Ohaus Accessories Shakers Universal Platform (30400057)

Ohaus Accessories Shakers Universal Platform (30400057)

Description

The Accessories Shakers Ohaus Universal Platform (30400057) is a heavy-duty stainless steel platform engineered to expand the capacity and adaptability of OHAUS laboratory shakers. With a generous 61 × 61 cm (24 × 24 in) working surface, it provides a stable base ideal for securing multiple vessels, larger flasks, and various racks simultaneously. Built for demanding laboratory environments, the platform offers exceptional strength, corrosion resistance, and consistent stability during high-speed or long-duration shaking processes.

Features

• Universal compatibility with multiple OHAUS shaker models

• Durable stainless steel construction for long-term, corrosion-resistant performance

• Large 61 × 61 cm surface ideal for high-volume sample placement

• High stability for vibration-free operation even with heavy loads

• Customizable setup compatible with OHAUS clamps, flask holders, and tube racks

• Simple installation and removal for efficient experimental workflow

Applications

• Cell culture and biological sample processing

• Chemical mixing and solubility studies

• General laboratory agitation, incubation, and mixing tasks

• High-throughput sample handling in research, pharmaceutical, and biotechnology labs

Specifications

• Model number: 30400057

• Type: Universal platform

• Material: Stainless steel

• Dimensions (L×W): 61 × 61 cm (24 × 24 in)

• Compatibility: Suitable for OHAUS open-air and incubating shaker models

• Function: Serves as a stable base for clamps, racks, and various vessel holders

Conclusion

The Ohaus Universal Platform (30400057) delivers exceptional capacity, durability, and operational stability, making it an excellent choice for laboratories requiring flexible, high-volume shaker configurations. Its robust stainless steel construction and compatibility with a wide range of OHAUS accessories ensure reliable performance in demanding mixing and incubation applications.