CN203509463U - Composite manufacturing device with conformal cooling channel injection mold - Google Patents
Composite manufacturing device with conformal cooling channel injection mold Download PDFInfo
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- CN203509463U CN203509463U CN201320461688.4U CN201320461688U CN203509463U CN 203509463 U CN203509463 U CN 203509463U CN 201320461688 U CN201320461688 U CN 201320461688U CN 203509463 U CN203509463 U CN 203509463U
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Abstract
The utility model discloses a composite manufacturing device with a conformal cooling channel injection mold. The composite manufacturing device comprises a light beam focusing system, a near-wave-length coaxial vision positioning system, a powder laying system and a gas protection system. The gas protection system comprises a sealing forming chamber, a protection gas device and a dust purification device, wherein the protection gas device is connected to one side of the sealing forming chamber, and the dust purification device is connected to the other side of the sealing forming chamber. A composite machining method which combines the laser selection area melting technology with the precise cutting machining technology is adopted, the advantage of flexible machining of the laser selection area melting technology is reserved, and the advantage of good high-speed cutting machining accuracy is also brought into play. In the laser selection area melting machining process, laser surface remelting is conducted on each layer, and density and surface quality of the mold are improved; the variable-density rapid manufacturing technology is adopted, and therefore the manufacturing efficiency is improved. Precise mold parts with internal conformal cooling channels and complex inner cavity structures can be integrally machined at a time.
Description
Technical field
The utility model relates to laser selective melting technology, relates in particular to a kind of composite manufacture device with conformal cooling water route injection mold.
Background technology
Injection mold is a kind of instrument of producing plasthetics, and it is that resin material is injected to the device that obtains the effigurate goods of tool after metal pattern.On mould, make in addition the devices such as cooling duct that cooling liquid (warm water or oil) passes through and heater.In production process, the material that becomes melt is injected into sprue, through runner, cast gate, injects in die cavity.After cooling stage, open mould, the liftout attachment in mould ejects knock-pin, and goods are released.
At present for processing the technology of injection mold, comprise traditional machining techniques such as milling mill and line cutting.The injection mold of conventional method processing, owing to being subject to processing the restriction of method, can only be divided into mould different parts and process respectively in die manufacture, finally assembled, so shaping efficiency is very low again.And classical production process cannot moulding complicated inner cavity structure, so the cooling duct of mould is all straight channel simple in structure, and poor to the cooling effect of part, molding time is longer.
Machining refers to cutting element (comprising cutter, grinding tool and abrasive material) material removal unnecessary on blank or workpiece, makes workpiece obtain the processing method of geometry, size and the surface quality of regulation.Machining is topmost processing method in machine-building, and the part processing due to it can reach very high precision and very low surface roughness, so Machining Technology for Cutting is widely used in metal parts manufacture field.
But the complicated shape parts such as this kind of method cannot moulding loose structure, inner-cavity structure, so machining cannot complete the manufacture of conformal mould.
Laser selective melting (SLM technology) is a kind of current comparatively advanced rapid laser-shaping technique, its basic principle is first to design on computers the three-dimensional entity model of part, then by special-purpose software, this threedimensional model is carried out to slicing delamination, obtain the outline data in each cross section, by these data importing rapid forming equipments, equipment will be controlled the metal powder material that laser beam optionally melts each layer according to these outline datas, progressively be stacked into 3-dimensional metal part.
The advantage that SLM manufactures metal parts is:
(1) personalization: be applicable to the part of various complicated shapes, be especially applicable to personalized workpiece Nonlinear Curved or that there is complicated abnormal shape structure (as cavity) inside, cannot manufactures by conventional method;
(2) manufacture fast: directly make terminal metal part, save middle transition link;
(3) precision is high: use the laser instrument with high power density, with the very little laser beam irradiation metal dust of hot spot, make the personalized metal parts processing there is very high dimensional accuracy (reaching 0.1mm) and good surface roughness (Ra10-50 μ m);
(4) density is high: in constituency, the produced part in deposite metal has the entity of metallurgical binding, and relative density approaches 100%, and mechanical property even surpasses cast member;
(5) material category is many: because laser spot diameter is very little, therefore can melt with lower power dystectic metal, make to come finished parts to become possibility with the metal dust of single component, and the metal dust kind that can Gong select also be expanded.
