Production-grade stereolithography resin featuring long-term environmental stability for large-scale plastic parts with demanding mechanical performance requirements and exceptional surface finish.
Accura AMX Rigid Composite White is a rigid composite white resin engineered for applications requiring exceptional stiffness and dimensional stability. With a flexural modulus exceeding 10,000 MPa, it delivers the highest stiffness in its class, making it ideal for components that must resist deformation under load. This SLA 3D printing material produces parts with smooth surfaces and fine details, reducing the need for extensive post-processing. Its high strength and rigidity make it suitable for demanding applications in automotive 3D printing, wind tunnel models, and the production of jigs and fixtures.
As an SLA 3D printing material, Accura AMX Rigid Composite White offers superior mechanical properties, including high tensile strength and Shore D hardness of 90. These characteristics ensure that printed parts can withstand mechanical stresses and maintain their structural integrity over time. The material’s excellent accuracy and detail resolution make it suitable for producing complex geometries and fine features, essential for applications like wind tunnel models and precision jigs and fixtures.
The high flexural modulus of Accura AMX Rigid Composite White ensures that parts maintain their shape and functionality under mechanical loads. This property is particularly beneficial for structural applications in automotive 3D printing, where components must resist bending and deformation. The material’s rigidity also supports the production of accurate wind tunnel models, providing reliable data for aerodynamic testing.
Accura AMX Rigid Composite White is well-suited for automotive 3D printing applications, offering resistance to automotive fluids and chemicals. This chemical resistance ensures that printed parts can withstand exposure to harsh environments without degrading. The material’s durability and stability make it ideal for producing functional prototypes and end-use components in the automotive industry.
The material’s high stiffness and smooth surface finish make it perfect for creating wind tunnel models that require precise aerodynamic properties. Accura AMX Rigid Composite White enables the production of accurate scale models for testing, providing valuable insights into aerodynamic performance. Its dimensional stability ensures that models maintain their shape under testing conditions.
In manufacturing settings, Accura AMX Rigid Composite White is used to produce jigs and fixtures that demand high rigidity and dimensional accuracy. These tools support efficient assembly and quality control processes, enhancing overall production efficiency. The material’s strength and stability ensure that jigs and fixtures maintain their form and function over time, even under repeated use.
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Accura AMX Rigid Composite White is a high-performance SLA 3D printing material. It delivers superior stiffness, fine detail, and professional-grade finishes. As a result, this rigid composite white resin is ideal for producing functional prototypes and durable end-use parts. It’s built for strength and dimensional stability, even in harsh conditions.
Thanks to its high flexural modulus, parts remain dimensionally accurate under load. This is especially beneficial in industries like automotive 3D printing, where strength and reliability are essential. Furthermore, it allows engineers to replicate production-quality parts quickly and cost-effectively. Therefore, users can streamline development cycles and enhance overall efficiency.
This SLA 3D printing material performs best when used with industrial machines like the ProJet® 7000 HD and SLA 750. These systems deliver precision, consistency, and excellent surface quality. As a result, the final printed parts exhibit sharp details and smooth finishes.
In addition, the Accura AMX Rigid Composite resin’s advanced formulation minimizes the need for post-processing. For example, users often eliminate sanding and polishing, reducing labor and lead time. Furthermore, operators spend less time on material agitation and more time printing. This not only boosts productivity but also helps reduce operating costs. Overall, it’s a user-friendly option for demanding applications.
One of the most important features of this material is its high flexural modulus. It exceeds 10,000 MPa, which means parts made with it resist bending and deformation. As a result, it offers performance that rivals certain injection-molded plastics.
This strength is particularly valuable in automotive 3D printing. For instance, it allows the creation of rigid prototypes for testing structural components. Therefore, engineers can validate designs without needing to use production tooling. In addition, fewer iterations are required, which shortens development time and reduces costs. Clearly, this SLA 3D printing material is a smart choice for high-load applications.
Accura AMX Rigid Composite White is an excellent fit for automotive 3D printing. Its chemical resistance makes it ideal for under-the-hood components exposed to oils and fluids. In addition, the material’s stiffness and accuracy enable designers to produce complex parts with confidence.
It’s also a top performer in wind tunnel testing. These models require smooth surfaces and high dimensional precision to simulate real-world aerodynamics. Fortunately, this rigid composite white resin delivers both. As a result, engineers gain better data from tests and make smarter design decisions faster. Therefore, it accelerates innovation and improves product performance.
This material is also well-suited for making jigs and fixtures. These tools require both strength and precision to maintain alignment and consistency. Thankfully, Accura AMX Rigid Composite White delivers both. For example, it produces tight tolerances and long-lasting strength that hold up over repeated use.
In addition, using this SLA 3D printing material allows for faster production compared to traditional machining. Therefore, manufacturers can cut down on lead times and reduce overhead. Furthermore, the material’s durability ensures that fixtures remain reliable over time. Overall, it’s a great solution for industries like aerospace, automotive, and heavy equipment manufacturing.
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