Having a level bed plate is key for getting clean, repeatable prints. But, over time, you may find that you...
New to the world of 3D biology, or testing out a new matrix material with your Allevi? This protocol is...
Thermoplastics in bioprinting are often used as a support structure to provide extra mechanical strength and as reinforcement for matrix...
Sample STL Files This is an updated list of sample STL files that Allevi recommends for biomaterial optimization, bioprinter setup,...
Small, friendly, and powerful. The Allevi 1 packs autocalibration, 4-160°C temperature control, and visible/UV photocuring into a small footprint. Find...
Strong and capable. The Allevi 3 delivers autocalibration, 4-160°C temperature control, and visible/UV photocuring in three independent printheads. Find your...
Organ-on-a-chip has proven to be an extremely valuable technology utilized for disease modeling, drug testing and mimicking organ function. The...
Choosing the infill pattern for your bioprint can be tricky and confusing. In the latest Repetier Host/Slic3r update, users got...
A cross section of bone printed using Dimension Inx LLC's Hyperelastic Bone Hyperelastic Bone™ is a biomaterial made by Dimension Inx...
3D Graphene is a biomaterial made by Dimension Inx composed of > 90% graphene – a flexible, conductive, biocompatible material for...
Your Allevi 1 and Allevi 3 bioprinters come with a bright stage light for improved viewing, but different colors can...
Just as a 2D printer has a variety of color inks to create an assortment of images, bioprinters utilize a...
