<\/span><\/h3>\n3Dmanufacturer accepts both small and large orders. Whether it’s individuals, small and medium-sized enterprises, or large corporations, 3Dmanufacturer is ready to serve all customer groups. We are committed to carrying out the 3D printing process quickly, conveniently, delivering finished products that undergo thorough quality testing, and offering competitive prices, even for orders with just one single item!<\/p>\n3D printed products serve a wide range of industries and fields<\/figcaption><\/figure>\n<\/span>Materials used in additive manufacturing<\/span><\/h2>\nThe main materials commonly used in 3D printing are plastics, known for their flexibility, elasticity, ease of shaping, and color blending. Here are some common types of materials provided by 3Dmanufacturer:<\/p>\n
\nABS (Acrylonitrile Butadiene Styrene): <\/strong>ABS is one of the most common plastics used in 3D printing. It is known for its durability, flexibility, and ease of processing, suitable for creating models, prototypes, and final products.<\/li>\nPLA (Polylactic Acid): <\/strong>PLA is a bioplastic made from plant starch, making it environmentally friendly. It is often used for applications that do not require high strength, such as models and consumer goods.<\/li>\nTPU (Thermoplastic Polyurethane): <\/strong>TPU is a flexible, elastic plastic suitable for medical applications, footwear, and components requiring elasticity.<\/li>\nAmber Resin, Clear Resin:<\/strong> These are special transparent resin compounds commonly used in medical and dental applications.<\/li>\nCastable Wax 40 Resin: <\/strong>Popular in the jewelry and dental industries, this resin can be converted into wax or metal molds using casting processes.<\/li>\nIBT Resin: <\/strong>A hard resin with high durability, often used to create load-bearing models, machine parts, and technically precise products.<\/li>\nNylon 12 Powder: <\/strong>Manufactured from nylon polymer, this synthetic plastic has good mechanical and chemical properties. Nylon 12 Powder is widely used in the production of machine parts, automotive components, and technically demanding products requiring high precision and durability.<\/li>\n<\/ul>\nAdditionally, there are many other materials used in 3D printing, such as Durable Resin, Grey Resins, Elastic 50A Resin, Flexible 80A Resin, Nylon 11 Powder, Rigid 10K Resin, Tough 1500 Resin, etc. Each of these materials has its own characteristics and applications in the manufacturing process of 3D products.<\/p>\nThe main materials used in 3D printing are primarily various types of plastics and plastic compounds<\/figcaption><\/figure>\n<\/span>The 3D printing process at 3Dmanufacturer<\/span><\/h2>\nWith the online 3D printing ordering model at 3Dmanufacturer, our website only accepts valid 3D files, typically in the .stl<\/strong> 3D mesh format. Customers can design their desired products using professional 3D modeling software such as ProE, Solidworks, 3D Studio Max, Autocad 3D, or they can download files from the internet. Additionally, they can utilize 3Dmanufacturer’s industrial design services to ensure the best possible process.<\/p>\nAfter the 3D model file is uploaded to the website, the production process conducted by 3Dmanufacturer proceeds as follows:<\/p>\n
\nStep 1 – Adjustment and setup of printing parameters: <\/strong>The 3D data will be adjusted, oriented, and printing parameters will be set using the specialized software system of 3Dmanufacturer. This process takes approximately 2 – 5 minutes depending on the complexity of the product.<\/li>\nStep 2 – 3D printing the product: <\/strong>This is the most crucial step. Based on the established parameters regarding color, layer quality, material, printing technology, the number of printed samples, and surface finishing requirements from the customer, we will operate the 3D printer to produce the product by layer-by-layer deposition of material. This process is almost automated, carried out by modern printers such as FDM, SLA, SLS, etc. Depending on the complexity, the model can be printed in one seamless block or assembled from multiple individual parts.<\/li>\nStep 3 – Surface processing and product finishing: <\/strong>Finally, the 3D printed product will be cleaned, support structures removed and processes such as painting, sanding performed to enhance aesthetics and durability.