B-One CLAMP ORBITAL SHAKER Model COS-490

The B-One CLAMP ORBITAL SHAKER Model COS-490

The B-One CLAMP ORBITAL SHAKER Model COS-490 is a powerful and versatile laboratory shaker, designed for precision and efficiency in mixing and agitation tasks. Featuring a large platform and advanced shaking capabilities, it effectively handles a wide variety of applications. Whether you need uniform mixing for small or large flasks, the COS-490 delivers reliable and consistent results. This shaker is ideal for high-throughput laboratories due to its outstanding capacity and robust design.

Features

• Dual Shaking Modes: The shaker supports both convolution and reciprocation patterns, making it versatile for different experimental needs.
• Wide Cyclotron Frequency Range: It operates between 40 and 300 rpm, with an accuracy of ±1 rpm, ensuring precise mixing every time.
• Optimized Orbit Diameter: The 26mm orbit diameter ensures uniform sample mixing for maximum efficiency.
• Extended Timer Control: The timer can be set between 0 and 990 minutes, allowing for long-duration mixing without manual interruptions.
• Massive Platform Capacity: The 490 x 490 mm platform can hold up to 25 flasks of 250ml or equivalent, making it suitable for large-scale operations.
• High Power Output: Equipped with a 500W motor, it provides the strength required for demanding tasks.
• Compact Design: Despite its large platform, the COS-490 fits well in limited spaces with dimensions of 510 x 540 x 230 mm.
• Flexible Flask Compatibility: The shaker accommodates a wide range of flask sizes, from 50ml to 2L, with specific capacities for each.

Applications

• Biotechnology and Cell Biology: Ideal for mixing cell cultures, bacterial suspensions, and enzyme reactions during research and production.
• Chemical and Material Sciences: Ensures reliable sample agitation for preparation, reaction studies, and homogenization.
• Pharmaceuticals: Supports high-capacity mixing, which is essential for drug development and testing applications.
• Industrial Laboratories: Perfect for large-scale quality control in food, beverage, and chemical manufacturing.
• Educational and Research Institutions: Suitable for laboratory courses and experiments that require precise, high-capacity mixing.

Specifications