How about 3D printer printing hand-made?

As a rapid prototyping technology, 3D printers, with the gradual popularization of 3D printing technology, more and more people begin to use 3D printers to make various items and are also widely used in manufacturing. But other than that, it can also be used to make figures. Here, let's take a look at how about 3D printer printing hand-made?First of all, using a 3D printer to make figures can bring many benefits. Traditional hand-made figures usually take a long time, and the complexity and precision of figures are limited by technology and experience. The use of 3D printing technology to make figures can greatly shorten the production time, and at the same time achieve higher precision and more diversified designs. The advantage of printing figures with 3D printers is that you can design and make figures of various shapes, sizes, and colors by yourself to achieve personalized customization. In addition, 3D printers are also capable of printing complex shapes and details, which cannot be achieved by traditional production methods.However, the disadvantage of printing figures with 3D printers is that certain design and production skills are required, otherwise the expected effect may not be achieved. At the same time, the printing speed is relatively slow, so you need to wait patiently.Secondly, the printing materials of 3D printers are very diverse, including photosensitive resin and other materials, which provide more possibilities for hand-made production. Among these materials, the most commonly used is photosensitive resin. This material usually has good plasticity and toughness, and can be made into various complex shapes.To sum up, 3D printer printing hand-made is an interesting and challenging production method, which requires certain skills and patience, but can obtain personalized and high-quality hand-made works.Finally, it is worth mentioning that ACME, as an enterprise focusing on industrial 3D printing technology, its 3D printers are also widely used in the field of figure production. ACME 3D printer not only has the characteristics of high precision and high speed, but also has reliable performance and excellent stability, which can meet the high requirements for precision and details in the field of figure production.Generally speaking, using 3D printers to make figures is a fast, efficient and accurate way of making, and ACME 3D printers, as high-quality industrial-grade equipment, are also a good choice for making figures.

2023-04-23

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What are the recommended brands of industrial 3d printers?

Industrial 3D printers are high-performance, high-precision, and high-efficiency manufacturing equipment that are widely used in aerospace, automotive, medical, mold, electronics and other fields. There are many brands of industrial 3D printers on the market, here are a few representative brands.StratasysStratasys is a world-leading 3D printing technology company, and its products cover many fields, including automotive, aerospace, medical and so on. Stratasys has many patented technologies, and its products have the advantages of high speed, high precision and high reliability, and have been widely recognized. But Stratasys is expensive and not suitable for small businesses or individual users.3D Systems3D Systems is a company focusing on 3D printing technology, and its products include industrial 3D printers, consumer 3D printers, software and materials, etc. The company has rich experience and technology, and its products have the advantages of high precision and high stability, and are widely used in various fields. 3D Systems relatively high equipment prices and poor technical support services.EOSEOS is a company focusing on metal 3D printing technology. Its products have the advantages of high efficiency, high precision and high quality, and are widely used in aerospace, automotive, medical and other fields. EOS has a number of patented technologies and is one of the leaders in the field of metal 3D printing. However, EOS equipment is expensive, equipment maintenance costs are high, operation and maintenance require professional skills and knowledge, printing speed is slow, material prices are high, equipment noise is loud, etc.HPHP is a well-known printer manufacturer that has also ventured into 3D printing in recent years. The 3D printers launched by the company have the advantages of high speed, high precision, and high quality, and are widely used in various fields. HP's 3D printers are relatively slow compared to other industrial 3D printer brands.ACMEACME industrial 3D printer is one of the well-known 3D printer brands in China, and its products cover both professional and industrial fields. ACME products have the advantages of high cost performance, high stability, and high reliability, and have been widely recognized.The advantage of ACME industrial 3D printers lies in its innovative core technology, including self-developed unique light curing technology, high-precision optical sensing technology and precision mechanical control technology. In addition, the brand's 3D printers have the characteristics of high efficiency, stability, low noise, high precision, and easy operation. They are widely used in aviation, prototype, automobile, medical, casting, industrial design and other fields, and have been widely recognized and praised by the industry.To sum up, the above-mentioned brands are all leaders in the field of industrial 3D printers, with their own advantages and characteristics. When choosing an industrial 3D printer brand, companies need to choose according to their own needs, budget and technical level. All of the above brands have certain advantages, and choosing a brand that suits you can better improve production efficiency and product quality.