Although it is a lot of that laser selective melting technology has advantages of, the part of its moulding is compared with traditional machined part, and surface quality is poor.In the time of moulding complicated shape, support need to be added, and during the inner chamber cooling water channel of processing conformal mould, support can not be added.Therefore use laser selective melting technology processing conformal mould also very difficult, in process, there will be more defect, cannot process the mould that meets dimensional accuracy and surface roughness requirement.
Summary of the invention
The purpose of this utility model is to provide a kind of composite manufacture device with conformal cooling water route injection mold, is used alternatingly machining and laser selective melting in process, gives full play to the advantage of two kinds of manufacturing technologies.
The utility model is achieved through the following technical solutions:
A composite manufacture device with conformal cooling water route injection mold, comprises light beam focusing system, nearly wavelength coaxial vision navigation system, powder paving system, gas protection system;
Described light beam focusing system, comprises light path connects successively optical fiber laser, beam expanding lens, scanning galvanometer and F-θ compound lens;
Described nearly wavelength coaxial vision navigation system, comprises cutting processing system, coated reflection eyeglass, industrial CCD and the lighting device for throwing light on to part to be processed; Described coated reflection eyeglass is arranged in the light path between beam expanding lens and scanning galvanometer; Described industrial CCD is arranged on the top of coated reflection eyeglass;
Described powder paving system, comprises moulding cylinder, paving powder scraper plate, powder cylinder, is arranged on lifting piston, the control system of moulding cylinder and powder cylinder bottom portion, lifting piston connection control system;
Described gas protection system, comprises sealing moulding chamber, is connected to the protection device of air of sealing moulding chamber one side, and the powder purification apparatus that is connected to sealing moulding chamber opposite side;
Described optical fiber laser is connected with control system;
It is indoor that described cutting processing system is arranged on sealing moulding.
Described cutting processing system comprises that main shaft, milling fixture and slotting cutter form, and wherein the motor in main shaft drives milling fixture rotation, and slotting cutter is arranged in the annular groove of milling fixture, and milling fixture inside has lubricant passage way.
Adopt above-mentioned composite manufacture device manufacture to have the method for conformal cooling water route injection mold, step is as follows:
The first step: design the 3D moulding of mould with three-dimensional software, then utilize magics software to carry out putting position and sectioning, finally utilize path planning software to determine the scanning pattern of every one deck;
Then for different metal powder materials, select suitable substrate, substrate is arranged in moulding cylinder; Then use paving powder scraper plate, the metal dust in powder cylinder is sprawled into 20 microns to the thin layer of 60 micron thickness;
Second step: adopt laser selective melting method to process; Control system is according to the scanning pattern gated sweep galvanometer deflection setting, and scanning galvanometer guides on the metal dust thin layer of laser beam on moulding cylinder and moves, and fusion of metal powder is formed to metal solid;
After having scanned the profile of one deck, proceed powder and lay; In precinct laser fusion process, every one deck is all carried out to Alloy by Laser Surface Remelting processing; In whole process, adopt variable density processing method, regulate key parameter to change density, at mould inside, need the local density of design in advance that obtains of exhaust, the flue gas producing in the injection moulding process of mould is easily discharged;
This step and the above-mentioned first step should be carried out repeatedly, when laminated thickness reaches 0.15mm～0.3mm, start cutting processing system, transfer machining to;
Described Alloy by Laser Surface Remelting is processed and is referred to, after every layer of end of scan, by after 90 ° of this layer of line deflections, with the fast speed of relative SLM and large spacing effects on surface, carries out remelting.The scan line of every one remelting, the scan line of vertical inswept SLM layer, refuse SLM scan line peak, and fill and lead up the gully between adjacent or multiple tracks scan line, make the smooth-out densification in scanning slice top layer, the lower one deck paving of order powder produces the possibility of micropore while evenly reducing scanning;
Described variable density processing method refers to, mould to be processed is divided into housing district and two forming areas of inner fill area, and housing district adopts fine and close state moulding, and inner fill area adopts non-fine and close state moulding; By adjusting parameter control, the fusing on solid basis is measured, realize the switching of non-fine and close state tissue and fine and close state tissue;
The 3rd step: carry out precision cutting processing; Before machining starts each time, lighting device is launched the laser after expanding, and is irradiated to the surface of mould to be processed; Laser illuminator passes through successively F-θ compound lens, scanning galvanometer and is 45 ° of coated reflection eyeglasses of spending angles and is transmitted in industrial CCD; Industrial CCD obtains the image of frame mould upper surface to be processed, and this image becomes digital picture and sends in control system after quantification treatment; By control system, the image of the mould to be processed of picked-up is processed with characteristic quantity and identified, orient the reference point location of machining; Slotting cutter, under the instruction of coaxial vision navigation system, is realized accurately location; Under the drive of main shaft, cut the profile of mould to be processed; In laser selective melting processing mold process, there will be some defects, such as rough surface, there is nodularization, there is warpage and powder adherence phenomenon in the face of dangling, now utilize slotting cutter to cut the profile of mould to be processed, remove the defect that the laser selective melting stage produces, obtain satisfactory die surface quality to be processed and dimensional accuracy;
The 4th step: repeatedly carry out above-mentioned three steps, finally obtain having the conformal cooling water route injection mold that meets quality and required precision.
