Aerospace laser sintering is a process which produces a physical, three dimensional object, a conceptual model or master pattern. An Aerospace laser sintering machine uses a computer controlled laser to fuse or sinter thin layers of powdered thermoplastic materials or metals to create a 3D model. The Aerospace laser sintering process has the widest selection of material properties and capabilities of any rapid prototyping process. Producing a pre-production Aerospace laser sintering part can significantly enhance communication among project team members. This physical model will allow manufacturers to accommodate engineering design changes quickly and improve supportability.
Functional laser sintering is a process which produces a physical, three dimensional object, a conceptual model or master pattern. A Functional laser sintering machine uses a computer controlled laser to fuse or sinter thin layers of powdered thermoplastic materials or metals to create a 3D model. The Functional laser sintering process has the widest selection of material properties and capabilities of any rapid prototyping process. Producing a pre-production Functional laser sintering part can significantly enhance communication among project team members. This physical model will allow manufacturers to accommodate engineering design changes quickly and improve supportability.
Plastic laser sintering is a process which produces a physical, three dimensional object, a conceptual model or master pattern. A Plastic laser sintering machine uses a computer controlled laser to fuse or sinter thin layers of powdered thermoplastic materials or metals to create a 3D model. The Plastic laser sintering process has the widest selection of material properties and capabilities of any rapid prototyping process. Producing a pre-production Plastic laser sintering part can significantly enhance communication among project team members. This physical model will allow manufacturers to accommodate engineering design changes quickly and improve supportability.
Medical laser sintering is a process which produces a physical, three dimensional object, a conceptual model or master pattern. A Medical laser sintering machine uses a computer controlled laser to fuse or sinter thin layers of powdered thermoplastic materials or metals to create a 3D model. The Medical laser sintering process has the widest selection of material properties and capabilities of any rapid prototyping process. Producing a pre-production Medical laser sintering part can significantly enhance communication among project team members. This physical model will allow manufacturers to accommodate engineering design changes quickly and improve supportability.
Metal laser sintering is a process which produces a physical, three dimensional object, a conceptual model or master pattern. A metal laser sintering machine uses a computer controlled laser to fuse or sinter thin layers of powdered thermoplastic materials or metals to create a 3D model. The metal laser sintering process has the widest selection of material properties and capabilities of any rapid prototyping process. Producing a pre-production metal laser sintering part can significantly enhance communication among project team members. This physical model will allow manufacturers to accommodate engineering design changes quickly and improve supportability.
Prototype laser sintering is a process which produces a physical, three dimensional object, a conceptual model or master pattern. A Prototype laser sintering machine uses a computer controlled laser to fuse or sinter thin layers of powdered thermoplastic materials or metals to create a 3D model. The Prototype laser sintering process has the widest selection of material properties and capabilities of any rapid prototyping process. Producing a pre-production Prototype laser sintering part can significantly enhance communication among project team members. This physical model will allow manufacturers to accommodate engineering design changes quickly and improve supportability.
Selective laser sintering is a process which produces a physical, three dimensional object, a conceptual model or master pattern. A Selective laser sintering machine uses a computer controlled laser to fuse or sinter thin layers of powdered thermoplastic materials or metals to create a 3D model. The Selective laser sintering process has the widest selection of material properties and capabilities of any rapid prototyping process. Producing a pre-production Selective laser sintering part can significantly enhance communication among project team members. This physical model will allow manufacturers to accommodate engineering design changes quickly and improve supportability.
SLS laser sintering is a process which produces a physical, three dimensional object, a conceptual model or master pattern. A SLS laser sintering machine uses a computer controlled laser to fuse or sinter thin layers of powdered thermoplastic materials or metals to create a 3D model. The SLS laser sintering process has the widest selection of material properties and capabilities of any rapid prototyping process. Producing a pre-production SLS laser sintering part can significantly enhance communication among project team members. This physical model will allow manufacturers to accommodate engineering design changes quickly and improve supportability.
