Description

The ORBITAL SHAKER is a precision-engineered laboratory mixing system designed to deliver smooth, circular (orbital) shaking for uniform blending of samples across a wide range of applications. With stable speed control, low-noise operation, and compatibility with multiple vessel types, it ensures efficient mixing for biological, chemical, and analytical workflows.

Perfect for cell culture, solubility studies, staining, incubation, sample extraction, and general laboratory mixing in research institutes, biotech labs, pharmaceuticals, and academic environments.

—

✅ Key Features

—

🔄 Smooth Orbital Motion

Provides consistent circular shaking
Ensures complete mixing for liquids, suspensions & culture media
Reduces sample variability and enhances reproducibility

—

⚙ Wide Speed Range (Model Dependent)

Stable, adjustable shaking speed for delicate to vigorous mixing
Ideal for sensitive cell cultures as well as robust shaking protocols
Maintains accuracy even during long-term continuous operation

—

📐 Optimized Orbital Diameter

Orbital diameter designed for efficient aeration & mixing
Enhances oxygen transfer for microbial and cell culture workflows
Supports uniform reagent distribution

—

🧪 Large & Versatile Platform

Accommodates:
✔ Conical flasks (50 ml to 2000 ml)
✔ Bottles
✔ Petri dishes
✔ Tube racks
✔ Microplates
Anti-slip platform surface ensures safe sample placement

—

🔌 Digital or Analog Control Interface

Digital models feature real-time speed display
User-friendly design for quick setup and reliable operation
Silent, energy-efficient motor for smooth shaking

—

🛡 Durable Construction

Robust body for extended service life
Low vibration ensures stable mixing
Designed for continuous 24/7 laboratory operation

—

📊 Typical Applications

Cell culture and bacterial growth
Solubility and extraction studies
Staining and de-staining gels
General mixing of reagents & buffers
Immunoassays and incubation workflows
Pharmaceutical & biotech R&D

—

💡 Why Choose This Model?

Delivers precise and uniform orbital shaking
Ensures reproducible results across multiple vessels
Quiet, stable, and built for continuous operation
Perfect for research, industrial, and academic laboratories