In the machine-shaping process of above-mentioned conformal cooling water route injection mold, need to carry out inert gas shielding to sealing moulding chamber, be full of argon gas or nitrogen;
In the process of conformal cooling water route injection mold, protection device of air is to indoor nitrogen or the argon gas of constantly passing into of sealing moulding.
The utility model has the following advantages compared with prior art:
1, can make easily conformal cooling water route injection mold.The Compound Machining that adopts laser fusion and cutting processing system to combine, does not need to cut apart manufacture, does not need assembling yet and adjusts integrated molding; Can in inside, form three-dimensional cooling water channel, the shape of molding mold cavity is being pasted in internal cooling water route, can realize coolingly fast, avoids the defect of moulding.
2, compare with traditional moulds preparation method, the duration shortens, cost.The core that in the past need to cut apart design because of deep hole, dark reinforcement etc. is touched, nowadays also can integrated design.In addition, due to without carrying out spark machined, the Mold Making time also significantly shortens.
3, Compound Machining had both retained the advantage of flexible processing, had brought into play again the speciality of high-speed cutting good processing accuracy.Its feature is disposable and integrally to machine has inner special-shaped water route and degassing function, the precision die part of surface configuration complexity.Its accurate to dimension can reach ± below 0.005mm, more than the material hardness after heat treatment can reach Hrc40, be enough to meet the volume production level requirement of precise injection mould, expanded widely the application possibility of rapid shaping technique in injection mold manufacturing.
Accompanying drawing explanation
Fig. 1 is the structural representation that the utlity model has the composite manufacture device of conformal cooling water route injection mold.
Fig. 2 is cutting processing system partial structurtes schematic diagrames.
The specific embodiment
Below in conjunction with specific embodiment, the present invention is more specifically described in detail.
Embodiment
As shown in Figure 1 and Figure 2.The utlity model has the composite manufacture device of conformal cooling water route injection mold, comprise light beam focusing system, nearly wavelength coaxial vision navigation system, powder paving system, gas protection system;
Described light beam focusing system, comprises light path connects successively optical fiber laser 1, beam expanding lens 3, scanning galvanometer 6 and F-θ compound lens 7;
Described nearly wavelength coaxial vision navigation system, comprises cutting processing system, coated reflection eyeglass 5, industrial CCD 4 and the lighting device 9 for throwing light on to part to be processed; Described coated reflection eyeglass 5 is arranged in the light path between beam expanding lens 3 and scanning galvanometer 6; Described industrial CCD 4 is arranged on the top of coated reflection eyeglass 5;
Described powder paving system, comprises moulding cylinder 15, paving powder scraper plate 13, powder cylinder 16, is arranged on lifting piston 17, the control system 18 of moulding cylinder 15 and powder cylinder 16 bottoms, lifting piston 17 connection control system 18;
Described gas protection system, comprises sealing moulding chamber, is connected to the protection device of air 8 of sealing moulding chamber one side, and the powder purification apparatus 19 that is connected to sealing moulding chamber opposite side;
Described optical fiber laser 1 is connected with control system 18;
It is indoor that described cutting processing system is arranged on sealing moulding.