2023-04-23

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How much is the price of an industrial 3d printer?

Industrial-grade 3D printers are high-end equipment that can be used to manufacture high-quality 3D printed products and are widely used in aerospace, medical, automotive, mold, industrial design and other fields. So, what is the price of an industrial-grade 3D printer? Let's take a look.Generally speaking, the Industrial grade 3D printer price is relatively high because they require higher printing speed, higher precision and larger printing size. At the same time, the manufacturing cost of industrial-grade 3D printers is much higher than that of desktop 3D printers. Therefore, its price is usually above tens of thousands of dollars, and can even reach hundreds of thousands of dollars. The price of industrial-grade 3D printers varies depending on factors such as brand, model, function, and material, and generally ranges from tens of thousands to hundreds of thousands. Among them, the more common industrial-grade 3D printer brands include Stratasys, 3D Systems, EOS, HP, ACME, etc. The cost performance of different brands and models is also different, and you need to make a choice according to your actual needs and budget.Specifically, the price of an industrial-grade 3D printer varies by brand, model, specification, and features. Here are some common industrial-grade 3D printer brands and their price ranges:Stratasys: Prices range from $50,000 to $500,000, with low-end models around $50,000-$100,000 and high-end models reaching over $500,000.3D Systems: Prices range from $30,000 to $200,000, with low-end models costing around $30,000-$50,000 and high-end models reaching over $200,000.EOS: Prices range from $100,000 to $1 million, with low-end models around $100,000-$200,000 and high-end models priced above $1 million.HP: Prices range from $50,000 to $200,000, with low-end models around $50,000-$100,000 and high-end models reaching upwards of $200,000.ACME: The price range ranges from tens of thousands to hundreds of thousands. Among them, the prices of models such as H360 and HI600 range from tens of thousands of yuan to tens of thousands of yuan.When choosing an industrial-grade 3D printer, factors such as machine stability, precision, material suitability, reliability, and after-sales service should be considered comprehensively. In addition, different materials can be selected according to specific needs, and models supporting multiple materials can also be selected to meet different manufacturing needs.Generally speaking, the price of Industrial grade 3D printer price is relatively high, but compared with traditional production methods, it has the advantages of higher production efficiency, more flexible design and manufacturing capabilities, and lower manufacturing costs. Therefore, in practical applications, the cost performance of industrial-grade 3D printers is still very high, and has great market potential.

2023-04-20

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What are the recommended brands of industrial 3d printers?

