Selective Laser Sintering (SLS) produces high quality durable parts for high-performance prototyping and end-use applications. In this technology, the build is constantly supported by the unsintered powder, allowing fabrication of structures with complex geometries which were previously unattainable. SLS 3D Printing offers large build capacities and high speeds, along with excellent component fit, form, accuracy, feature definition and surface finish. Depending on the design of the component, a technique called ‘Nesting’ can be used to manufacture multiple parts simultaneously which increases the throughput of each run in this process.A wide range of materials with properties such as heat and flame resistance, flexibility, food-grade and medical-grade certification can be used for SLS 3D Printing. This, combined with average savings of 20% over comparable technologies makes this the go-to choice for commercial production in sectors such as Aerospace, Automotive, Defence and R&D.

Process

Selective Laser Sintering (SLS) produces high quality durable parts for high-performance prototyping and end-use applications. In this technology, the build is constantly supported by the unsintered powder, allowing fabrication of structures with complex geometries which were previously unattainable. SLS 3D Printing offers large build capacities and high speeds, along with excellent component fit, form, accuracy, feature definition and surface finish. Depending on the design of the component, a technique called ‘Nesting’ can be used to manufacture multiple parts simultaneously which increases the throughput of each run in this process.A wide range of materials with properties such as heat and flame resistance, flexibility, food-grade and medical-grade certification can be used for SLS 3D Printing. This, combined with average savings of 20% over comparable technologies makes this the go-to choice for commercial production in sectors such as Aerospace, Automotive, Defence and R&D.

Process

Post Process

Selective Laser Sintering (SLS) produces high quality durable parts for high-performance prototyping and end-use applications. In this technology, the build is constantly supported by the unsintered powder, allowing fabrication of structures with complex geometries which were previously unattainable. SLS 3D Printing offers large build capacities and high speeds, along with excellent component fit, form, accuracy, feature definition and surface finish. Depending on the design of the component, a technique called ‘Nesting’ can be used to manufacture multiple parts simultaneously which increases the throughput of each run in this process.A wide range of materials with properties such as heat and flame resistance, flexibility, food-grade and medical-grade certification can be used for SLS 3D Printing. This, combined with average savings of 20% over comparable technologies makes this the go-to choice for commercial production in sectors such as Aerospace, Automotive, Defence and R&D.

Process

Post Process