Product Information of CNC Machining Plastic Household Transparent PMMA Parts
Application Scope
Gaojie's custom plastic parts is widely applicable in the Manufacturing Packaging & Printing industry.Gaojie has an excellent team consisting of talents in R&D, production and management. We could provide practical solutions according to actual needs of different customers.We guarantee that all of our products can meet the with strict QC procedure strictly conducted.
Company Advantages 1. The design of Gaojie Model Transparent Prototypes is completed by using the template provided by our customers. It is strictly carried out by complying with the dimensions and printing requirements. 2. This product provides a certain level of security. It prevents tampering of packaged items and reduces theft and dangerous items. 3. This product reflects a professional appearance presented by the company's name, logo, brand tagline, website, and social media handles. 4. With the strong support of our factory, the product shows competitive advantages in the market.
CNC Machining
This is the PMMA sheet used in CNC, the effect is very good, but because the model is relatively large, can not be integrated, ingenious design engineers need to split, to minimize the bonding effect on vision, then stick firmly; in addition, because its shape is irregular, grinding and polishing is more difficult. Because the stunning. After customer permission, we make a reservation sample of it.
Material Capabilities:ABS, POM, PP, PC, PE, PA(Nylon),etc
Company Features 1. Guangzhou Gaojie Model Design & Manufacture Co., Ltd. differentiates itself by providing premium transparent abs plastic in China. We continue to work hard to meet the needs of the industry. 2. We feel fortunate to have attracted so many qualified employees. They are regularly engaged in training to update their skills and ensure their ability to perform efficiently, accurately, and within our designated quality assurance procedures. 3. Gaojie Model has always adhered to the principle of customer first. Please contact. Constant improvement for Transparent Prototypes will continue. Please contact. Gaojie Model intends to be a global Transparent Prototypes Manufacture exporter. Please contact. Gaojie Model has made firm decision to be the leading enterprise that focuses on providing the best service. Please contact.
When a 3D-printed dragon sold 80,000 yuan worth of goods in four days at the Guiyuan Temple Fair in Wuhan, when articulated dragons at the Yiwu International Trade City attracted global orders—a surge in cross-border orders—and when campus startup teams achieved cross-border exports with printed dragon ornaments, 3D-printed Chinese dragons are becoming a phenomenal cultural symbol. 3D printing technology is giving new life to this ancient cultural symbol—an innovative product combining traditional aesthetics and modern technology. This collision of technology and tradition has not only spurred a booming market but also reconstructed the modern expression of traditional culture, allowing Chinese dragon culture to reach the world in a more dynamic way. 3D printing technology unlocks infinite possibilities for dragon creation. Unlike the cumbersome processes of traditional wood carving and bronze casting, FDM and photopolymerization technologies allow for the precise representation of the dragon's complex shape: a printing precision of 0.05mm can reproduce the undulations of each dragon scale, the one-piece hinge structure allows the dragon's joints to move flexibly, and luminescent filaments and metal powders further endow it with diverse textures. From miniature ornaments made in 2 hours to giant sculptures completed in 3 days, from static dragons for viewing to creative designs incorporating miniature text from "Journey to the West," technological breakthroughs have allowed the dragon image to retain its classical charm while embracing modern design, satisfying diverse needs such as collection, decoration, and gifting. Behind this booming market lies the dual driving force of cultural identity, consumption, and industrial innovation and upgrading. During the Year of the Dragon Spring Festival, the campus team of Wuhan Juyin Technology started with a market stall and achieved sales of over 80,000 yuan in 4 days. A factory achieved large-scale production with 3,500 machines and sold its products to Europe and America using environmentally friendly materials and technology. Yiwu Jinqi Toys created 10,000 3D-printed dragons, with daily sales of 30,000 sets of dragon eggs. Individual entrepreneurs sold tens of thousands of customized dragon ornaments per month, gaining over 100,000 fans. These cases demonstrate the powerful vitality of traditional culture—when the auspicious symbolism of the dragon meets the efficient customization of 3D printing, a virtuous cycle of "culture + technology + industry" is formed, making cultural and creative products both popular and commercially successful. Consumers are not only drawn to the products themselves, but also to the cultural sentiments they embody. A deeper significance lies in the fact that 3D printing has opened up new paths for cultural dissemination. On overseas shopping platforms, Chinese dragon figurines have become cultural calling cards, with Colombian merchants exclaiming, "What I bought was not just a toy, but a cultural experience." School studios use printed dragons as educational tools, allowing young people to learn about traditional culture through assembly and play. Home decor bloggers share "dragon figurines + modern decoration" mixed-style solutions, integrating traditional elements into daily life. This tangible, interactive, and customizable cultural dissemination is far more impactful than book preaching. From a totem symbol in temples to a trendy toy to play with at your fingertips, the popularity of 3D-printed Chinese dragons is essentially a precise connection between traditional culture and modern life. As technology lowers the barriers to cultural creation, as young creators interpret tradition from new perspectives, and as the global market embraces Chinese cultural symbols, we witness not only the rise of a blockbuster product, but also a vivid manifestation of cultural confidence in the new era. In the future, with technological iteration and the explosion of creativity, more traditional cultural heritages will undoubtedly be empowered by technology, entering people's lives in a more fashionable way and stepping onto the world stage.