<\/li>\n<\/ul>\nThe 3D model needs cleaning and support removal after printing<\/figcaption><\/figure>\n<\/span>Quotation for 3D Printing Services at 3Dmanufacturer<\/span><\/h2>\nAt 3Dmanufacturer, the quotation process for 3D printing services is automated and flexible, depending on various factors such as design, material requirements, printing technology, quantity, and customer specifications. Customers can directly access the 3Dmanufacturer website, upload their models to receive an automatic quotation quickly and accurately. If the price meets the requirements and is reasonable, customers can proceed with the order immediately. However, it’s important to note that 3Dmanufacturer only accepts orders with a minimum value of 100,000 VND.<\/p>\n
<\/span>3D Printing Services reception process at 3Dmanufacturer<\/span><\/h2>\nThe order reception process at 3Dmanufacturer is carried out automatically and efficiently, ensuring that your orders are processed quickly and accurately. Here are the specific steps in this process:<\/p>\n
\nStep 1: <\/strong>Customers log in to the 3Dmanufacturer platform and upload their 3D design files in the appropriate format (.stl).<\/li>\nStep 2: <\/strong>The system will display options for customers, allowing them to add details such as requirements, printing colors, material types, printing technologies, quantity, surface finishing, and specific data to customize their products.<\/li>\nStep 3: <\/strong>After selecting the parameters, the system will automatically calculate the price and display it to the customer. At this point, customers can add the order to their cart and proceed to order and payment.<\/li>\nStep 4: <\/strong>The technical department of 3Dmanufacturer receives the order and proceeds to set up the 3D printing workshop. All steps on the customer’s order will be carried out automatically and accurately.<\/li>\nStep 5: <\/strong>After the 3D printing is completed, the products will be quality checked by the QC department to ensure they meet the quality standards. In the case of large orders, we will perform random sampling checks according to the probability.<\/li>\nStep 6: <\/strong>Products that meet the requirements will be carefully packaged and accompanied by a quality certificate. Then, the products will be sent to the designated address of the customer, completing the process when the customer receives the products in hand.<\/li>\n<\/ul>\nThe products are meticulously quality checked (QC) upon completion before being delivered to customers<\/figcaption><\/figure>\n<\/span>Typical 3D Printing Projects by 3Dmanufacturer<\/span><\/h2>\nThe following projects that 3Dmanufacturer has collaborated on demonstrate the diversity and professionalism in the field of design and manufacturing using 3D Printing technology:<\/p>\n
\nBrachiosaurus Dinosaur Model<\/strong>: A bold project featuring a gigantic Brachiosaurus dinosaur model was carried out at SAURUS Coffee & Gallery. Standing at 6 meters tall and weighing nearly 1 ton, this model was created using 3D Printing technology. The process involved using a 3D scanner to digitize the model’s shape, followed by using SLA 3D printers to produce the dinosaur parts with high precision.<\/li>\n3D Printed MUJI POP UP STORE Layout<\/strong>: This project exemplifies the application of 3D Printing in producing architectural models. 3Dmanufacturer created an architectural model for the MUJI POP UP STORE with the three main benefits of 3D printing: accuracy, aesthetics and speed.<\/li>\n3D Printed Long Thanh Airport Architectural Model<\/strong>: Another example of using 3D Printing technology to create architectural models. 3Dmanufacturer was selected to develop a scaled-down model of the completed 3D design for the Long Thanh Airport project in Vietnam.<\/li>\nContemporary Vietnamese Dragon Model by Biti\u2019s: <\/strong>In this project, 3Dmanufacturer partnered with 8K Creative to create a masterpiece of a contemporary Vietnamese Dragon model from 420 miniature shoes using 3D Printing technology.<\/li>\n<\/ul>\nThe dragon model was 3D printed, with the dragon scales inspired by miniature shoes<\/figcaption><\/figure>\n