Sudbury, Massachusetts – Methods 3D Inc., a subsidiary of Methods Machine Tools Inc. featuring innovative industrial production grade 3D printing solutions, has introduced the 3D Systems' ProX SLS 500 Selective Laser Sintering production 3D printer featuring fast speeds, high print resolution, and an extensive range of engineered composite materials. The ProX SLS 500 delivers superior parts with high precision, durability and quality, all in a compact production-grade system.
Created for the manufacturing floor, the ProX SLS 500 is the newest generation of SLS printers that redefines production capabilities with repeatable results. This printer is designed to produce exceptionally smooth surfaces and high resolution thermoplastic parts. Ready-to-use functional parts and complete assemblies are suitable for aerospace, automotive, patient specific medical devices, fashion accessories and mobile device use cases.
The ProX SLS 500 was developed in tandem with the DuraForm ProX materials line to produce smoother wall surfaces, high print resolution, and edge definition, generating injection molding-like part quality that surpasses existing alternatives.
The integration of the ProX SLS 500 and DuraForm ProX material yields 80% material reusability, the most economical material utilization available to date. Three DuraForm ProX materials used with the ProX SLS 500 include:
• DuraForm ProX PA – an extra strong thermoplastic with superior mechanical properties and the finest surface quality. Excellent for low-temperature tooling, surgical tooling and saw guides, component housings and manifolds.
• DuraForm ProX GF – Glass-filled material offering rigidity and stiffness with amazing tensile, flexural, and impact strength with advanced thermal resistance. This material is for jigs, fixtures, and tooling applications where demanding performance is required at elevated temperatures.
• DuraForm ProX HST Composite – Mineral-filled material offering the highest available temperature-resistant SLS material with a high strength-to-weight ratio. HST is excellent for lightweight, rigid, load bearing parts.
The ProX SLS 500 offers maximum build envelope capacity (X-Y-Z) of 15" x 13" x 18" (381mm x 330mm x 460mm) and is equipped with 3D Systems' latest print driver, automated part nesting on the fly, and an optional, automated material handling module that streamlines production and recycling of materials for an optimal product every time.
Source: Methods 3D Inc.
Created for the manufacturing floor, the ProX SLS 500 is the newest generation of SLS printers that redefines production capabilities with repeatable results. This printer is designed to produce exceptionally smooth surfaces and high resolution thermoplastic parts. Ready-to-use functional parts and complete assemblies are suitable for aerospace, automotive, patient specific medical devices, fashion accessories and mobile device use cases.
The ProX SLS 500 was developed in tandem with the DuraForm ProX materials line to produce smoother wall surfaces, high print resolution, and edge definition, generating injection molding-like part quality that surpasses existing alternatives.
The integration of the ProX SLS 500 and DuraForm ProX material yields 80% material reusability, the most economical material utilization available to date. Three DuraForm ProX materials used with the ProX SLS 500 include:
• DuraForm ProX PA – an extra strong thermoplastic with superior mechanical properties and the finest surface quality. Excellent for low-temperature tooling, surgical tooling and saw guides, component housings and manifolds.
• DuraForm ProX GF – Glass-filled material offering rigidity and stiffness with amazing tensile, flexural, and impact strength with advanced thermal resistance. This material is for jigs, fixtures, and tooling applications where demanding performance is required at elevated temperatures.
• DuraForm ProX HST Composite – Mineral-filled material offering the highest available temperature-resistant SLS material with a high strength-to-weight ratio. HST is excellent for lightweight, rigid, load bearing parts.
The ProX SLS 500 offers maximum build envelope capacity (X-Y-Z) of 15" x 13" x 18" (381mm x 330mm x 460mm) and is equipped with 3D Systems' latest print driver, automated part nesting on the fly, and an optional, automated material handling module that streamlines production and recycling of materials for an optimal product every time.
Source: Methods 3D Inc.