The price of a 3D printer used in a prototype factory ranges from a few thousand yuan to hundreds of thousands, depending on factors such as the model, technology, and accuracy of the printer. When choosing a 3D printer, the prototype factory will give priority to the following factors:Printing accuracy and speed: Prototype production requires high precision and fast printing capabilities, so the resolution and speed of the printer are important considerations.Material diversity: Prototype production needs to use a variety of different materials, so the printer needs to support printing of multiple materials.Reliability and stability: 3D printers need to be stable and reliable during operation to ensure the quality and accuracy of the prototype.Cost-effectiveness: Prototype factories need to strike a balance between quality and cost, so the cost-effectiveness of printers is also an important consideration.In general, the advantages of using 3D printers in prototype factories are:Improve production efficiency: 3D printing technology can quickly produce complex prototype models, which improves production efficiency.Improve product quality: 3D printing technology can realize the production of high precision and complex structures, thereby improving the quality of products.Cost savings: Compared with traditional manufacturing processes, 3D printing technology can save material and energy costs and reduce production costs.Improve customer experience: 3D printing technology can quickly print prototype samples according to customer requirements, improving customer experience and satisfaction.In short, the use of 3D printers by prototype factories can help them improve production efficiency, product quality and customer experience, while saving costs, and become an indispensable technical means in the process of prototype production. Advantages of ACME Prototype 3D printer include:1: High precision: Using advanced light curing technology, it can produce high-precision prototypes with an accuracy of 0.05mm.2: Fast printing speed: Using high-speed light curing technology, it can complete a large number of hand-printed in a short time.3: Optional materials: different materials can be selected for printing, and can be selected according to customer requirements.4: High-efficiency and energy-saving: adopting high-efficiency and energy-saving technologies can reduce energy consumption during the printing process, and at the same time ensure printing quality.5: Intelligent: Adopt intelligent control system, easy to operate, stable and reliable printing effect.6: Low cost: Compared with the traditional hand-made prototype method, the cost of ACME Prototype 3D printer is lower, which can greatly reduce the cost of making prototypes.To sum up, ACME Prototype 3D printer has the advantages of high precision, fast printing speed, multiple material options, high efficiency and energy saving, intelligence and low cost, and can provide high-quality and high-efficiency prototype production solutions for prototype factories.In general, the price of a 3D printer used in a prototype factory ranges from thousands of dollars to hundreds of thousands of dollars, depending on the brand, model, function, and production technology of the device. Some high-end 3D printers are capable of producing finer, more durable products, while some more affordable 3D printers are good for simple prototypes and prototypes. Prototype factories can choose their own 3D printers according to their needs and budget.

2023-04-20

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High-precision SLA 3D printing technology realizes micron-scale printing, bringing new breakthroughs in precision device manufacturing

ACME is a leading 3D printing solution provider in China. Its SLA 3D printer adopts light curing technology and has the characteristics of high precision, high speed and high efficiency. Its printers can be widely used in prototypes, automobiles, electronic appliances, toys, education, aviation and other fields, providing users with customized, fast and high-quality manufacturing services. At the same time, ACME SLA 3D printer adopts self-developed printing software, which provides users with a more convenient and efficient operation experience.SLA 3D printer is a 3D printing technology based on the principle of light curing. Its working principle is to irradiate and cure photosensitive resin materials through laser or light beams, and accumulate them layer by layer to form three-dimensional solid objects. SLA 3D printer has the characteristics of high precision, high speed, high quality, and diversified material support, and is widely used in model making, medical treatment, industrial manufacturing and other fields. As a leading company in China's 3D printing industry, ACME provides a variety of excellent SLA 3D printer products, including H360, HI600, HI800, to meet the needs of different industries and application fields.                                                                          ACME Industrial SLA 3D Printer H360High precision: H360 adopts a high-precision optical scanning system, which can achieve a layer thickness of up to 0.025mm, and the printed model has a smooth surface and rich details.Large printing space: The printing space of the H360 is 360mm x 360mm x 300mm, which is suitable for printing large models or mass production of small models, which improves production efficiency.High efficiency: H360 adopts high-power light source and fast scanning system, which can realize high-speed printing and improve production efficiency.Large capacity: storage resin trough, using extra-grade thickened stainless steel trough, about 65L (70kg), size: 360*360*300mm, prevents rust, falling off, oxidation, and the equipment is durable.Small body: The body of the H360 is very small and looks like a refrigerator. It can be easily placed not only in a factory room, but also in other places such as office buildings to meet the needs of different application scenarios and achieve diversified uses.Stability: H360 uses high-quality materials and components to ensure the stability and durability of the machine and reduce maintenance costs.Wide compatibility: H360 supports a variety of consumables to meet customers' needs for materials and fully meet the needs of customers from all walks of life for specific materials.Summary: The industrial-grade light-curing 3D printer H360 is a high-precision, high-efficiency SLA 3D printer launched by ACME. This model adopts advanced technologies such as high-speed scanning galvanometer, anti-vibration drive system and crystal laser, which can realize high-precision and high-speed printing. Its minimum layer thickness can reach 0.02mm, and the printing size is 360mm×360mm×300mm. It is suitable for making products in various fields such as boards, figures, toys, casting, fixtures, fixtures, automobiles, medical equipment, and aerospace components. At the same time, this model is also equipped with a one-button operating system, which is easy to operate and maintain, providing users with a convenient 3D printing solution.

