Tarson 3053/3063 Spare Dish Attachment for SPINIX Orbital Shaker

The Tarson 3053/3063 Spare Dish Attachment is an accessory designed for use with the SPINIX Orbital Shaker. Here are its key features and functions:

1. Compatibility: The spare dish attachment is specifically designed to fit the Tarson SPINIX Orbital Shaker model 3053 or 3063. It serves as a replacement or additional attachment for the shaker platform.

2. Functionality: The dish attachment provides a stable platform for holding various types of vessels, such as petri dishes, culture plates, or microplates, during orbital shaking. It ensures secure placement and prevents slippage or movement of the vessels during operation.

3. Durable Construction: Constructed from high-quality materials, the dish attachment is durable and designed to withstand the rigors of laboratory use. It is resistant to corrosion and damage, ensuring long-term reliability and performance.

4. Easy Installation: The attachment is designed for easy installation and removal from the orbital shaker platform, allowing for quick setup and adjustment as needed. It securely locks into place to ensure stability during operation.

5. Versatility: The spare dish attachment offers versatility in accommodating different types and sizes of vessels, making it suitable for a wide range of laboratory applications, including cell culture, microbiology, and molecular biology.

6. Replacement Part: In the event of damage or wear, the spare dish attachment serves as a convenient replacement part for the original attachment included with the SPINIX Orbital Shaker. It helps extend the lifespan of the shaker and ensures continued functionality.

7. Compatibility: The spare dish attachment is designed to work seamlessly with other accessories and components of the Tarson SPINIX Orbital Shaker, allowing for customized configurations to meet specific experimental needs.

Overall, the Tarson 3053/3063 Spare Dish Attachment for the SPINIX Orbital Shaker provides a reliable and versatile solution for holding vessels securely during orbital shaking applications in the laboratory. Its durable construction, easy installation, and compatibility with various vessel types make it an essential accessory for efficient and effective laboratory shaking operations.