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Rapid Prototype --Fast Prototype can made in few days --you can know design defect before open mold. save much cost --many material are available (plastic and metal) --many surface treatment are available

CNC MACHINING/ PLASTIC /METAL

Service : Rapid Prototype /3D Printing /CNC Machining / Injection Molding

Haoyi's professional engineering team strictly control each project from the design, manufacture, sampling, large-scale production to ship, and timely feedback to customers. Our quality and service is the best proof!

Benefits Of Making A Prototype - Show your customers and investors a model of your product - Demonstrate the appearance, dimensions and features of your product - Testing your Design - Save time and money by identifying and reducing design flaws RAPID PROTOTYPE

YuYao Haoyi Model Factory was established in 2011, located in Yuyao, eastern China, specializing in the manufacture and supply of various injection molding Our service scope: mold design, mold making, mass production and prototyping services. and since 2011 we have worked with hundreds of customers in more than 20 countries In the automotive field, direct or indirect customer coverage of Mercedes-Benz, Volkswagen, Skoda, Audi, Maserati, Chrysler, BMW, Fiat, General Motors and so on. For other areas, our clients include IKEA, IEK, Schneider and so on. We are proud to be recognized by many qualified suppliers of production companies. Haoyi's professional engineering team strictly control each project from the design, manufacture, sampling, large-scale production to ship, and timely feedback to customers. Our quality and service is the best proof!

Compared with ordinary machine tools, CNC machine tools have the following characteristics: ● High processing precision and stable processing quality; ● Can carry out multi-coordinated linkage and can process parts with complex shapes; ● When processing parts change, generally only need to change the numerical control program, which can save production preparation time; ● The machine tool itself has high precision and rigidity, and can select favorable processing amount and high productivity (generally 3 to 5 times that of ordinary machine tools); ● High degree of automation of machine tools can reduce labor intensity; ● High quality requirements for operators, higher technical requirements for maintenance personnel

3D printing (3DP) is a kind of rapid prototyping technology. It is a technology based on a digital model file and uses a powdery metal or plastic adhesive material to build an object by layer-by-layer printing. 3D printing is usually implemented using digital technology material printers. It is often used in mold manufacturing, industrial design and other fields to manufacture models, and then gradually used in the direct manufacture of some products. There are already printed parts using this technology. The technology has applications in jewellery, footwear, industrial design, construction, engineering and construction (AEC), automotive, aerospace, dental and medical industries, education, geographic information systems, civil engineering, firearms, and other fields. YuYao Haoyi Model Factory offer Rapid Prototype /CNC Machining ? Injection Molding Service. If you need any quote request, pls send us your drawings, our sales person would contact you ASAP

The 12th Guangzhou International Mould Exhibition (Asiamold) was successfully concluded on March 6 at the Guangzhou China Import and Export Fair Complex. The three-day Asiamold and SIAF – Guangzhou International Industrial Automation Technology and Equipment Exhibition held in the same period, the two exhibitions successfully attracted a total of 896 enterprises to participate, and ushered in 72,068 professional buyers from all over the world. With the continuous increase in the number of participants each year, the two exhibitions once again established their position as China's important trade platform in the mold, die-casting, additive manufacturing technology and industrial automation. Before starting the lecture on the 3D printing process, Ms. Kim Francois, General Manager of Shanghai Marris 3D Printing Technology Co., Ltd., asked his audience about the understanding and familiarity of the application of 3D printing technology, and raised the handcuffs in a packed seminar. Countable, it can be seen that even if 3D printing technology gradually emerges, the industry's knowledge of practical applications is still very limited. In view of the keen demand of the industry for related high-end technical discussions, Asiamold held a two-day 3D industrial technology application summit. A total of 13 speakers were invited to share insights on the development of the industry, covering 3D printing models in China and European markets. Impact, and how the mold industry and the 3D printing industry work together. The evaluation of exhibitors and listeners reflected that in addition to the exhibits, the seminar activities also played a major role in the exhibition. The guest speaker, Ms. Francois, said: [By participating in this summit, contacting the players in our target markets will undoubtedly help our company's development. This is also a good opportunity for us to explain our company's business, just for companies that have not yet applied 3D printing technology. Know how we can help them further expand business opportunities." Exhibitors and buyers at the same time pointed out that 3D printing technology will not replace traditional manufacturing technology, but can help companies simplify the production line, reduce production costs, increase production speed, and ultimately achieve the purpose of increasing revenue and profits. Many 3D printing exhibitors stated that they have successfully developed new commercial networks at the show, including some manufacturers who have initially adopted 3D printing technology on the production line.

