ABS (Acrylonitrile Butadiene Styrene) is a widely used engineering thermoplastic known for its excellent toughness, impact resistance, processability, and surface finish. The material is easy to process, offers stable printing performance, and provides a cost-effective balance between performance and affordability. Thanks to its versatile properties, ABS is widely used in electronic and electrical enclosures, automotive components, industrial products, and 3D printing applications, making it one of the most popular general-purpose engineering materials available.
ABS-ASA is an engineering thermoplastic blend that combines the excellent processability of ABS with the superior weather resistance of ASA. It offers a balanced combination of impact resistance, dimensional stability, and long-term outdoor durability. Compared with standard ABS, ABS-ASA provides enhanced UV resistance, improved aging resistance, and better color retention while maintaining reliable printability and excellent surface quality. These characteristics make it well suited for outdoor components, equipment enclosures, functional structural parts, and industrial-grade 3D printing applications.
ASA (Acrylonitrile Styrene Acrylate) is an engineering thermoplastic known for its excellent weather resistance, UV resistance, and mechanical strength. Compared with traditional ABS, ASA offers superior outdoor durability, making it highly resistant to fading, aging, and cracking when exposed to sunlight and harsh environmental conditions. At the same time, it maintains good processability and an attractive surface finish. These properties make ASA widely used in automotive components, outdoor equipment, construction accessories, and industrial-grade 3D printing applications.
PC (Polycarbonate) is a high-performance engineering thermoplastic known for its exceptional strength, impact resistance, heat resistance, and dimensional stability. The material offers an excellent balance of rigidity and toughness, allowing it to maintain reliable performance in elevated-temperature environments. Thanks to its outstanding mechanical and thermal properties, PC is widely used in industrial structural components, electrical and electronic products, automotive parts, and high-performance 3D printing applications. It is particularly suitable for projects that require high strength, durability, and heat resistance.
PETG (Polyethylene Terephthalate Glycol) is a versatile 3D printing material that combines excellent toughness, ease of printing, and outstanding layer adhesion. Compared with PLA, PETG offers higher strength and better impact resistance, while providing more stable printing and reduced warping compared with ABS. It also features an attractive surface finish and good chemical resistance, making it a reliable choice for a wide range of applications. PETG is widely used for product enclosures, functional prototypes, display models, and industrial-grade 3D printing projects.
PLA-BY is BING3D’s next-generation PLA material developed to overcome the limitations of conventional PLA. Featuring a proprietary formulation and advanced material engineering, PLA-BY delivers odor-free printing, an optimized molecular structure, and up to 200% stronger layer adhesion compared to standard PLA. Printed parts exhibit excellent toughness and durability, capable of withstanding repeated bending and impact, making the material ideal for dynamic applications such as tool handles, movable joints, and other functional components. Combining user-friendly printability with industrial-grade performance, PLA-BY introduces a breakthrough capability for heated-bed-free printing at room temperature. It requires no build plate preheating or adhesive application, simplifying the printing process while reducing energy consumption and operating costs. These advantages make PLA-BY particularly suitable for batch production, long-duration printing, and high-efficiency manufacturing environments where reliability and productivity are critical.
PLA-FC is an innovative composite engineering filament developed by BING3D, combining the easy printability and low shrinkage of PLA with the impact resistance of ABS. With a 15% lower density than standard PLA, it delivers significant weight reduction while maintaining stable mechanical performance. Designed for outdoor and industrial applications, PLA-FC offers excellent weather resistance, moisture resistance, and long-term durability, making it an ideal choice for lightweight functional parts and high-performance 3D printing projects.
PLA Silk is a high-gloss 3D printing material developed by enhancing the surface finish of standard PLA. It combines the easy printability and low shrinkage of PLA with a silky-smooth, glossy appearance. The material offers stable printing performance, fine layer details, and an attractive surface finish, allowing printed models to achieve a premium look without extensive post-processing. It is widely used for decorative models, creative products, display pieces, and artistic design applications.
BING3D TPU 3D Printing Filament is engineered with a high-quality flexible material system, offering an excellent combination of elasticity, wear resistance, and strong layer adhesion. The filament delivers stable extrusion, smooth printing performance, and outstanding resilience, ensuring reliable results for flexible applications. It is ideal for footwear products, shock-absorbing components, flexible structural parts, industrial accessories, and creative designs, providing a dependable solution for high-quality flexible 3D printing.
BING3D PETG-HF 3D Printing Filament is formulated with an advanced high-flow modification system, combining the excellent toughness and stability of PETG with faster print speeds and higher production efficiency. The filament delivers smooth extrusion, strong layer adhesion, and outstanding printing reliability, making it ideal for high-speed printing, industrial manufacturing, functional prototyping, and batch production. It provides an efficient and dependable solution for demanding 3D printing applications.
BING3D PLA Glow 3D Printing Filament is formulated with a functional glow-in-the-dark system, combining the easy printability and stability of PLA with excellent light-absorbing and long-lasting luminous properties. The filament delivers smooth extrusion, reliable printing performance, and an attractive surface finish, allowing printed parts to glow beautifully in dark environments. It is ideal for creative models, artistic decorations, customized gifts, and personalized high-visual-impact 3D printing projects.
Color Masterbatch & Material Modification
BING3D Color Masterbatch & Material Modification Customization Service leverages our advanced material R&D and compounding expertise to provide customers with a one-stop customized solution, covering color development, functional masterbatch design, material performance optimization, and large-scale production. We support custom color matching, reinforced material modification, and application-specific performance enhancement, helping customers meet diverse requirements for industrial manufacturing, 3D printing filaments, and engineering applications. Our solutions are designed to deliver differentiated material performance, consistent quality, and reliable large-scale production.
BING3D OEM/ODM Customization Service provides a comprehensive one-stop solution backed by our expertise in material R&D, filament manufacturing, product customization, and flexible production capabilities. From formulation development and performance optimization to private labeling, packaging design, and large-scale production, we support every stage of the product development process. With the ability to quickly respond to diverse product categories, specifications, and application requirements, BING3D helps customers achieve product differentiation, strengthen brand value, and accelerate market success.
BING3D 3D Printing Foam Technology Solutions provide a comprehensive approach to foam materials, printing processes, and application development. We offer one-stop support from material selection and parameter optimization to sample production and large-scale implementation. The solution enables lightweight structures, flexible designs, cushioning and shock absorption, as well as personalized customization. It is widely used in footwear, home products, medical orthotics, creative products, and industrial functional components, helping customers transform innovative ideas into practical applications.
Bing Intelligent Manufacturing has a modified plastics R&D and synthesis team led by a polymer professional researcher, an independent materials research laboratory, and in-depth industry-university-research cooperation with many universities. There are 17 additive manufacturing production lines and 6 modified plastic twin-screw production machines, with an annual comprehensive production capacity of 12,000 tons. Bing Intelligent Manufacturing adheres to the values of "integrity, innovation, cooperation, and win-win" and the vision of "3D intelligent manufacturing connects the world and becomes a leading additive manufacturer."
The team has in-depth industry university research cooperation with multiple universities simultaneously
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Company Headquarters
10th Floor, E2-2-1 Factory Building, Zhongkai Qunyi Intelligent Industrial Park, Huizhou City