ORBITAL SHAKER INCUBATOR | Precision Temperature-Controlled Shaking System for Microbial & Cell Culture Applications

Description

The ORBITAL SHAKER INCUBATOR is a high-performance system that integrates precise temperature control with uniform orbital shaking, ensuring optimal aeration and consistent mixing for culture growth. Designed for microbiology, biotechnology, molecular biology, and pharmaceutical research, it guarantees reproducible results for a wide range of incubation and agitation applicatio The ORBITAL SHAKER INCUBATOR is a high-performance system that integrates precise temperature control with uniform orbital shaking, ensuring optimal aeration and consistent mixing for culture growth. Designed for microbiology, biotechnology, molecular biology, and pharmaceutical research, it guarantees reproducible results for a wide range of incubation and agitation applications.

—

✅ Key Features

🌡 Precision Temperature Control

Stable and uniform temperature throughout the chamber

Fast heat recovery after door openings

Ideal for microbial growth, protein expression, enzyme reactions, and cell culture

—

🔄 Smooth Orbital Shaking Mechanism

Vibration-free, stable orbital motion

Suitable for flasks, tubes, and culture plates

Adjustable speed range (model dependent) ensures optimal aeration

—

🧪 Large Capacity Chamber

Spacious interior accommodates multiple flask sizes

Stainless steel platform with clamps/racks

Ideal for high-throughput shaking applications

—

💨 Forced Air Circulation System

Ensures even heat distribution

Prevents formation of hot and cold spots

Maintains consistent incubation conditions for long-term studies

—

📟 Intelligent Digital Control Panel

LED or touchscreen display

Precise control of temperature, speed, and timer

Microprocessor control for reliable and repeatable operation

—

📊 Typical Applications

Microbial & bacterial culture growth

Cell suspension culture

Protein expression studies

Fermentation and aerobic culturing

Solubility testing and extraction

Enzyme kinetics and biochemical reactions

—

💡 Why Choose This Model?

Combines temperature-controlled incubation with uniform orbital mixing

Ensures high oxygen transfer and nutrient distribution

Excellent stability and reproducibility for research workflows

Quiet, energy-efficient, and suitable for continuous operation

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