Technical briefing: 3D printing/additive manufacturing — selective laser sintering
Ogle Models & Prototypescontact supplier
‘3D printing/additive manufacturing — selective laser sintering’
Selective laser sintering (SLS) is an accurate powder-based additive manufacturing process that can be used for both prototyping and small-batch production applications without the need for extensive tooling. Parts can be built in a range of nylon materials. One advantage of laser sintering is that it is fully self-supporting and can build highly complex geometry. Ogle Models and Prototypes has been working with laser sintering since 2000.
Click on the link above to download the technical briefing.
Ogle Models and Prototypes recently produced a high-quality, fully functional, working model of the Quantum Luminaire lighting solution from Abacus.
Ogle Models and Prototypes has worked with Depuy to create a set of six bone models designed to allow each step of a total knee arthroplasty to be demonstrated.
Ogle Models & Prototypes has produced the interior gear change console for Jaguar’s C-X75 supercar together with a full set of the exterior front and rear lenses.
Ogle Models and Prototypes has been instrumental in producing a 3D-printed prototype of Hygia: a cleaning device designed by Loughborough University student Andrew Mills.
Ogle Models and Prototypes has helped to create an egg produced using advanced additive manufacturing technology for the Fabergé Big Egg Hunt.