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3D TableTrix™ Microcarriers V01

Bovine gelatin microcarriers for mammalian cells.

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Overview

3D TableTrix™ Microcarrier V01 (Vaccine Grade) is a premium bovine gelatin-based platform engineered for superior viral vaccine production. Characterised by its superior porosity and exceptional structural uniformity, the platform delivers an optimised biomimetic microenvironment for premium viral vaccine production across a range of established cell lines including Vero, MDCK, and human diploid cells. The platform incorporates sterilisation-in-place capability with proprietary gentle degradation technology, ensuring maximum cell viability. Fully certified and compatible with the 3D FloTrix™ system, it pioneers a new paradigm for scalable, standardised biomanufacturing excellence.

Applications

● Human Viral Vaccines
● Veterinary (Animal) Viral Vaccines

Product Features

● High porosity with large surface area for high-density cell production.
● SIP compatibility in powder form for measured use and support of sterilisation-in-place processes.
● Process efficiency featuring simple scale-up and high cell recovery rates.
● Full degradability enabling continuous passaging and harvest for seed stock establishment.
● Biomimetic elasticity providing shear stress protection to maintain viability and boost viral yield.
● Broad compatibility with various adherent cells, especially Vero, MDCK, and human diploid cells.

Results

Robust expansion performance demonstrates 10–16 fold cell growth within 4 days, highlighting the efficiency of the 3D TableTrix™ microcarrier platform.

MSC expansion remains stable at approximately 12–14 fold per passage, sustained over ≥6 consecutive subcultures, with no observable decline in proliferation capacity.

A stepwise scale-up strategy (2 L → 5 L → 15 L) enables the production of up to 1 × 10¹⁰ cells per batch, demonstrating seamless scalability using 3D TableTriX™ microcarriers integrated with the 3D FloTrix™ system.

Specification

Parameter	Specification
Structural Form	3D porous microsphere microcarrier, porosity > 90%
Raw Material	Gelatin
Degradability	Fully degradable
Packaging	10g/100g/300g/500g/bottle
Model	V01-10-10g/100g/300g/500g
Sterility	Sterile
Microcarrier Particle Size (Dry)	80-200 µm
Pore Size Range (Swollen)	30-50 µm
Effective Growth Surface Area	9000 cm²/g
Applicable Cell Types	Vero, MDCK, human diploid, and other adherent cells
Usage Method	Supports online expansion (requires suspension and agitation)
Cell Harvesting	Microcarrier degradation process

Technical Data Sheet

Microcarrier	Material	Structure	Dissolvable	Bead Size (μm)	Surface Area （cm²/g）	Bead Number (particles/mg)	Pore Size (μm)	Packaging	Application Field
W01	Porcine Gelatin	Macroporous sphere	Yes	40-330	8300	4200	0-50	Sterile Tablets \| Sterile Powder in Closed System	Mesenchymal stromal cells and exosomes
V01	Bovine Gelatin	Macroporous sphere	Yes	140-480	7500	2200	30-50	Non-sterile power	Human and animal vaccines, i.e. Vero, MDCK, MRC5
G02	Bovine Gelatin	Macroporous sphere	Yes	110-380	5900	2400	30-50	Sterile Tablets \| Sterile Powder in Closed System	Lenti-virus, Adeno-associatedvirus, oncolytic virus, i.e. 293T cells
CW01	Recombinant Collagen	Macroporous sphere	Yes	120-300	6300	4300	20-40	Sterile Tablets \| Sterile Powder in Closed System	Mesenchymal stromal cells and exosomes

Brochures

3D FloTrix™ microSPIN & miniSPIN FLEX2025.4.25

Centimeter-Scale Self-Assembling Tendon Organoids Drive Tissue Regeneration

Fang, T., Zhang, H., Xie, Y., Li, X., Liu, X., Wang, Z., Xue, Y., Xia, X., Wang, Z., Lei, T., Lin, R., Shen, W., Wu, B., Chen, Y., Du, Y., Chen, X., & Yin, Z. (2025). Centimeter‐Scale Self‐Assembling tendon organoids drive tissue regeneration. Advanced Science, 12(43), e09453.

Aug 29,2025

Catalogue No./ Model	Product Name	Specification
V01-10-10g	3D TableTrix Microsphere V01-10g	100g/pc
V01-100g	3D TableTrix Microsphere V01-100g	100g/pc
V01-500g	3D TableTrix Microsphere V01-500g	500g/pc