Ohaus Accessories Shaker Double Tier Platform Kit Rocker

Ohaus Accessories Shaker Double Tier Platform Kit Rocker

Product Description

The Accessories Shaker Ohaus Double Tier Platform Kit Rocker is a precision-engineered stainless steel platform system designed to expand the workspace and enhance efficiency on OHAUS rocking and waving shakers. Its two-tier design provides additional surface area for holding flasks, bottles, or plates, enabling laboratories to process more samples at once without compromising stability. Built from durable, corrosion-resistant stainless steel, this platform ensures long-term performance, easy maintenance, and consistent operation in demanding laboratory conditions.

Features

• Double-Tier Design – Increases sample capacity and optimizes vertical space for improved productivity.

• Stainless Steel Construction – Offers superior durability, corrosion resistance, and easy cleaning.

• Stable Support Structure – Minimizes vibration and maintains balance during rocking or shaking motion.

• Compatible with OHAUS Rockers – Designed for seamless integration with OHAUS open-air rockers and waving shakers.

• Easy Assembly and Adjustment – Allows quick installation and flexible vessel arrangement.

• Smooth Surface Finish – Prevents contamination and simplifies cleaning after use.

Applications

The OHAUS Double Tier Platform Kit for Rocker is ideal for:

• Cell culture and sample incubation

• Gel staining and decolorization

• Reagent mixing and washing procedures

• General laboratory shaking and rocking tasks in molecular biology, microbiology, and clinical environments

Specifications

Type: Double Tier Platform Kit
Material: Stainless Steel
Dimensions (L × W): 35.6 × 28 cm (14 × 11 in)
Compatibility: Designed for OHAUS Rockers and Waving Shakers
Function: Expands working surface and enhances sample throughput

Conclusion

The OHAUS Double Tier Platform Kit Rocker provides an efficient, durable, and easy-to-maintain solution for laboratories seeking to maximize productivity and ensure stable, consistent sample processing.