2023-04-19

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What are the manufacturers of 3D printing prototypes?

3D printing prototype is a rapid prototype manufacturing method based on 3D printing technology, which is usually used to verify the feasibility and functionality of product design. It can quickly produce samples of various complex shapes, saving the time and cost required by traditional processing methods, and can perform multiple modifications and optimizations in a short period of time, improving the efficiency and success rate of product development.3D printing prototypes usually use light curing, fused deposition, powder sintering and other technologies, and can use various materials, such as plastics, metals, ceramics, etc. At the same time, 3D printing prototypes can also be used in a variety of industries, including automotive, medical, consumer goods, aerospace, electronic appliances and other fields. In general, 3D printing prototype is a fast, efficient and accurate prototype manufacturing method, which plays an important role in product design, simulation and testing, and also provides support and promotion for industrial upgrading and technological innovation.With the continuous development of 3D printing technology, 3D printing prototype has become an indispensable part of the manufacturing industry. Many businesses require 3D printed prototypes for product design, testing and manufacturing. So, what 3D printing prototype manufacturers are currently on the market? Let's introduce it below.StratasysStratasys is one of the world's leading 3D printing solution providers and one of the 3D printing prototype manufacturers. The company's J750 multi-color printer can print prototypes with rich colors and rich details to meet the needs of different industries. It is a leading 3D printing solution provider, providing high-quality, high-performance 3D printing equipment and materials, but the price is relatively high.3D Systems3D Systems is one of the world's leading 3D printing solution providers and one of the 3D printing prototype manufacturers. The company's ProX 800 SLA 3D printer can print high-precision, high-quality prototypes to meet the needs of different industries. It is a long-established 3D printing company with a wide range of 3D printing technologies and product lines.EOSEOS is one of the world's well-known 3D printing solution providers and one of the 3D printing prototype manufacturers. The company's EOS M 290 metal 3D printer can print high-strength, high-precision metal prototypes to meet the needs of different industries. It is a company focusing on laser melting metal 3D printing technology. Its products are characterized by high precision, high quality and high efficiency. It is a leading brand in the field of industrial 3D printing.ACMEACME is one of the well-known 3D printing equipment and service providers in China, and also one of the 3D printing prototype manufacturers. The company's SLA industrial-grade light-curing 3D printer has the characteristics of high precision, high speed, and high stability, and can meet the prototype needs of different industries.ACME prototype 3D printer has the advantages of high precision, high stability and high efficiency. It is suitable for dental, automobile, machinery and other fields. It can quickly produce high-quality prototype models, greatly shortening the manufacturing cycle and cost, and has become a popular choice for many enterprises. An important auxiliary tool in the product development and design phase.ACME can provide you with: 3D printing services, five-axis gantry processing (master model processing), small and medium batch trial production, reaction injection molding (RIM), rapid prototypes, rapid molds, tooling, inspection tools and the design of various non-standard equipment And processing, etc., and passed the ISO 9001:2015 quality management system certification in 2019! The industries involved include automotive, industrial models, intelligent robots, intelligent home appliances, aviation and ships, and fixtures. Representative customers include: SAIC Motor, Brilliance Automobile, ABB, Danaher, Mahle, HKUST Intelligent Robot, etc.In addition to the above brands, there are many 3D printing prototype manufacturers at home and abroad, such as German Concept Laser, American Prodways and so on. When choosing a 3D printing prototype manufacturer, you need to consider factors such as equipment accuracy, printing speed, and stability, as well as its service level and after-sales service.In short, with the rapid development of 3D printing technology, more and more companies have begun to pay attention to 3D printing prototype technology. Choosing a reliable 3D printing prototype manufacturer can not only improve the efficiency and competitiveness of the enterprise, but also bring more business opportunities for the enterprise.