The 12th Guangzhou International Mould Exhibition (Asiamold) was successfully concluded on March 6 at the Guangzhou China Import and Export Fair Complex. The three-day Asiamold and SIAF – Guangzhou International Industrial Automation Technology and Equipment Exhibition held in the same period, the two exhibitions successfully attracted a total of 896 enterprises to participate, and ushered in 72,068 professional buyers from all over the world. With the continuous increase in the number of participants each year, the two exhibitions once again established their position as China's important trade platform in the mold, die-casting, additive manufacturing technology and industrial automation. Before starting the lecture on the 3D printing process, Ms. Kim Francois, General Manager of Shanghai Marris 3D Printing Technology Co., Ltd., asked his audience about the understanding and familiarity of the application of 3D printing technology, and raised the handcuffs in a packed seminar. Countable, it can be seen that even if 3D printing technology gradually emerges, the industry's knowledge of practical applications is still very limited. In view of the keen demand of the industry for related high-end technical discussions, Asiamold held a two-day 3D industrial technology application summit. A total of 13 speakers were invited to share insights on the development of the industry, covering 3D printing models in China and European markets. Impact, and how the mold industry and the 3D printing industry work together. The evaluation of exhibitors and listeners reflected that in addition to the exhibits, the seminar activities also played a major role in the exhibition. The guest speaker, Ms. Francois, said: [By participating in this summit, contacting the players in our target markets will undoubtedly help our company's development. This is also a good opportunity for us to explain our company's business, just for companies that have not yet applied 3D printing technology. Know how we can help them further expand business opportunities." Exhibitors and buyers at the same time pointed out that 3D printing technology will not replace traditional manufacturing technology, but can help companies simplify the production line, reduce production costs, increase production speed, and ultimately achieve the purpose of increasing revenue and profits. Many 3D printing exhibitors stated that they have successfully developed new commercial networks at the show, including some manufacturers who have initially adopted 3D printing technology on the production line.

Recently, of imperial college London researchers realized with 3 d printer to print out similar brain tissue of the software.In the future, if this kind of 3 d printing can be used for practical use, allow the doctor to the patient to use tailored organ of your body, would help ease the problem of serious shortage of human organs for transplant.To solve the problem of printing soft tissue is difficult, the researchers in the printing process for the cooling process.Early researcher at imperial college London drvance said: "we are using the low temperature the printing process, this means that the lower frozen, which made it very stable, new layer structure can be printed on it, won't appear the underlying collapse phenomenon.After the completion of the printing, we can thaw slowly get objects, and keep its shape."

Rapid Prototyping Technology concept namely the RP (Rapid Prototyping) Technology is put forward of the concept of dating back to 1979, the Japanese production Technology research institute at the university of Tokyo professor he wei male modelling method, invented the laminated model 1980 jade show male light modelling method is introduced, the idea is raised, the pill GuYang. Continue to study in 1984, and in 1987, for trial production. In 1988, the United States 3 d Systems company pioneered - laser Stereo modelling the SLA rapid prototyping practical device (Stereo Lightgraphy Apparatus), with annual sales growth of 30% ~ 30% growth in the world market.With the improvement of the performance of the scanning galvanometer, and the development of material science and computer technology, rapid prototyping technology has been mature, and in 1994 formally entered the stage of popularization. Rapid prototyping technology breakthrough in the "blank - machining - finished product" of the traditional pattern of parts processing, started without cutting tools make a part, is a kind of unprecedented processing method of thin layer superposition.Compared with the traditional machining method, rapid prototyping processing has the following advantages: 1, can quickly create a free-form surface and a more complex shape parts, such as parts of the grooves, convex shoulder and hollow parts, etc., greatly reduces the new product development cost and development cycle. 2, non-contact processing, do not need necessary for machine tool cutting tool and fixture, tool wear and cutting force. 3, no vibration, noise and cutting waste. 4, which can realize fully automated production at night. 5, high processing efficiency, can quickly produce products entity model and mould.

