Adjustable Mixing for Optimal Cell Growth
Scalable agitation culture for routine use — reliable, consistent, and easy to adopt.
For Superior Cell Culture.
For Your Everyday Culture.
C.NEST® embodies excellence in 96/24-well cell culture. With our patented mixing technology for homogenizing nutrients and enhancing oxygen transfer, we push the boundaries of cell culture, optimize cell growth, and simplify your workflow.
Consistent suspension, higher oxygen transfer, and improved growth across 96/24-well plates.
Each with temperature, CO₂ control, humidity monitoring, and UV sterilization.
Strong correlation with shake flask culture for early clone ranking.
Run up to 96 wells per plate, 4 plates in parallel. Ideal for early-stage CLD, media optimization, and metabolic studies.
Format compatible with automated workflows and liquid handling integrations.
Streamlined Cell Line Development
Faster Clone Expansion & Recovery
Patient-Derived Blood Cell Culture
Organoid/Spheroid Culture
CHO Cells | HEK Cells | Hybridoma Cells | Stem Cells | Cancer Cells | iPSCs | PBMCs | T Cells | Spheroids | Organoids | E. Coli | Picha Pastorias
Experience our patented mixing technology that delivers small-scale mixing in 96/24-well plates.
Adjustable mixing speed is designed to fit your required culture requirements, with “low shear rate” feature for your delicate cultures.
Tailor your culture conditions in each of the four independent incubation chambers equipped with precise temperature/CO₂ control, humidity monitoring, water reservoir, and UV sterilization. Cultivate flexibly and precisely with independent mixing control for each chamber, allowing parallel execution of both mixing and static culture.
Designed for maximum productivity, S.NEST is automation-friendly, saving you both time and labor. Its seamless integration with your robotic arm, along with SiLA 2.0 compatibility, makes it a versatile solution. Build your automated station for a streamlined workflow.
Book a demo now to witness the transformative power of C.NEST® in action. Accelerate your cell line development, streamline your processes, and unlock new possibilities in cell culture research.
