B9Creations' focus on making high-resolution 3D printing affordable is enabling Universities around the world to turn concepts to reality for students of all diciplines.
Our Technology, innovative software, and empowering design provide the detail, surface finish, and speed for Researchers to break through barriers and move their fields of study forward.
Our passion for improving life with technology and our customers' passion for finding new solutions work together to make the world a better place in fields such as:
The B9 Core Series' multiple resolution and build size settings allows researchers to switch from prototypes, to fossil replicas, to microfluidics channels with one powerful machine that has a build speed of 120+mm per hour. Unlike many 3D Printers, the B9 Core Series doesn't require purging of lines, or time-intensive setup, saving researchers money on material and precious time. The B9 Core Series finishes printing in the time that most other printers take to warm up.
B9Creations' software has the ability to incorporate multiple models and objects without requiring a manifold mesh which makes turning CAD files into physical models easy and enables experimentation. Additionally, B9Creations’ resins offer properties from strength to castability and paintability, enabling you to create whatever you can design. The resin enables print speeds of more than one inch per hour with plastic-like durability and strength.
User-defined parameters of the curing process at the level of voxel resolution allows University researchers to tune the B9 Core Series to work with a variety of material properties, allowing for use of 3rd party resins and experimental builds.
The B9 Core Series makes new and experienced designers successful with automatic support generation and user-generated or user-modified support capabilities. Whether unique casting applications, new materials, or other innovative uses, our top-ranked online community is an unbeatable source of knowledge in helping you to achieve your goals or create discovery.