Low cost plastic injection (1) efficient materials engineering: 1, no hot regeneration desiccant drying: saving electricity was above 50%, environmental regeneration gas emissions (no); 2, the screw strong cleaning, prevent dark spots 3, material recycling, infiltrate to prevent foreign body (2) high efficiency and energy saving project: 1, injection molding machine electricity saving: 2, electromagnetic heating cylinder: power saving 50% + 3, adiabatic coating: coating 3 mm, use in any place, power saving 30% + (3) ultra short cycle project: 1, in the cycle shorten: finished products, semi-finished products, raw materials, such as defective product 2, shorten the molding cycle, pulse cooling molding (4) the latest pulse cooling technology and equipment, reduce the mold cooling cycle; 1, molding technology improvement, reduce molding cycle.Including: tooling defect/FRP products improve, molding process of optimization, the new mold test and defect improvement, reduce defective rate in the engineering; 2, shorten the operation time, mould fast switching 3, molding engineering improvement, shorten the operation time.Include: automatic/semi-automatic operation, mold quickly switch, manipulator operation, manipulator quickly switch operation, just one person, one more machine operations

One for molding, extrusion, injection molding, blow molding, and low foaming molding composite plastic mould, which mainly includes composite substrate by concave die, die components and die combination of card board with variable cavity die, the punch combination of substrate and convex die components, combination punch card board, cutting mould components and side sections of composite slab has a flexible convex mold core.Die convex and concave die and the auxiliary coordinate change in the molding system.Machinable series plastic parts of different shape and size.Form a complete set of plastic processing industry and plastic molding machine, plastic products for complete configuration and precise size of the tool.Due to plastic breed and processing method is various, and the structure of the plastic molding machine and plastic products and simplified is differ, so the structure and type of plastic mold is also varied. With the rapid development of plastic industry and general engineering plastics in such aspects as strength unceasing enhancement, the application range of the plastic products are also constantly expanding, the amount of plastic products is also rising. Plastic products of plastic mold is a kind of production tools. It consists of several groups of parts, the combination with molding cavity.Clamped injection, mold in injection molding machine, molten plastic injection molding die cavity, and the cavity cooling stereotypes, then separated from mould, via ejection system will leave mould products out of the cavity roof, the mould closed again for the next injection, the injection molding process is a cycle. General plastic mold consists of two parts, dynamic model and fixed model, dynamic model is installed on the movement of the injection molding machine templates, set module is installed on the injection moulding machine fixed template.Dynamic model in injection molding and mold closing a gating system and the cavity, cavity when moving die and die separation in order to take out the plastic products. Structure though because of the plastic varieties and properties of the mould, the shape and structure of the plastic products and the type of injection machine and so on different and might go, but the basic structure is the same.Mold is mainly composed of gating system, air-conditioning system, molding parts and structural parts.The pouring system and is part of the direct contact with plastic molding parts, and with the plastic and products, is the most complicated in the mold, the biggest change, request processing smoothness and accuracy of the highest part. Gating system refers to the plastic from the nozzle into the mold cavity in front of the flow channel section, including the mainstream way, slag hole, distributary channel and gate, etc.Molding parts refers to the various parts of the product shape, including the moving die, die and cavity, core, molding and vent, etc. Plastic mould in high technology driven and pillar industry in China under the impetus of the application requirements, formed a huge industry chain, from upstream raw material industry and processing, testing equipment to the downstream machinery, automobiles, motorcycles, home appliances, electronic communication application and so on several big industry, building materials, plastic mold development vitality.

Plastic Injection Molds Filling stage Filling is the first step in the process of the injection molding cycle, time starts from mold closing injection, into the mold cavity filling to about 95%.In theory, the shorter the filling time, forming efficiency is higher;But in actual production, the molding time (or injection speed) should be restricted by many conditions. High speed filling.High shear rate during high speed filling, plastic exist due to the effect of shear thinned viscosity drop situation, reduce the overall flow resistance;Local viscous heating effect will also make the solidified layer thickness thinning.So in flow control stage, filling behavior often depends on the size to fill.In flow control stage, because of the high speed filling, the melt shear thinned effect often is large, and thin-walled cooling effect is not obvious, so the rate of utility gained the upper hand. Low speed filling.Heat transfer control fill at low speed, low shear rate, local higher viscosity, flow resistance is bigger.Because of the hot plastic added rate slower, relatively slow flow, make the heat conduction effect more apparent, heat LengMo wall away quickly.Along with smaller amounts of viscous heating phenomenon, solidified layer thickness is thicker, and further increase the flow resistance of the wall of thin place. Because of fountain flow, in front of the current wave of plastic polymer chain row almost parallel to the flow of wave front.So both strands of plastic melt in the intersection, the contact surface of polymer chain parallel to each other;With two different melt properties (residence time in the cavity is different, have different temperature, pressure), plastic region on the micro structure strength is poorer.Put the parts in the light of appropriate Angle observation with the naked eye, can be found to have obvious joint line, this is the formation mechanism of weld mark.Weld mark parts surface, not only affect and its microcosmic structure is loose, easy to cause stress concentration, so that that part of the strength and fracture. In general, in high intensity of fusion seam welding of better.Because of the high temperature circumstances, polymer chain mobility is relatively good, can penetrate each other, in addition to high temperature area of two strands of the melt temperature is relatively close, almost the same thermal properties of the melt, increase the strength of the weld region;Whereas in low temperature area, poor weld strength.

