3D Cell Carriers (Scaffolds) for Tissue Engineering

The 3D-BioScaffold Printer is a precision bioprinting system for fabricating three-dimensional tissue scaffolds and microstructures used in regenerative medicine research and development. It enables controlled deposition of biological materials to create complex architectural designs for cell culture, tissue engineering, and pharmaceutical testing applications.

Cell culture container featuring integrated micro structures designed to support three-dimensional cell growth and tissue engineering applications. The structured surface promotes cellular organization and differentiation, enabling advanced in vitro research for drug testing, regenerative medicine, and cell biology studies.

TetraGel is a hydrogel-based cell culture scaffold designed to support three-dimensional cell growth and tissue engineering applications. The scaffold provides a biomimetic microenvironment for in vitro cell culture, enabling research in regenerative medicine, drug development, and tissue model development.

Automated single-cell dispensing and 3D-bioprinting system for precise cell placement in tissue engineering and regenerative medicine research. Enables on-demand cell deposition with micrometer-level accuracy for constructing complex 3D biological structures and drug testing models.

3D cell ball culture chip enables spheroid and organ-on-chip cell culture applications for drug testing, tissue engineering, and disease modeling. The microfluidic device supports physiological cell-cell interactions and nutrient gradients in a compact format. Compatible with standard microscopy and automated analysis systems for high-throughput screening.

Culture platforms designed to support three-dimensional cell growth patterns mimicking in vivo tissue structures. These systems enable more physiologically relevant cell culture conditions for research and drug testing.

Electrospun fiber-based hydrogel support system designed for three-dimensional cell culture and tissue engineering. Utilizes bilayered nano- and microfiber structures for optimized hydration and cell integration.

A 100 micrometer porous collagen fiber scaffold produced using automated manufacturing from GMP-grade bovine type I collagen. Supplied as 12-well plate inserts with high batch-to-batch consistency and compatibility with standard microscopy techniques.

Specialized platform for sorting and isolating 3D cellular models and organoids. Supports advanced cellular model development and characterization. Enables precision handling of complex three-dimensional biological structures.

Automated 3D cell culture system for advanced in vitro modeling and drug development. Utilizes microsystem technology to enable precise, high-throughput cell culture in physiologically relevant three-dimensional environments. Reduces manual handling, improves reproducibility, and accelerates preclinical research workflows.

Culture vessels and plates designed for cell growth and maintenance in biotechnology and research applications. These products support various cell culture methodologies including monolayer and three-dimensional culture systems.

A comprehensive organoid culture and development platform designed for creating three-dimensional tissue models from patient or donor cells. The system supports the establishment and maintenance of organoid biobanks for research and therapeutic applications.