The Perfect Cell And Tissue Culture Plates, 96 Well, Detachable,8x12, Non-treated, Sterile, 100piece(s)/case For Kids [g67KbUR8]

High-Quality Cell and Tissue Culture Plates

Our Cell and Tissue Culture Plates, 96 well, Detachable, are designed for precision and convenience in your laboratory experiments. These plates offer a uniform thickness of the bottom, ensuring smooth and clean surfaces free of deformation. With a uniform well size, these plates provide consistent performance for your experiments.

• Uniform thickness and well size for consistent results
• Detachable 8-well strips for versatile usage

The transparent design of the plates enhances their optical properties, making it easy to observe and analyze your samples under a microscope. The detachable strips are suitable for a wide range of experiments, allowing for flexibility and efficiency in your workflow.

Advanced Features and Specifications

Our plates come with a unique one-way cover design for easy identification, ensuring operational consistency and reducing the risk of errors. The clear alphanumeric labels are easy to distinguish and identify, allowing for quick and accurate recording of your data.

• One-way cover design for easy identification
• Clear alphanumeric labels for quick and accurate recording

Additionally, the hole edge design of the plates helps prevent cross-contamination, ensuring the integrity of your experiments. The non-slip surface and easy-to-hold feature minimize contact area, reducing the risk of contamination and improving overall safety.

Practical and Space-Saving Design

These plates are not just about quality and functionality; they are also designed with practicality in mind. The ability to stack the plates saves space in your laboratory, while also improving compatibility with your existing equipment.

• Stackable for space-saving and compatibility
• Sterilized by irradiation, SAL 10^-6

Our Cell and Tissue Culture Plates are sterilized by irradiation, ensuring a SAL of 10^-6. They are DNase/RNase-free, non-pyrogenic, and non-cytotoxic, making them ideal for sensitive experiments where purity and safety are paramount.