A rigid SLA material for producing heat-resistant parts with high mechanical strength and an excellent, smooth surface finish for industrial applications.
Somos® PerFORM is a composite stereolithography material filled with ceramic particles to deliver specified stiffness, strength, and high-temperature performance. Its key technical differentiator is an extremely low viscosity compared to other composite materials, which enables faster build speeds and easier post-processing. This unique formulation allows for the creation of highly detailed and dimensionally stable parts with superior sidewall quality and a smooth finish, directly off the printer.
Engineered for thermal stability, this material excels in applications involving high heat and mechanical stress. With a Heat Deflection Temperature (HDT) of up to 268°C (514°F), parts maintain their structural integrity and accuracy in demanding conditions. This makes Somos® PerFORM a reliable choice for tooling, high-temperature testing fixtures, and under-hood automotive components that must perform without failure.
The material's high ceramic content results in specified mechanical properties, including high tensile and flexural modulus. This inherent stiffness is critical for producing defined tooling, jigs, and fixtures that resist deformation under load. Parts printed with Somos® PerFORM are strong and durable, providing the performance needed for functional testing and as a metal replacement in certain applications.
The low viscosity of Somos® PerFORM not only speeds up the printing process but also simplifies part cleaning, reducing labor and accelerating production cycles. It delivers an excellent surface finish that minimizes the need for manual finishing, making it highly efficient for producing complex parts like electrical casings and wind tunnel models. Compatibility is with 355nm-based SLA systems.
Somos® PerFORM is a versatile material that bridges the gap between prototyping and production. It is ideal for creating highly accurate functional prototypes for form, fit, and thermal testing. Its proven strength and long-term stability also make it suitable for manufacturing custom tooling, manufacturing aids, and select end-use components where thermal and mechanical performance are critical.
