SLS additive manufacturing uses a laser to bond small grains of plastic, ceramic, glass or other materials such as metals, layer by layer into a 3D dimensional structure.
SLS additive manufacturing uses a laser to bond small grains of plastic, ceramic, glass or other materials such as metals, layer by layer into a 3D dimensional structure.
SLS additive manufacturing uses a laser to bond small grains of plastic, ceramic, glass or other materials such as metals, layer by layer into a 3D dimensional structure.
Meet our TEAM
SLS
(Selective Laser Sintering)
SLS additive manufacturing uses a laser to bond small grains of plastic, ceramic, glass or other materials such as metals, layer by layer into a 3D dimensional structure.
Success Stories
Here are some of our recently completed customer projects.
They show the range of different industries we operate in & help to demonstrate our customer focused, innovation led approach.
Meet our TEAM
Meet our TEAM
+44 024 77360144
In-Ear Headphones
" We were extremely impressed with the quality of how RYSE engaged with us & really understood exactly what we wanted and needed from this project. I am very happy to have worked with them & we will be working with them as a partner going forwards."
Director of Procurement - Global Electronics Manufacturer
Project Details
As market leaders in low cost high quality consumer electronics. Anker had the ambition to launch a new type of self cleaning In-ear headphone. Having already prototyped the internal electronics, Anker commissioned RYSE to design, engineer & prototype the exterior casing & HMI components.
Project Delivery
Week 1 - Initial Designs & Market research
Weeks 2 / 3 - Engineering Design completed.
Weeks 4 / 5 - Prototyping & initial testing
Week 6 - Final proposal presented to Ankers Board