2023-04-19

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Explore innovative applications in the production of 3D printed film and television prop models

In the field of film and television props production, 3D printing technology is playing an increasingly important role. Although traditional manual production methods can achieve certain results, there are also some problems such as high difficulty, long time, and high cost in production. And 3D printing technology can quickly and accurately create various forms of prop models, greatly improving production efficiency and quality, while also unleashing more creativity and imagination in design. With the continuous development of 3D printing technology, more and more film and television production companies are attempting to apply 3D printed film and television prop models in production, in order to achieve more innovative effects. As a well-known 3D printer manufacturer in China, Hagong 3D is committed to providing high-quality and high-performance 3D printing equipment and services. In the production of film and television props, Hagong 3D 3D printers have also been widely used. Below, we will explore innovative applications in the production of 3D printed film and television prop models to understand the development and prospects of this field.1、 Quickly create a prop modelIn the production of film and television props, time is very precious. It is often necessary to complete a large number of props in a short period of time. Traditional manual production methods require a lot of time and effort, while 3D printers can shorten the production cycle and improve efficiency by quickly printing models. At the same time, 3D printers can print very fine and detailed models, making the props produced more realistic.2、 Implement diversified design3D printing technology can achieve very diverse designs. Through 3D modeling software, various unique shapes and structures can be created to achieve diversified design of props. However, traditional handmade methods often only produce simple shapes and structures, limited by manual skills and tools.3、 Improve the realism of props3D printing technology can create very realistic prop models, making the props more realistic. During the production process, material selection and printing parameters can be adjusted to make the surface texture of the model more realistic and achieve a very high level of realism. At the same time, 3D printing technology can also produce very complex models, such as mechanical structures, human organ, etc., making props more realistic. In short, 3D printing technology is widely used in the production of film and television props, which can improve production efficiency, improve the fidelity of props, and achieve very diverse designs at the same time. ACME3D's SLA industrial3D printer has brought great innovation and efficiency improvement to the production of film and television prop models. With the characteristics of high precision, high reliability and high speed, ACME 3D printers can quickly produce various complex-shaped and high-precision film and television prop models, and can be continuously adjusted during the production process of 3D printing film and television prop models And improve the design, improve the flexibility and freedom of film and television props model production. At the same time, ACME 3D also provides a variety of different 3D printing materials, which can meet the different needs of the production of film and television prop models, and provide more possibilities for the production of film and television prop models.

2023-04-18

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What is the basic process of 3D printing prototype?

3D printing prototype refers to samples or parts with specific shape, size and material produced by 3D printing technology, which are usually used for experiments, tests and demonstrations in industrial design, engineering development, product manufacturing and other fields. It can quickly produce samples with high precision and complex shapes, and at the same time avoid manual errors and time costs of traditional manual production, and improve work efficiency and production benefits. The basic process of 3D printing prototype usually includes the following steps:1: Design model: use CAD software for design and modeling, and generate prototype model files.2: Select the printer and materials: Select the appropriate 3D printer and materials according to the requirements of the prototype model.3: Printing: Upload the prototype file to the 3D printer for printing.4: Post-processing: After printing, post-processing is required, such as cleaning, polishing, coloring, etc., to obtain a more detailed hand model.5: Inspection and correction: Check whether the printed prototype model meets the requirements. If there are defects, it needs to be corrected before the next round of printing.6: Complete the prototype: process and handle according to actual needs, and finally get a prototype that meets the requirements.The hand model produced by 3D printing technology has the characteristics of high precision, high complexity, high consistency and rapid production. In the process of manufacturing the prototype, 3D modeling is first required, and then the model is layered by slicing software, and the data of each layer is uploaded to the 3D printer for printing layer by layer, and finally the required prototype model is obtained. 3D printing prototypes are widely used in product development, sample making, mold manufacturing and other fields.ACME provides a variety of industrial-grade 3D printers, which can be used to print various types of prototypes, such as product prototypes in industries such as automobiles, home appliances, and toys. Among them, the SLA series of light-curing 3D printers can print high-precision prototypes. These 3D printers have the characteristics of high speed, high precision, and high efficiency, and can quickly produce prototypes that meet the design requirements, improving the speed and efficiency of product development.

2023-04-10

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