1, composition Blow molding mold, casting mold and hot forming die structure is relatively simple. Mold, injection mold and the mold structure is relatively complex, make this kind of mold parts more. Basic parts: (1) forming parts, including die, punch, various forming core, is forming products inside and outside surface or the upper and lower end face, side hole, lateral concave and threaded parts. (2) supporting fixed parts, including mold base plate, a fixed plate, plate, block, etc., to the fixed mould or bearing pressure. (3) guide parts, including the guide pillar and guide bush, for determining the relative position of mould or launch mechanism motion. (4) core pulling parts, including pin, slider, etc., in the mold core is open to take activities, make the product mold release. 5 parts, including the push rod, push, push, push board, pushing a ring, push rod fixed plate and push plate, etc, to make products mold release.More promotion of injection moulds with a standard mould frame, the die set is composed of structure, form and size have standardization and serialization of the basic parts of complete, the cavity can be processed according to the shape of the products themselves.With a standard formwork is helpful to shorten the molding cycle. 2, the common mold base parts Mold base plate (panel) : fix the front mould injection molding machine. Runner plate (nozzle plate) : open mould when removing waste, handle, make it off automatically (three board module). Set fixed mould board (A board) : part molding products before. Dynamic model of fixed plate (B) : part molding products. Block: die, its role is to make the roof there is enough space. Push board: open mode through the plunger, the top piece, inclined top parts will launch soon launched from the mold. After the moving mould plate (floor) : the fixed mold in injection molding machine. Plays a role of guide positioning guide pillar and guide bush:, auxiliary before and after mold opening mold, and mold and basic position. Columns (hold) : increasing the intensity of B plate, plate deformation effectively avoid long-term production lead to B. Roof guide pin (the company) : guide positioning push board, ensure smooth out.

Injection mold is a tool for the production of plastic products; is also to give plastic products complete structure and precise size of the tool. Injection molding is a processing method used in mass production of complex parts of a shape. Specifically refers to the heat of the plastic from the injection molding machine high-pressure injection into the mold cavity, after cooling and curing, to be molded products.

Japanese companies Mimaki unveiled a new industrial full-color 3 d printers.The device may be the only one using true color specifications of full-color 3 d printers, seem to be able to produce 10 million colours.Its printing speed is quite slow, however, is far greater than most 3 d printers to build volume. Japan Mimaki officially announced a new industrial-grade full-color 3 d printers.New machine 3 duj - 553 UV LED was the company's first 3 d printers, before this, Mimaki only 2 d color equipment. Mimaki decades is a high quality printing solution development experience of large companies.Unlike most of the 3 d printer company, Mimaki has very rich experience in color on the market. 3 duj - 553 UV LED using a common 3 d printing technology: using the high resolution of liquid injection system will ink layers of selective deposition onto a surface, a UV LED curing subsystem will each layer.Pigment ink contains precision, they are voxel by deposits. Print a support structure is made of another kind of liquid photopolymer.After completion of this material is water soluble, print, just put the full color printing in the water, can wipe out all the support structure on the printout. The construction of a new printer volume is 508 x 508 x 508 mm, is far greater than most 3 d printers to build volume.Its printing speed is quite slow, however, print a 100 x 100 x 100 mm objects, in a simple, standard and hd mode need 14.4, 17.0, and 25.7 hours respectively.Slow because of accuracy. The device may be the only one using true color specifications of full-color 3 d printers, because it USES FOGRA39 -l specifications.All other full-color 3 d printers seemed to ignore will exactly match the color of the original design and printing needs.This is 3 duj - 553 UV LED from the company to handle the long history of the 2 d print color challenge inheritance of philosophy.Mimaki have such experience, and no other 3 d printer manufacturers.The company of the full color 3 d printer seems to produce 10 million colors.

