw material extruder structure includes stepper motor 14
And by stepper motor driven extruder head 15, described extruder head 15 acts on what is be connected with nozzle 11
On pipeline 13, extruder head 15 is driven by stepper motor 14, has nozzle 11 to determine the raw material in pipeline 13
Amount extrusion.
From using PUR different as the 3D printer of raw material at present, raw material uses gel material in the present invention,
So need not set heating arrangements in printhead 3, raw material is directly inputted into nozzle by container 3 by pipeline 13
11 go out.In order to control the extrusion of raw material, present invention employs extruder head 15, the extruder head 15 can be used
Cam structure, drives extruder head 15 to rotate by stepper motor 14, and the power being pressed down against is produced to pipeline 13,
So as to which the raw material in pipeline 13 be extruded by nozzle 11.Certainly, extruder head 15 can also use other mechanisms,
Such as roller structure.
Solidification light first 12 in printhead 1 is an optical transmitting set, and it produces the point light of diameter very little,
The light that gel resin solidifies is provided by solidifying light first 12.Solidification light first 12 in the present invention with it is existing
Laser powder sintering technology in laser head effect it is similar, except that, in laser powder sintering technology,
Laser head is sintered line by line as the generator of high temperature heat source to the setting regions of the powder bed of tiling, so that complete
Paired dusty material solidification.The present invention be by solidify light it is first 12 produce light to setting regions in the range of
Resin gel solidified.Solidification light first 12 produces the diameter of light by made 3D products essence
Degree has a direct impact, so the product of similar laser transmitter can be used directly, is then changed to light source to use
In the light of curing gel resin, such as ultraviolet light, blue light.The light so produced is directly just very smart
Carefully, it can further improve the precision of made 3D products.
Referring to shown in 4, container 3 of the invention uses piston structure, and the outlet 31 of container 3 passes through pipe
Road 13 is connected with nozzle 11, and piston 32 is provided with container 3, and the piston 32 passes through the second stepper motor 33
Driving, band piston 32 is moved, and the raw material in container 3 is extruded.Concrete structure can be in the following ways：
The piston rod portion of piston 32 is fixedly connected on a sliding block 34, and sliding block 34 coordinates with guide rod 35.Sliding block
34 and one screw mandrel link, the second stepper motor 33 drive the bar of silk 36 rotate, screw mandrel 36 rotate while
Upper and lower displacement will be produced, so as to be moved up and down with movable slider 34 along the guide rod 35 coordinated with it, so as to drive work
Plug 32 is run, and the gel material in container 3 is extruded.
In this way be a little：Second stepper motor 33 can accurately control the rotational angle of screw mandrel,
So as to the shift length of accurate control piston 32, thus in controllable container 3 raw material extrusion capacity,
Realize squeezing out quantitative according to demand, it is ensured that the precision of the 3D products ultimately formed.
Certainly, the stepper motor 14 and second stepper motor 33 in the present invention in printhead 1 pass through control
Circuit is controlled, so as to realize that raw material has the accurately extrusion of nozzle 11.
With reference to shown in Fig. 5,6, illustrate the Method of printing of the 3D products of the present invention, this method passes through 3D printing
The printhead of machine successively spray material layer, and after the printing of every layer of material is finished, pass through what is set on printhead
Solidify light head and illumination curing is carried out to the designated area in the material layer of every layer of printing, by constantly superposition,
Finally by solvent by uncured region soluble, remaining solidification object is exactly required 3D products.
Still according to current 3D printing technique before printing 3D products, it is modeled by computer, and will
The 3D products of printing are needed to carry out layering tangent plane processing, and the tangent plane of every layer of layer-by-layer preparation.Wherein every layer tangent plane
Height H be default, H numerical value is generally 0.05-0.5mm, and specific numerical value is according to made 3D
Depending on Product Precision, usual tangent plane is more (H numerical value is smaller, and made 3D Product Precisions are higher), then
Constantly tangent plane is overlapped to form the 3D products to be made from bottom to top, comprised the following steps that：
The first step, first is sprayed by the printhead 1 of 3D printer 100 on the print platform 2 of printer
Layer of material 51.During by 11 spraying raw material of nozzle, and the position of printhead 1 need not be accurately controlled,
Because the raw material of printing uses the resin of gel state, this raw material has certain mobility in itself, as long as
The area of print area is set, then because the height H of every layer of material is fixed, it is possible to accurate
Calculate the raw material total amount required for every layer of material, so just can be with by the raw material extrusion capacity of control container 3
It is accurately controlled the height of every layer material.For example, raw material dosage of the setting per layer material is V.
