Biofabrication
ANFF delivers a versatile biofabrication ecosystem, bridging the gap between high-precision micro-engineering and rigid structural solutions. The facility supports advanced workflows with PolyJet and SLA technologies, while the BMF system enables biopolymer printing for high-resolution microfluidic applications down to 10 microns. Expanding into flexible materials, ANFF utilizes the Lynxter printer for biocompatible silicone fabrication, alongside dedicated bioprinters for developing complex cell-laden constructs. These capabilities are anchored by robust hard-material options, including functional bone-like ceramics and additively manufactured stainless steel and titanium for diverse load-bearing applications.
Key Capabilities
Full-Spectrum Material Versatility
Access a comprehensive range of mechanical properties in a single location, spanning from soft, biocompatible silicones (Lynxter) and hydrogels to rigid, bone-like ceramics and load-bearing metals like titanium.
Ultra-High Precision Micro-Engineering
Achieve sub-cellular detail with the BMF system, enabling the fabrication of intricate microfluidic devices and scaffolds with resolutions down to 10 microns.
Translational Fabrication Power
Leverage a diverse suite of technologies—from PolyJet and SLA to dedicated bioprinters—to scale projects from experimental cell-laden constructs to functional, implant-grade medical devices.
