Vertical Full Embryo Culture System RSED-20V25 Series 20-Channel Rotating Embryo Culture,Sage-Bio_specification/price/image

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The RSED-20V25 Vertical Full Embryo Culture System is a new-generation intelligent bioreactor integrating four core technologies: precise tri-gas control (O₂/CO₂/N₂), microenvironmental temperature management, dynamic pressure regulation module, and biomimetic sample loading platform.

Featuring a vertical architecture, the system achieves temperature control within 0.1 °C and gas concentration fluctuation suppressed to within 0.5% in the culture chamber via a patented hydrodynamic model. Combined with a biomechanically optimized sample holder, it simulates intrauterine pressure variations (50–150 mmHg) to provide optimal physical support for embryonic development.

Its unique pressure pulse mode promotes directed differentiation of stem cells and improves the formation efficiency of intestinal epithelial cells by 40% in organoid construction. The system is equipped with an IoT module for remote monitoring and is designed with partial reference to GMP/GLP standards, including GMP-compliant data traceability.

As a core device for in vitro development and culture of animal embryos, the RSED-20V25 offers the following major advantages:

Ergonomic design

Based on laboratory dimensions and average height of Asian users, the system adopts an optimized operating height with the chamber at the top, allowing natural standing operation and greatly reducing fatigue during long‑term use.
Non‑magnetic, antibacterial chamber

The operating chamber is made of non‑magnetic antibacterial stainless steel, paired with a controllable quartz UV sterilizing lamp, improving cleaning efficiency and reducing maintenance frequency.
Tool‑free, quick‑assembly sample tray

The sample loading tray can be fully assembled or disassembled manually within 3 minutes, enabling convenient whole‑unit sterilization and eliminating sterilization blind spots, thus reducing contamination risks and false‑positive results.
High throughput

Supports up to 10 sample groups simultaneously, significantly improving experimental efficiency.
Lockable chamber lid

The chamber lid can be password‑locked to prevent accidental opening during experiments.
Precise thermal and gas dynamic design

Optimized internal air circulation ensures highly uniform and stable temperature, with variation0.5 °C.
Controllable pressure culture environment

Custom gas circuit ensures stable pressure control inside sample vials, up to a maximum of 30 PSI.
Programmable 3D motion simulation

Supports complex 3D movement paths to simulate intrauterine mechanical dynamics. Pitch angle and frequency can be adjusted to mimic placental villus effects.

The RSED-20V25 Vertical Full Embryo Culture System is an intelligent bioreactor dedicated to animal research. With tri‑gas regulation (O₂/CO₂/N₂), dynamic microenvironmental pressure simulation, and a biomimetic mechanical loading platform, it provides a highly controllable in vitro simulation system for animal embryo development.

Its vertical structure achieves temperature uniformity within 0.2 °C and gas fluctuation within 0.5%, with a pressure range of 1–30 PSI to accurately reproduce the intrauterine physical environment. It has become a core instrument in reproductive biology, developmental engineering, and regenerative medicine.

Main Applications (for animal research only):

Analysis of pre‑implantation developmental mechanisms in mammalian embryos
Study on the effects of oxygen concentration on mitochondrial function in bovine embryos
Determination of pressure tolerance thresholds in rabbit embryos
Directed differentiation of mouse stem cells into germ cells
Optimization of in vitro construction of porcine intestinal organoids
High‑throughput screening of cryoprotectants for equine embryo vitrification
Establishment of mechanical models for canine placental angiogenesis
Dynamic metabolomic monitoring of ovine embryos
Study on gas exchange efficiency in avian embryos
Analysis of chromosomal stability in primate embryos
Verification of embryo–endometrium interaction across species
Simulation of temperature‑dependent sex determination in reptilian embryos
Exploration of adaptive evolution of fish embryos under pressure
Standardization validation of disinfection protocols for laboratory animals
Remote monitoring of multi‑site embryo culture synchronization

The modular design supports embryo research from rodents to large mammals. Its GMP/GLP‑aligned data traceability is especially suitable for standardized model animal culture, providing key technical support for advances in animal reproductive technology.

Does the RSED-20V25 have a medical device registration certificate?

Answer: The RSED series is for animal embryo culture and scientific research only, not for clinical or medical use. Therefore, no medical device registration certificate is required.
Can the RSED-20V25 be used for human embryo culture or clinical applications?

Answer: No. The system is strictly limited to animal research in laboratory settings and must not be used for human embryos or medical treatment. Any unauthorized modification of intended use is at the user’s sole risk.
Can you provide GMP or GLP certification?

Answer: The system is designed with reference to GMP/GLP principles (e.g., double‑layer chamber, antibacterial stainless steel interior). However, official GMP/GLP certification is not currently available. Custom certification support can be discussed upon request.
Can it be used for other cell or tissue culture besides embryos?

Answer: Yes. The fully enclosed, dynamically rotated, pressure‑ and gas‑controlled environment is also suitable for stem cells, cardiomyocytes, cartilage tissue, and other cultures requiring complex biomimetic conditions.
Can you provide 3Q validation?

Answer: Standard 3Q validation reports are available as a paid service. Please contact our sales team for details.
Is your company certified to ISO 9001 or ISO 13485?

Answer: These are factory quality management system certifications, not product certifications. We are in the process of certification and expect to provide relevant certificates by mid‑2026.
Why not add sample ports on both sides of the tray for higher throughput?

Answer: The tray performs reciprocating lifting to simulate complex motions and placental villus‑like stimulation. Double‑sided mounting may cause liquid leakage. High‑throughput dual‑tray models are available as an alternative.