Second step, after the completion of the spraying of the first layer of material 51, nozzle 11 is stopped, and does not continue to spraying
Raw material.Now the solidification light first 12 on printhead is started working, and it, which will launch, to be consolidated to raw material
The light of change.Printhead 1 will be moved in the driving of mechanical arm 4 in X/Y planes, to the first layer of material
Region in 51 residing for corresponding 3D products carries out illumination curing, is formed and is cut by the first layer of printing 3D products
Face 61, i.e., by the orlop tangent plane of printing 3D products.
According to noted earlier, because the raw material of printing uses the resin of gel state, this raw material has in itself
Certain mobility, although the mobility of this material is limited, but if be not any limitation as, this raw material is still
It will certainly will thus cause the height of the first sprayed layer of material 51 with slow speed to around spreading
Diminish, while being constantly superimposed if over the material layer subsequently sprayed, this mobility is with the increase of gravity
Increase, effective stack layer can not be formed by eventually resulting in.So, a maximum technical characterstic of the present invention is just
It is to need to form one " container ", at least by the region residing for 3D products around surrounding, to ensure the original of spraying
Material will not spread because of gravity to surrounding.The scheme that the present invention is used is exactly：The corresponding 3D in material layer
When region residing for product carries out illumination curing, while solidify a framework region simultaneously in the material layer,
The framework region is by the region residing for described 3D products around encirclement.With reference to the first layer of material 51, when right
When region residing for corresponding 3D products carries out illumination curing in first layer of material 51, first should first this
Layer of material 51 outer peripheral areas of layer solidify a framework region, as shown in Figure 5.In the first layer of material 51
The region at close edge have cured first layer framework layer 71 by solidifying light first 12.So due to first layer frame
The presence of body layer 71, the raw material being limited in the first layer framework layer 71 just spreads without normal direction surrounding, so that
It ensure that the accurate of the height of first layer tangent plane 61.
3rd step, after the solidification of first layer tangent plane 61 is completed, solidification light first 12 is stopped, and now sprays
Mouth 11 restarts work, sprays the second layer of material 52.Second layer of material 52 and the second layer of material
It is identical, and overlap, the consumption of material is also just the same.Likewise, the second layer of material 52 is sprayed
After the completion of, solidification light first 12 is started working, first in the second layer of material 52, positioned at first layer framework
The upper area of layer 71, solidify to form second layer framework layer 72,.Then, in the corresponding 3D productions in intermediate region
Region residing for product carries out illumination curing, is formed by the second layer tangent plane 62 of printing 3D products.
Then, according to section model set in advance, the step is constantly repeated, until completing all material layer
Spraying, and complete the solidification of all framework layers and the solidification of product tangent plane layer.Wherein first layer framework layer, the
Two layers of framework layer ... constantly superposition solidify to form an entirety --- framework 7.First layer tangent plane 61, the second layer
Tangent plane 62 ... constantly ground connection solidify to form an entirety --- 3D products 6.
Now, the material layer outside framework 7 may be caved in already due to the mobility of raw material, so to four
Zhou Yanchong spreads, but the material layer inside framework 7 is still the stacking according to default requirement successively.Wherein
First layer tangent plane 61, second layer tangent plane 62, until the tangent plane of top should be fully cured, form 3D products
6.And material uncured in framework 7 is produced still in the state of gel state, or semi-solid preparation, and by 3D
Product 6 flood.Next step is accomplished by separating 3D products 6 from the raw material of these gels or semi-solid preparation shape
Out.
4th step, all material in whole framework 7 is put into solvent, or is directly rinsed by solvent
In framework 7.By solvent by region soluble uncured in material layer in whole framework 7, residue is not dissolved
Solidification it is overall be exactly printed 3D products 6.
It is corresponding for example with UV resins because resin 7 used in the present invention is a kind of light-cured resin
Solidification light first 12, which can be produced, can solidify the light of printing raw material.It is cured the UV that light first 12 is produced
After light irradiation, can occur physical and chemical changes rapidly in the short period of time, and then crosslinking curing is oligomeric
Thing.If so just can be by uncured dissolution of raw material using related solvent, and the original being cured
It can not be dissolved by the solvent during material, finally just obtain the framework 7 of auxiliary and final 3D productions during a printing
Product 6.