Described cutting processing system comprises main shaft 11, milling fixture 21 and slotting cutter 12, and wherein the motor in main shaft 11 20 drives milling fixture 21 rotations, and slotting cutter 12 is arranged in the annular groove 22 of milling fixture 21, and milling fixture 21 inside have lubricant passage way 23;
Described optical fiber laser 1 adopts power output 200W, the quality factor M2<1.1 of light beam 2, and the optical fiber laser of wavelength 1090nm, adopts continuous mode, and beam diameter self-energy presents Gaussian distribution.Described scanning galvanometer 6 comprises X, Y-axis eyeglass and motor, response speed <1 microsecond.
The laser lighting that described lighting device 9 adopts after expanding, the optical plane that goes out of lighting source is diagonal to moulding cylinder processing plane.Adopt the laser illuminator close with the optical maser wavelength of optical fiber laser 1.Illumination light is the invisible laser of human eye, but industrial CCD 4 sensitive volumes can reach infrared band, therefore can play illuminating effect.
Light beam 2 optical wavelength 1090nm, illumination light wavelength 1070nm, employing closes on laser instrument and the lighting source of wavelength, can reduce processing plane position that industrial CCD 4 imageing sensors identify and the error of practical laser active position, improves industrial CCD 4 coaxial positioning precision.
TG2Z1816-FCS type CCD camera that described industrial CCD 4 can select Japan to produce, its major advantage is that volume is little, highly sensitive and resolution ratio is high.The key technical indexes is as follows: lens focus is 1.8～3.6mm; Camera lens image planes are 4.9mm * 3.7mm; Valid pixel is 510 (level) * 492 (vertically); Target range is 0.2～1m; Wherein coated reflection eyeglass 5 is 45° angle and puts, and realizes 45 ° of illumination light and is all-trans, 45 ° of full impregnateds of light beam 2 by plated film.
Described main shaft 20 adopts the high rigidity main shaft of Japanese loose Pu high speed, and maximum speed reaches 35000 turn/min, adopts oil-air lubrication.Slotting cutter 12 adopts the special-purpose BT20 of 1/10 tapering, can reach+0.015～0.02mm of precision.
Adopt above-mentioned composite manufacture device manufacture to there is the method for conformal cooling water route injection mold, can be achieved as follows:
The first step: design the 3D moulding of mould with three-dimensional software, then utilize magics software to carry out putting position and sectioning, finally utilize path planning software to determine the scanning pattern of every one deck;
Then for different metal powder materials, select suitable substrate, substrate is arranged in moulding cylinder 15; In installation process, in order to guarantee the level of substrate, need to utilize level meter to carry out leveling.Then use the paving powder scraper plate 13 of precompressed compact form flexibility, the metal dust in powder cylinder 16 14 is sprawled into 20 microns to the thin layer of 60 micron thickness;
Second step: adopt laser selective melting method to process; Control system 18 is according to scanning pattern gated sweep galvanometer 6 deflections that set, and scanning galvanometer 6 guides on the metal dust thin layer of laser beam 2 on moulding cylinder 15 and moves, and fusion of metal powder is formed to metal solid;
After having scanned the profile of one deck, proceed powder and lay; In precinct laser fusion process, in order to guarantee mould inside density, improve intensity, also improve to a certain extent surface accuracy, every one deck is all carried out to Alloy by Laser Surface Remelting processing; In whole process, adopt variable density processing method, flexible modulation key parameter changes density, at mould inside, needs the local density of design in advance that obtains of exhaust, and the flue gas producing in the injection moulding process of mould is easily discharged;
This step and the above-mentioned first step should be carried out repeatedly, when laminated thickness reaches 0.15mm～0.3mm, start cutting processing system, transfer machining to; The time point of the SLM processing number of plies and smear metal processing can arrange flexibly according to the required precision of injection mold.
