Allevi
Allevi provides 3D bioprinters equipped with patented Cell Optimized Removable Extruders (CORE™) that enable precise printing with various bioinks and cell lines for applications in tissue engineering and disease modeling. The technology addresses the need for versatile and efficient bioprinting solutions, allowing researchers to create complex tissue structures without the need for multiple printheads or extensive calibration.
- Biotechnology
- Hardware
Funding
Funding not disclosed
Founders
Founder details are not available yet.
Product
Problem
Creating complex 3D tissue structures for tissue engineering and disease modeling requires precise control over bioink deposition and cell viability, often necessitating multiple printheads and extensive calibration processes. Researchers need versatile and efficient bioprinting solutions that can handle a wide range of bioinks and cell lines without compromising structural integrity or cellular function.
Solution
Allevi provides 3D bioprinting solutions designed to simplify the creation of functional tissues. The company's bioprinters are equipped with Cell Optimized Removable Extruders (CORE™), engineered to ensure high cell viability across a wide range of bioinks. Allevi bioprinters feature automatic calibration, which allows users to select any needle tip and printing dish, and the printer automatically calibrates the printheads. The print bed is designed to accommodate various printing dishes, including inserts for slides, petri dishes, and well plates.
Target Audience
The primary users are researchers in tissue engineering and disease modeling who require versatile and precise bioprinting solutions for creating complex tissue structures.
Features
- Patented Cell Optimized Removable Extruders (CORE™) for high viability across a wide range of bioinks
- UV and Blue LED Photocuring and homogeneous cooling and heating components
- Auto-calibration feature that automatically calibrates printheads for any needle tip and print dish
- Print bed designed to fit different printing dishes with inserts for slides, petri dishes, and well plates
- Compatibility with a wide range of viscosities, from soft hydrogels to thermoplastics
- Linear rails that ensure single micron movements on X, Y, & Z axes for printing into well-plates and seeding cells