Fisher Anatomical Spatula Corning Double-ended 9.8 Inch Polystyrene (100/CS)

Yes, these spatulas are specifically manufactured to be RNAse-free and DNAse-free, ensuring the integrity of your most sensitive molecular biology samples.

Absolutely. They are crafted with antistatic properties, which makes them ideal for the precise handling of powders or fine materials without the common issue of static cling.

Yes, each spatula is radiation sterilized and nonpyrogenic. They arrive ready to use, providing the high level of cleanliness required for experimental reliability.

The double-ended configuration offers maximum versatility, allowing researchers to switch between different mechanical functions—such as scooping, scraping, or transferring samples—using a single implement.

These tools are designed as laboratory-grade instruments. While they meet rigorous standards for nonpyrogenic and sterile conditions, they are specifically optimized for research, analytical, and molecular biology applications.

Yes, these are designed as disposable, single-use implements. This approach eliminates the need for cleaning and prevents cross-contamination between sensitive experimental procedures.

Yes, these are constructed from durable, high-quality polystyrene. They provide the necessary rigidity required for accurate sample collection and processing while maintaining a lightweight feel.

Each spatula measures 9.8 inches in length, providing ample reach for most standard laboratory containers and sample collection tasks.

These spatulas feature a smooth, matte surface texture achieved through high-quality, injection-molded construction, ensuring they are free from debris or rough edges that could compromise a sample.

Each order is supplied as a case containing 100 units, offering an efficient, high-volume solution for busy laboratory environments.