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Four station cultivation system

NegotiableUpdate on 05/06
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Overview

Synthecon RCCS-4 is a four station synchronous cultivation system designed for high-throughput experiments, batch modeling, and parallel control. It features four channels that rotate synchronously, ensuring consistent and repeatable experiments. Equipped with NASA's microgravity core technology and a non-destructive cultivation environment, it can run four sets of experiments simultaneously, significantly reducing the experimental cycle and improving data reliability. It is a popular choice among pharmaceutical companies CRO、 Standard equipment for key laboratories and high-throughput screening platforms.

Product Details

Syntheson RCCS-4 is designed forHigh throughput experiments, batch modeling, parallel controlThe four station synchronous cultivation system has been developed, with four channels rotating synchronously to ensure consistency and repeatability in experiments. Equipped with NASA's microgravity core technology and a non-destructive cultivation environment, it can run four sets of experiments simultaneously, significantly reducing the experimental cycle and improving data reliability. It is a popular choice among pharmaceutical companies CRO、 Standard equipment for key laboratories and high-throughput screening platforms.

core configuration

  • Four station synchronous rotating base

  • High precision power supply and speed control module

  • Operation Manual

  • 4 high-pressure sterilized HARV/STLV culture containers (optional)

  • Compatible with 10mL-500mL full specification containers and disposable containers

core advantage

  1. Four station synchronous operationComplete four parallel experiments at once, increasing efficiency by four times

  2. Wide speed range precise controlAdapt to various cell/tissue culture needs

  3. High density cultivation without worriesHigh flow gas supply, sufficient oxygen supply for long-term cultivation

  4. Reusable high-pressure sterilization containersLong term use is more economical

  5. Non damaging cultivation environmentCells maintain a highly differentiated state and are not easily mutated

  6. literature supportDual recognition from scientific research and industry

Applicable scenarios

  • High throughput drug screening, in vitro toxicology testing, vaccine development

  • Construction of Batch Organ/Tumor Tissue Models

  • Multiple control experiments, cell process optimization, and large-scale cultivation

  • Research on tissue regeneration and long-term maintenance of tissue explants