When a 3D-printed dragon sold 80,000 yuan worth of goods in four days at the Guiyuan Temple Fair in Wuhan, when articulated dragons at the Yiwu International Trade City attracted global orders—a surge in cross-border orders—and when campus startup teams achieved cross-border exports with printed dragon ornaments, 3D-printed Chinese dragons are becoming a phenomenal cultural symbol. 3D printing technology is giving new life to this ancient cultural symbol—an innovative product combining traditional aesthetics and modern technology. This collision of technology and tradition has not only spurred a booming market but also reconstructed the modern expression of traditional culture, allowing Chinese dragon culture to reach the world in a more dynamic way. 3D printing technology unlocks infinite possibilities for dragon creation. Unlike the cumbersome processes of traditional wood carving and bronze casting, FDM and photopolymerization technologies allow for the precise representation of the dragon's complex shape: a printing precision of 0.05mm can reproduce the undulations of each dragon scale, the one-piece hinge structure allows the dragon's joints to move flexibly, and luminescent filaments and metal powders further endow it with diverse textures. From miniature ornaments made in 2 hours to giant sculptures completed in 3 days, from static dragons for viewing to creative designs incorporating miniature text from "Journey to the West," technological breakthroughs have allowed the dragon image to retain its classical charm while embracing modern design, satisfying diverse needs such as collection, decoration, and gifting. Behind this booming market lies the dual driving force of cultural identity, consumption, and industrial innovation and upgrading. During the Year of the Dragon Spring Festival, the campus team of Wuhan Juyin Technology started with a market stall and achieved sales of over 80,000 yuan in 4 days. A factory achieved large-scale production with 3,500 machines and sold its products to Europe and America using environmentally friendly materials and technology. Yiwu Jinqi Toys created 10,000 3D-printed dragons, with daily sales of 30,000 sets of dragon eggs. Individual entrepreneurs sold tens of thousands of customized dragon ornaments per month, gaining over 100,000 fans. These cases demonstrate the powerful vitality of traditional culture—when the auspicious symbolism of the dragon meets the efficient customization of 3D printing, a virtuous cycle of "culture + technology + industry" is formed, making cultural and creative products both popular and commercially successful. Consumers are not only drawn to the products themselves, but also to the cultural sentiments they embody. A deeper significance lies in the fact that 3D printing has opened up new paths for cultural dissemination. On overseas shopping platforms, Chinese dragon figurines have become cultural calling cards, with Colombian merchants exclaiming, "What I bought was not just a toy, but a cultural experience." School studios use printed dragons as educational tools, allowing young people to learn about traditional culture through assembly and play. Home decor bloggers share "dragon figurines + modern decoration" mixed-style solutions, integrating traditional elements into daily life. This tangible, interactive, and customizable cultural dissemination is far more impactful than book preaching. From a totem symbol in temples to a trendy toy to play with at your fingertips, the popularity of 3D-printed Chinese dragons is essentially a precise connection between traditional culture and modern life. As technology lowers the barriers to cultural creation, as young creators interpret tradition from new perspectives, and as the global market embraces Chinese cultural symbols, we witness not only the rise of a blockbuster product, but also a vivid manifestation of cultural confidence in the new era. In the future, with technological iteration and the explosion of creativity, more traditional cultural heritages will undoubtedly be empowered by technology, entering people's lives in a more fashionable way and stepping onto the world stage.
