ORBITAL SHAKER INCUBATOR | Precision Temperature-Controlled Shaking System for Cell Culture & Sample Mixing

Description

The ORBITAL SHAKER INCUBATOR is a high-performance incubation and mixing system designed to provide uniform temperature control combined with smooth orbital shaking. Engineered for microbiology, molecular biology, biotechnology, and pharmaceutical workflows, it ensures consistent aeration, homogeneous mixing, and optimal growth conditions for a wide range of cultures and samples.

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✅ Key Features

🌡 Precision Temperature-Controlled Incubation

Stable heating environment for controlled cell growth

Uniform temperature distribution across the entire chamber

Ideal for microbial cultures, enzyme reactions, and fermentation studies

🔄 Smooth & Stable Orbital Shaking

Fixed or adjustable orbital diameter (model dependent)

Smooth, vibration-free operation for uniform mixing

Supports a wide range of flasks, tubes, and culture vessels

🧪 Large Chamber Capacity

Spacious interior for multiple flasks or culture plates

Adjustable stainless-steel trays and clamps for flexible sample arrangement

Supports high-volume shaking applications

💨 Forced Air Circulation

Ensures even heat distribution and rapid temperature recovery

Eliminates hot and cold spots inside the chamber

Maintains consistent incubation conditions even during long-term runs

📟 Digital Control System

Touch or LED display for temperature and speed control

Programmable timer and shaking modes

Accurate and repeatable operation with microprocessor technology

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📌 Typical Applications

Microbial and bacterial culture growth

Cell culture & suspension cell studies

Protein expression and fermentation

Enzyme kinetics and biochemical reactions

Solubility testing & sample extraction

General shaking and mixing applications in research labs

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💡 Why Choose This Model?

Combines controlled incubation with precise orbital mixing

Ensures optimal aeration and nutrient distribution for high-yield cultures

High-capacity platform supports multiple flask sizes

Stable, quiet, and energy-efficient operation

Ideal for research laboratories, QC labs, bioprocess units, and academic institutions