Biomaterials in Application – One Technology, Endless Possibilities! Bioprinting, also also referred to as biofabrication, has rapidly evolved into a transformative technology that unites additive manufacturing with biological materials. The core principle involves...
Revolutionary Advances: Sensor Enables Machine Learning in Bioprinting The Puredyne print heads deliver reproducible 3D printing of organic substances through precision-engineered, low-shear dispensing technology. The primary objective is to detect cell damage and...
Beginning new research trials with alginate materials in conjunction with the Puredyne print head technology. Evaluating the reliability and reproducibility of a wide array of alginate combinations through the utilization of the progressive cavity technology. Seeking...
A collaboration that benefits bioprinter manufacturers and users equally. BIO INX and Puredyne are currently working together on a project to give even greater priority to combining the optimum biomaterial with precise printing technology. Gentle material handling and...
A Partnership Focused on Improving Printing Processes with Biomaterials Puredyne has formed a strategic partnership with Humabiologics that is set to benefit researchers when it comes to printing collagen and gelatin. The collaboration between the two companies...
Puredyne printhead gets its own modular heating and cooling system One parameter that has made bioprinting of organic cell suspensions not 100% controllable to date is temperature sensitivity. A new heating and cooling unit – recently developed by Puredyne – now...
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