Shaking Incubators - CO2 News

Introduction
ESCO OrbiCult CO₂ Shaking Incubators from WolfLabs
For laboratories requiring controlled CO₂ environments, the ESCO OrbiCult CO₂ shaking incubators offer advanced incubation technology for sensitive cell culture applications, including mammalian cell research, stem cell studies and pharmaceutical development.

Features & Benefits
- Integrated CO₂ Control – Maintains stable CO₂ levels for optimal mammalian cell and tissue culture growth conditions.
- Accurate Temperature & Shaking Performance – Ensures reproducibility across cell culture and biotechnology experiments.
- Uniform Airflow & Gas Distribution – Promotes consistent incubation conditions throughout the chamber.
- Intuitive Digital Operation – Simple monitoring and programming improve laboratory efficiency.
- Reliable Laboratory Design – Engineered for continuous use in research, pharmaceutical and biotech environments.

Introduction
Be Scientific INS-C2500R & INS-C6500R CO₂ Shaking Incubators from WolfLabs
The Be Scientific INS-C2500R and INS-C6500R CO₂ shaking incubators offer laboratories cutting-edge environmental control, combining precise temperature regulation, controlled CO₂ atmosphere and reliable orbital shaking for reproducible cell culture, microbiology and bioprocessing workflows. Designed for demanding research environments, these incubators support microbial, mammalian and plant cell growth while saving valuable bench or floor space with stackable and scalable configurations.

Features & Benefits
- Accurate environmental control - Maintain stable temperatures from below ambient up to 60 °C with precise PID control, while optional CO₂ regulation (0–20 %) ensures ideal conditions for cell culture work.
- Integrated shaking and culture agitation - Orbital shaking at adjustable speeds from 30–300 rpm with stepless 1–50 mm orbit improves oxygenation and mixing for uniform growth in flasks and microplates.
- Spacious, stackable designs - The INS-C2500R and the larger, stackable Be Scientific INS‑C2500R CO2 Shaking Incubator and Be Scientific INS‑C6500R CO2 Shaking Incubator models maximise workflow capacity with room for multiple flask sizes (up to 5 L) and can be stacked to make the most of lab space.
- User-friendly interface - A large 7-inch TFT touchscreen display enables intuitive programming of temperature, CO₂, humidity and shaking parameters, helping streamline experiments and reduce operator error.
- Sterility and safety features - Built-in UV sterilisation, sturdy stainless-steel chambers and multiple safety interlocks reduce contamination risks and support consistent, high-quality culture conditions.

Introduction
SciQuip SQ-4236 shaking CO2 incubator from Wolflabs.  

Features and benefits
- Intuitive touch screen panel
- Innovated Quin Drive system ensures smooth and reliable orbital shaking movement with a speed between 30-300rpm
- Excellent temperature controlling system
- Extended chamber capacity can take up to 32 pieces of 500ml Erlenmeyer flasks

Offer for CO2 Shaking Incubators from Eppendorf / New Brunswick Scientific. The special offer model is; S41i

Introduction
Eppendorf / New Brunswick Scientific S41i shaking CO2 incubator from Wolflabs. The New Brunswick S41i combines the best of two worlds: a highly innovative shaker and the functionality of a CO2 incubator. For over a decade New Brunswick CO2 incubators have provided researchers with a reliable, easy-to-use system for culturing cells. Continuing this tradition is the New Brunswick S41i CO2 Incubator Shaker, designed specifically for non-adherent cell culture applications. The S41i combines precise temperature and CO2 control with one of the best laboratory shakers available. The result: high cell yields and viability.

Features and benefits
- Fanless design eliminates a common source of repeated contamination and expensive HEPA filters
- Sealed inner/outer doors and advanced PI control maintain temperature accuracy and uniformity while minimizing costly gas consumption
- High temperature disinfection (HTD) protects against bacterial contamination
- InfraRed (IR) CO2 sensor offers specific measurement and accurate control of CO2 levels