Described Alloy by Laser Surface Remelting is processed and is referred to, after every layer of end of scan, by after 90 ° of this layer of line deflections, with relative SLM(laser selective melting) fast speed and large spacing effects on surface carry out remelting.The scan line of every one remelting, the scan line of vertical inswept SLM layer, refuse SLM scan line peak, and fill and lead up the gully between adjacent or multiple tracks scan line, make the smooth-out densification in scanning slice top layer, the lower one deck paving of order powder produces the possibility of micropore while evenly reducing scanning;
Described variable density processing method refers to, mould to be processed is divided into housing district and two forming areas of inner fill area, and housing district adopts fine and close state moulding, and inner fill area adopts non-fine and close state moulding; By adjusting parameter control, the fusing on solid basis is measured, realize the switching of non-fine and close state tissue and fine and close state tissue;
The 3rd step: carry out precision cutting processing; Before machining starts each time, the laser of lighting device 9 transmitting after expanding, is irradiated to the surface of mould 10 to be processed; Laser illuminator passes through successively F-θ compound lens 7, scanning galvanometer 6 and is 45 ° of coated reflection eyeglasses 5 of spending angles and is transmitted in industrial CCD 4; Industrial CCD 4 obtains the image of frame mould 10 upper surfaces to be processed, and this image becomes digital picture and sends in control system 18 after quantification treatment; By the image of the mould to be processed 10 of 18 pairs of picked-ups of control system, processed and characteristic quantity is identified, orient the reference point location of machining; Slotting cutter 12, under the instruction of coaxial vision navigation system, is realized accurately location; Under the drive of the main shaft 11 of High Rotation Speed, high speed and precision cuts the profile of mould 10 to be processed; In laser selective melting processing mold 10 processes, there will be some defects, such as rough surface, there is nodularization, there is warpage and powder adherence phenomenon in the face of dangling, now utilize the profile of slotting cutter 12 cutting mould 10 to be processed, remove the defect that the laser selective melting stage produces, obtain satisfactory mould to be processed 10 surface quality and dimensional accuracy;
The 4th step: repeatedly carry out above-mentioned three steps, finally obtain having the conformal cooling water route injection mold that meets quality and required precision.Dimensional accuracy can reach ± below 0.005mm, more than the material hardness after heat treatment can reach Hrc50.
In the machine-shaping process of above-mentioned conformal cooling water route injection mold, need to carry out inert gas shielding to sealing moulding chamber, be full of argon gas or nitrogen;
In the process of conformal cooling water route injection mold, protection device of air 8 is to indoor nitrogen or the argon gas of constantly passing into of sealing moulding; It is protected, prevent oxidation.In order to keep the pure of moulding room air, and prevent from occurring adopting powder purification apparatus 19 to absorb the flue dust producing in process by impurity in metal dust.
Just can realize preferably the utility model as mentioned above.
Embodiment of the present utility model is not restricted to the described embodiments; other are any does not deviate from change, the modification done under Spirit Essence of the present utility model and principle, substitute, combination, simplify; all should be equivalent substitute mode, within being included in protection domain of the present utility model.
Claims (2)
1. a composite manufacture device with conformal cooling water route injection mold, is characterized in that, comprises light beam focusing system, nearly wavelength coaxial vision navigation system, powder paving system, gas protection system;
Described light beam focusing system, comprises light path connects successively optical fiber laser, beam expanding lens, scanning galvanometer and F-θ compound lens;
Described nearly wavelength coaxial vision navigation system, comprises cutting processing system, coated reflection eyeglass, industrial CCD and the lighting device for throwing light on to part to be processed; Described coated reflection eyeglass is arranged in the light path between beam expanding lens and scanning galvanometer; Described industrial CCD is arranged on the top of coated reflection eyeglass;
Described powder paving system, comprises moulding cylinder, paving powder scraper plate, powder cylinder, is arranged on lifting piston, the control system of moulding cylinder and powder cylinder bottom portion, lifting piston connection control system;
Described gas protection system, comprises sealing moulding chamber, is connected to the protection device of air of sealing moulding chamber one side, and the powder purification apparatus that is connected to sealing moulding chamber opposite side;
Described optical fiber laser is connected with control system;
It is indoor that described cutting processing system is arranged on sealing moulding.
2. the composite manufacture device with conformal cooling water route injection mold according to claim 1, it is characterized in that, described cutting processing system comprises main shaft, milling fixture and slotting cutter, wherein the motor in main shaft drives milling fixture rotation, slotting cutter is arranged in the annular groove of milling fixture, and milling fixture inside has lubricant passage way.
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