Ohaus Accessories Shaker Culture Platform with Mat

Ohaus Accessories Shaker Culture Platform with Mat

Product Description

The Accessories Shaker Ohaus Culture Platform with Mat is a precision-built stainless steel platform designed to support various laboratory vessels securely during shaking operations. Equipped with a non-slip rubber mat, it ensures stable placement of flasks, dishes, and bottles, preventing slippage even at high speeds. With its spacious 45.7 × 45.7 cm (18 × 18 in) surface, this platform delivers uniform motion and reliable support, making it ideal for laboratories performing cell culture, microbial growth, and general mixing applications.

Features

• Integrated Non-Slip Mat – Prevents containers from sliding during shaking for enhanced safety and consistency.

• Durable Stainless Steel Construction – Ensures corrosion resistance, structural strength, and easy maintenance.

• Large Platform Area – 45.7 × 45.7 cm surface accommodates multiple vessels for efficient workflows.

• Stable and Smooth Operation – Minimizes vibration and noise for uniform mixing results.

• Broad Compatibility – Designed to fit various OHAUS shaker models for flexible laboratory integration.

• Easy to Clean and Reuse – Smooth, non-porous surfaces allow for quick maintenance and long-term durability.

Applications

The OHAUS Culture Platform with Mat is suitable for:

• Cell culture and microbial growth studies

• General liquid mixing and solubility testing

• Chemical, biological, and microbiological laboratories

• Routine sample agitation and incubation procedures

Specifications

• Type: Culture Platform
• Material: Stainless Steel with Non-Slip Rubber Mat
• Dimensions (L × W): 45.7 × 45.7 cm (18 × 18 in)
• Compatibility: For OHAUS open-air and incubating shakers
• Function: Provides a stable, non-slip surface for culture flasks, dishes, and laboratory vessels

Conclusion

The OHAUS Culture Platform with Mat combines strength, stability, and versatility, offering a reliable solution for laboratories that require consistent sample mixing and secure vessel handling.