"The fourth industrial revolution has come.For the global economy, no other than the manufacturing industry suffered a bigger change.To digital innovation investment company, will be off the competition."At hewlett-packard CEO duhem?Weschler, 3 d printing technology as a driver for the fourth time the important technology of the industrial revolution, will make $12 trillion global manufacturing radically change. According to international data corp. IDC predicts that over the next five years, 3 d printing markets around the world will be, the compound annual growth rate of 22.3% growth in 2020 to $28.9 billion. On August 24, HP and deloitte announced in its headquarters in silicon valley in the field of 3 d printing and digital manufacturing services to cooperate."Based on HP subversive 3 d printing, HP will with deloitte, focus on transformation, help customers to beat rivals in the new era."HP weschler mouth "weapon" is developed by the jet melting technology. There has decades of 3 d printing, because have not been able to break through technical bottlenecks, can only be applied to the model and the small spare parts manufacturing.And more jet melting technology in printing high quality physical parts of up to 10 times faster at the same time, also implements the cost by half, for 3 d printing in all manufacturing industries of large-scale application provides a new possibility.The HP using multiple jet melting technology, so far the number of production parts in the first year has reached 500000 pieces.HP 3 d printing markets around the world for the year will be close to $6 billion, by 2021, the size of the market will be close to $20 billion. The popularity of 3 d printing technology in manufacturing, key decided to the development of emerging materials.HP 3 d materials and advanced application timothy, vice President and general manager?Weber told reporters that although the plastic is still the dominant material, but as the technology forward, there will be more material into the 3 d printing market.HP 3 d printing team already has more than 100 engineers and technicians, is working on this.Moreover, HP also hope through the way of building an open platform, establish the combination of the ecological system of various materials.

The temperature of the injection mould of plastic melt in the mold filling flow, curing finalize the design, production efficiency, and the shape of the plastic parts and dimensional accuracy has great influence. Every plastic injection molding has a reasonable mold temperature area, make the melt flow alway full of cavity, small shrinkage and warping deformation after demoulding and size stability, mechanical properties and surface quality is high.To control the temperature of the mold, it is necessary to design temperature control system, generally adopt the method of mold cooling or heating, when necessary, two kinds of combined, used in mobile phone shell mold cooling device. 1. The necessity of temperature control Mold temperature on the quality of plastic parts molding, molding efficiency has a great influence.In the higher temperature of mould and melt glue material has good liquidity, is advantageous to the rubber mold filling, obtaining high quality of the surface of the plastic parts surface, but can make the rubber curing time, knocking out the changeful form, for crystalline rubber, is more advantageous to the crystallization process, avoid glue storage and use of a size change;In the lower mold temperature, melt glue material is difficult to full of cavity, lead to internal stress increase, matt surface, produce the defect such as silver lines, weld marks. Different rubber with different processing craft, and all kinds of rubber parts surface requirement and the structure is different, in order to in the most efficient time endogenous output to meet the requirements of the quality of plastic parts, which requires the mold to keep a certain temperature, the greater the stability of the die temperature, produce the plastic pieces in size shape, plastic pieces of appearance quality of the more demanding.Therefore, in addition to mould manufacturing factors, die temperature is an important factor to control plastic parts quality, mold design, mold temperature control method should be considered. 2. Mold temperature control principle In order to ensure the most effective time of endogenous output high appearance quality requirements, size stability, small deformation of plastic parts, the design should be the understanding of the basic principles of mold temperature control. (1) the different requirements of different rubber mold temperature. (2) different surface quality and structure of the mould for different mold temperature, this requires targeted in the design of temperature control system. (3) after the mold temperature is higher than before the temperature of the mold, general difference in temperature is about 2 ~ 3 DHS. (4) there is a requirement for fire pattern mold temperature than general smooth requirements before the mold temperature is high, the current mode must be hot water or hot oil, general difference in temperature is about 40 DHS. (5) when the actual mold temperature can't meet the requirements when the die temperature, for mould heats up, so the mold design, rubber should be considered into the mold heat can meet the requirements of die temperature. 6 by the rubber into mold heat besides consumption by means of thermal radiation and heat conduction, the vast majority of quantity of heat required by outside circulation heat transfer media out of the mold. All landowners mould temperature should be balanced, there can be no local overheating and too cold.