Description
The ORBITAL INCUBATOR SHAKER is a high-performance, temperature-controlled shaking incubator designed for uniform mixing, efficient aeration, and optimal growth of microbial, cell culture, and biochemical samples. With precise orbital motion, stable incubation conditions, and robust construction, it is ideal for biotechnology labs, fermentation studies, molecular biology workflows, and research facilities requiring controlled shaking and incubation in a single system.
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✅ Key Features
🔄 Smooth & Consistent Orbital Shaking
Provides uniform and stable shaking motion for optimal sample aeration
Ensures efficient mixing of culture media, bacterial cultures, and cell suspensions
Ideal for fermentation, enzyme reactions, and molecular biology applications
🌡 Precise Temperature Control
Maintains consistent internal temperature for reliable incubation
Supports a wide temperature range suitable for microbial and cell culture growth
Ensures reproducibility and accurate experimental conditions
🧪 Spacious Chamber with Adjustable Platform
Large shaking platform accommodates flasks, tubes, plates, and culture vessels
Adjustable flask clamps for secure sample positioning
Multiple chamber sizes available depending on model
⚙ Robust & Energy-Efficient Design
Heavy-duty drive mechanism ensures quiet and stable operation
Durable insulation minimizes heat loss and maintains stable conditions
High-quality materials designed for long-term laboratory use
💡 Intelligent Control System (Model Dependent)
Digital display for temperature and shaking speed
Microprocessor-based control ensures precise performance
Timer function and safety alarms for reliable operation
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📊 Typical Applications
Microbial culture growth
Cell culture incubation and agitation
Protein expression and enzyme studies
Fermentation and metabolic research
DNA/RNA extraction workflows requiring controlled shaking
Pharmaceutical, food, and biotechnology research
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💡 Why Choose This Model?
Combines accurate incubation with precise orbital shaking
Ensures uniform aeration and optimal growth conditions
Large, adjustable platform supports multiple culture formats
Robust construction ensures long-term reliability
Ideal for microbiology, biotechnology, biochemistry, and academic research labs










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