In summary, this device that the present invention is used, its is simple in construction, and it is using solidifying that it, which prints 3D products,
The mobility of glue-type resin in itself, so need not be set using heating, it is not necessary to carry out heating melting to raw material.
Meanwhile, in order to overcome the mobility of raw material, attached middle school's framework 7, is limited raw material when adding a printing
System, to ensure the present invention when spraying is per layer material, height value is accurate.The present invention can not only make precision compared with
High three-dimensional objects, and relative to the printing type of traditional PUR, its cost of manufacture is lower, and precision is more
It is good.
Certainly, the specific embodiment of the present invention is the foregoing is only, not the scope of the present invention is limited,
All equivalent change or modifications done according to construction, feature and principle described in scope of the present invention patent, all should be wrapped
Include in scope of the present invention patent.
Claims (10)
1. a kind of Method of printing of 3D products, it is characterised in that：This method passes through 3D printer (100)
Printhead (1) successively spray material layer, and after the spraying of every layer of material is finished, by printhead (1)
The solidification light head (12) of setting carries out illumination curing to the designated area in every layer of marking material layer, by not
Disconnected superposition, finally by solvent by the uncured region soluble of all material layer, remaining solidification object is exactly
Required 3D products (6).
2. a kind of Method of printing of 3D products according to claim 1, it is characterised in that：This method bag
Include following steps：
The first step, by the printhead (1) of 3D printer (100) on the print platform (2) of printer
Spray the first layer of material (51)；
Second step, is produced using the solidification light head (12) carried on the printhead (1) of 3D printer (100)
Raw light carries out illumination curing to the region residing for corresponding 3D products in the first layer of material (51), is formed
By the first layer tangent plane (61) of printing 3D products；
3rd step, constantly repeats first and second step, completes the superposition of subsequent layers of material, and successively solidification 3D productions
The corresponding every layer of tangent plane of product (6), is finally completed by all tangent planes of printed product, and all tangent planes
The light produced by solidifying light head (12) is cured as into described 3D products (6)；
In above-mentioned steps, after printhead (1) has sprayed material layer every time, the corresponding 3D in material layer
Region residing for product (6) is carried out before illumination curing, first solidifies a framework region in the material layer,
Region residing for described 3D products (6) surround and surrounded by the framework region, finally in 3D products (6) outside
Enclose and be also formed with a framework for being cured into an entirety (7)；
4th step, by solvent by region soluble uncured in the whole material layer of spraying, residue is not dissolved
Solidification it is overall be exactly printed 3D products (6) and framework (7).
3. a kind of Method of printing of 3D products according to claim 2, it is characterised in that：In this method
Printing raw material is gelatinous light-cured resin, and the resin is positioned in container (3), and passes through pipeline (13)
Input is extruded raw material quantitative by the raw material extruder structure in printhead (1) into printhead (1).
4. a kind of 3D printer, it includes：Printhead (1), print platform (2) and for printhead (1)
The container (3) of printing raw material is provided, described printhead (1) is suspended in print platform by mechanical arm (4)
(2) top, and realize the movement on X/Y/Z directions, it is characterised in that：
Described printhead (1) includes nozzle (11) and the solidification light positioned at nozzle (11) side
Head (12), wherein described nozzle (11) is connected by pipeline (13) with containing the container (3) of raw material,
Described solidification light head (12), which can be produced, can solidify the light of the raw material.
5. a kind of 3D printer according to claim 4, it is characterised in that：Described printhead (1)
A raw material extruder structure is inside additionally provided with, the raw material extruder structure includes：Stepper motor (14) and pass through step
The extruder head (15) of stepper motor driving, described extruder head (15) acts on the pipe being connected with nozzle (11)
On road (13), by stepper motor (14) drive extruder head (15), by the raw material in pipeline (13) by
Nozzle (11) is extruded.
6. a kind of 3D printer according to claim 4, it is characterised in that：Described container (3)
Using piston structure, the outlet (31) of container (3) is connected by pipeline (13) with nozzle (11), is held
Piston (32) is provided with device (3), the piston (32) is driven by the second stepper motor (33), driven
Piston (32) is mobile, and the raw material in container (3) is extruded.
