STLV slow rotation lateral culture container

NegotiableUpdate on 05/06

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The STLV slow rotation lateral culture container is a specialized culture consumable designed for three-dimensional large volume culture, tissue block, biological scaffold, and microcarrier culture, and is compatible with the entire range of Syntheson RCCS hosts. Using central silicone membrane oxygen supply technology, oxygen supply is deeper and more uniform. Combined with a long cavity structure, it can stably carry tissue explants, biological scaffolds, and microcarriers, providing cells with a mild, low shear, and in vivo three-dimensional growth environment, supporting high-density cell expansion, long-term tissue maintenance, and engineered tissue construction. It is a core container for regenerative medicine, drug amplification culture, vaccine development, and tissue in vitro culture.

Product Details

1、 Core advantages

The central silicone membrane provides oxygen, allowing deep cells to 'breathe' as well

Central oxygen supply structure, more complete gas exchange, no hypoxia in large volume culture, no hollow cell clusters, and no necrosis.
Long cavity and large volume, suitable for tissue blocks/scaffolds/microcarriers

Specially designed for tissue explants, biological scaffolds, and microcarriers cultivation, with large loading capacity and sufficient cultivation space.
Low shear mild cultivation, protecting tissues from breakage

The rotation is smoother, without impact or bubble damage, and the survival rate of fragile tissues, primary cells, and stem cells is higher.
Can be sterilized and reused under high pressure, with lower cost

Made of high temperature and high pressure resistant material, it can be repeatedly sterilized and used, making long-term experiments more economical.
Strong universality, suitable for RCCS hosts

Seamless compatibility with RCCS-1, RCCS-4H, RCCS-4HD and other systems, simple installation and stable use.

2、 Core purpose

Large scale expansion of high-density cells using microcarriers
Biological scaffold cell composite culture, tissue engineering
In vitro tissue construction of liver, cartilage, myocardium, skin, and other tissues
Long term maintenance culture of tissue explants
High density cell production of vaccines, biopharmaceuticals, proteins/antibodies, etc
Enlarged culture of tumor tissue model and virus 3D model

3、 Applicable scenarios

University research institutes, pharmaceutical companies/CROs, clinical laboratories, regenerative medicine teams, biosafety laboratories, suitable forLarge volume, high density, tissue engineering, and large-scale cultivationWaiting for full scene 3D cell culture.