Accura AMX High Temp 300C is an ultra-high temperature stereolithography resin that is engineered to meet the demands of applications requiring the highest levels of heat resistance. It is the industry’s most heat resistant stereolithography (SLA) material with a heat deflection temperature (HDT) of over 300 °C at low stress (at 0.455 MPa) that does not require a post thermal cure.
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Accura AMX High Temp 300C is a next-generation high-temperature SLA resin that supports mission-critical 3D Systems printing applications across aerospace, electronics, and automotive industries. This advanced material maintains dimensional stability even when subjected to extreme thermal loads. In addition, its robust mechanical properties and clear visual finish make it ideal for engineers needing reliable, repeatable results.
This no post-cure SLA material significantly reduces production time. By eliminating the need for post-curing, it allows design and engineering teams to move faster from CAD model to functional part. Moreover, reduced processing time improves productivity while maintaining high accuracy and consistency in complex geometries. In environments where speed and precision are essential, this feature adds considerable value.
Accura AMX High Temp 300C offers a translucent high-temp surface that enables clear visual inspection of internal channels and features. This is especially beneficial for engineers prototyping enclosures, connectors, and thermal housings. Additionally, the material holds its shape and mechanical integrity under sustained heat exposure of up to 300°C, ensuring that parts function reliably in thermal stress environments.
This high-temperature SLA resin excels across a wide spectrum of 3D systems printing applications. From test fixtures and housings to functional end-use components, it meets the needs of manufacturers looking for high performance. The material’s resistance to thermal deformation and chemical wear ensures long-term utility.
Accura AMX High Temp 300C delivers on both reliability and efficiency. Its no post-cure SLA material formulation, translucent high-temp finish, and exceptional mechanical strength make it a premier choice for demanding production environments.
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