7. a kind of 3D printer according to claim 6, it is characterised in that：Described piston (32)
It is fixedly connected on a sliding block (34), the sliding block (34) coordinates with slider waveguide rod (35), sliding block (34)
Linked with a screw mandrel (36), the second stepper motor (33) drives the screw mandrel (36) to rotate, screw mandrel (36)
Upper and lower displacement will be produced while rotating, so that the slider waveguide rod (35) coordinated with movable slider (34) edge with it
Move up and down, so as to drive piston (32) to run.
8. a kind of 3D printer according to any one in claim 4-7, it is characterised in that：It is described
Mechanical arm (4) include：Positive angular distribution and be vertically arranged three guide rods (41), in every guide rod (41)
On be flexibly connected a slide (42), each slide (42) with a motion bar (43) upper end activity even
Connect, active link is connected in a sliding seat (44) respectively for the lower end of three motion bars (43), three cunnings
Seat (42) is interlocked by draught line with corresponding motor respectively, and the slide (42) interlocked therewith is driven by motor
Slided up and down along guide rod (41), thus drive three groups of motion bars (43) produce respectively corresponding angle swinging and
Height change, sliding seat (44) is driven in three guide rods (41) using the change in location of the motion bar (43)
Enclose the operation done in the region set on X/Y/Z directions.
9. a kind of printhead of 3D printer, it is characterised in that：The printhead (1) include nozzle (11),
And positioned at the solidification light head (12) of nozzle (11) side, wherein described nozzle (11) passes through pipeline (13)
Connected with the container (3) for containing raw material, described solidification light head (12), which can be produced, can solidify the raw material
Light.
10. a kind of printhead of 3D printer according to claim 9, it is characterised in that：Described
A raw material extruder structure is additionally provided with printhead (1), the raw material extruder structure includes stepper motor (14)
And by stepper motor driven extruder head (15), described extruder head (15) is acted on and nozzle (11)
On the pipeline (13) of connection, extruder head (15) is driven by stepper motor (14), by pipeline (13)
Raw material have nozzle (11) squeezing out quantitative.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
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| CN108356955A (en) * | 2018-04-26 | 2018-08-03 | 同济大学 | A kind of experimental water cement-based material 3D printer |
| CN108582766A (en) * | 2018-03-30 | 2018-09-28 | 无锡映型三维数字技术有限公司 | A kind of photosensitive resin Method of printing of no solid support |
| WO2020097420A1 (en) * | 2018-11-08 | 2020-05-14 | Divergent Technologies, Inc. | Systems and methods for adhesive-based part retention features in additively manufactured structures |
| CN111633976A (en) * | 2020-04-28 | 2020-09-08 | 青岛黄海学院 | 3D printing method of waxy parts |
| CN112703100A (en) * | 2018-09-14 | 2021-04-23 | 阿莱恩技术有限公司 | Hybrid 3D printing with photocurable materials |
| CN113147027A (en) * | 2021-04-29 | 2021-07-23 | 重庆市华港科技有限公司 | 3D printing method of small product |
| CN114161707A (en) * | 2021-12-10 | 2022-03-11 | 苏州华星光电技术有限公司 | Printing apparatus and printing method |
| CN114559652A (en) * | 2022-02-18 | 2022-05-31 | 南方科技大学 | Sinking type photocuring printing method and product |
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| CN108582766A (en) * | 2018-03-30 | 2018-09-28 | 无锡映型三维数字技术有限公司 | A kind of photosensitive resin Method of printing of no solid support |
| CN108356955A (en) * | 2018-04-26 | 2018-08-03 | 同济大学 | A kind of experimental water cement-based material 3D printer |
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| CN112703100A (en) * | 2018-09-14 | 2021-04-23 | 阿莱恩技术有限公司 | Hybrid 3D printing with photocurable materials |
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| CN111633976A (en) * | 2020-04-28 | 2020-09-08 | 青岛黄海学院 | 3D printing method of waxy parts |
| CN113147027A (en) * | 2021-04-29 | 2021-07-23 | 重庆市华港科技有限公司 | 3D printing method of small product |
| CN114161707A (en) * | 2021-12-10 | 2022-03-11 | 苏州华星光电技术有限公司 | Printing apparatus and printing method |
| CN114161707B (en) * | 2021-12-10 | 2024-09-20 | 苏州华星光电技术有限公司 | Printing apparatus and printing method |
| CN114559652A (en) * | 2022-02-18 | 2022-05-31 | 南方科技大学 | Sinking type photocuring printing method and product |
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