As a leading provider of CNC machining services, GJ Prototype (www.gj-prototype.com) integrates years of industry experience to break down the standardized manufacturing workflow—ensuring clarity for clients seeking reliable machining solutions.1. Design & CAD ModelingThe process starts with product design and CAD (Computer-Aided Design) modeling. Clients provide 2D drawings or 3D models (e.g., STEP, IGES files), and GJ Prototype’s engineering team reviews design feasibility, checking for structural rationality, machining accessibility, and dimensional accuracy. For optimization needs, the team offers professional suggestions (e.g., adding fillets, adjusting wall thickness) to avoid machining difficulties. This step lays the foundation for smooth production, and GJ Prototype’s technical support ensures designs align with CNC machining capabilities from the outset.2. Material Selection & PreparationBased on the part’s functional requirements (strength, corrosion resistance, thermal stability), GJ Prototype (www.gj-prototype.com) recommends suitable materials—plastics (ABS, PC, PMMA) for lightweight or insulating parts, and metals (aluminum alloy, stainless steel, titanium) for high-strength components. The selected material is cut into blank sizes slightly larger than the finished part, ensuring sufficient machining allowance while reducing waste. GJ Prototype sources high-quality raw materials to guarantee the final product’s performance.3. Programming & Tool SetupNext, CNC programmers convert the CAD model into G-code (machine-readable instructions) using CAM (Computer-Aided Manufacturing) software. The program specifies cutting paths, tool types, spindle speeds, and feed rates to optimize precision and efficiency. Technicians then install the appropriate cutting tools (end mills, drills, taps) on the CNC machine and calibrate tool offsets. GJ Prototype uses advanced CAM software and high-precision tools to minimize errors, ensuring each machining parameter is tailored to the material and part design.4. CNC Machining ExecutionThe blank is clamped onto the machine’s workbench, and the CNC system executes the programmed instructions automatically. The machine removes excess material through milling, turning, drilling, or tapping—depending on the part’s shape. During machining, GJ Prototype’s technicians monitor the process in real time, checking for tool wear, material deformation, or dimensional deviations. For complex parts, multi-axis CNC machines (3-axis, 5-axis) are used to achieve intricate geometries in one setup, improving accuracy and reducing lead time.5. Post-Machining FinishingAfter machining, parts undergo finishing to enhance appearance and performance. Common processes include deburring (removing sharp edges), sanding, polishing, anodizing (for metals), painting, or laser engraving. For precision parts, GJ Prototype also conducts heat treatment to improve material hardness or stress relief. Finishing is customized to client needs, whether for aesthetic appeal or functional enhancement (e.g., corrosion resistance).6. Quality Inspection & DeliveryThe final step is strict quality inspection. GJ Prototype uses precision measuring tools (calipers, micrometers, CMM—Coordinate Measuring Machine) to verify dimensional accuracy against CAD models, ensuring compliance with tolerance requirements (typically ±0.005-0.05mm). Qualified parts are cleaned, packaged, and delivered to clients. GJ Prototype (www.gj-prototype.com) provides inspection reports for traceability, giving clients full confidence in product quality.In conclusion, CNC machining parts require a systematic workflow from design to delivery, with each step critical to quality and efficiency. GJ Prototype’s professional team, advanced equipment, and strict quality control ensure seamless execution of every step. For customized CNC machining solutions, visit www.gj-prototype.com to discuss your project needs with our technical experts.Would you like me to create a detailed CNC machining process timeline tailored to your specific part type (e.g., plastic prototype, metal component) to help plan your project
As a core service of GJ Prototype (www.gj-prototype.com), CNC machining plays a pivotal role in rapid prototyping and small-batch production. When it comes to CNC plastic machining and CNC metal machining, understanding their differences is crucial for choosing the right solution for your project. CNC plastic machining focuses on materials like ABS, PC, POM, nylon, and PMMA. These materials are lightweight, have low density, and offer excellent corrosion resistance and electrical insulation. They also feature relatively low hardness, making cutting and shaping easier.CNC metal machining targets metals such as aluminum alloy, stainless steel, copper, and titanium alloy. Metals boast high strength, rigidity, and thermal stability, but their higher hardness and density require more powerful cutting tools and higher machining forces.GJ Prototype (www.gj-prototype.com) provides a full range of material options for both processes, ensuring each project uses materials that align with its performance requirements.Machining Performance & PrecisionCNC plastic machining has faster cutting speeds due to lower material hardness. It generates less cutting force and heat, reducing tool wear and machining costs. However, plastics are prone to deformation under heat, so GJ Prototype’s technicians adopt precise temperature control and tool path optimization to maintain dimensional accuracy (typically ±0.01-0.05mm).CNC metal machining demands higher cutting power and slower speeds to handle hard metals. It produces more heat and tool wear, but achieves exceptional precision (up to ±0.005mm) for high-precision metal components. Metals’ stable physical properties also ensure better consistency in batch machining.GJ Prototype’s advanced CNC equipment and professional technical team guarantee that both machining methods meet strict precision standards for diverse project needs.Application ScenariosCNC plastic machining is ideal for prototypes like plastic casings, electronic device enclosures, medical instrument components, and consumer product parts. It’s also suitable for parts requiring corrosion resistance, electrical insulation, or lightweight design. GJ Prototype often uses this process for rapid prototyping of consumer electronics and medical devices.CNC metal machining is widely used in aerospace parts, automotive components, industrial machinery parts, and precision hardware. It’s the first choice for parts needing high strength, load-bearing capacity, or resistance to high temperatures and pressures.Selection Recommendations from GJ PrototypeChoose CNC plastic machining if your project prioritizes lightweight, corrosion resistance, electrical insulation, or cost-effectiveness for small-batch production. Opt for CNC metal machining when high strength, rigidity, thermal stability, or ultra-high precision is required.GJ Prototype (www.gj-prototype.com) offers one-stop CNC machining services, from material selection and design optimization to finished product inspection. Whether it’s a plastic prototype or a metal component, our team delivers high-quality results efficiently. GJ Prototype leverages its professional expertise to match you with the optimal machining solution, ensuring your project achieves the best balance of performance, quality, and cost. For more detailed consultation on CNC machining solutions, visit www.gj-prototype.com to connect with our technical team.
