Bring quick, neat, and reliable labeling to your microbiology workflow with PetriStickers™. These convenient, pre-printed adhesive templates are designed to be applied to the bottom of a petri dish, providing an instant grid for colony counting, sectoring, or other applications. The labels are made with water-resistant ink and adhesive, ensuring...

Create instant, single-well chambers directly on a standard microscope slide with these convenient Slide-Wells™. These pre-cut, adhesive stickers feature a circular well that firmly adheres to a glass slide, providing a contained area for examining specimens. They are perfect for counting tissue culture cells, yeast, bacteria, and other microorganisms under...

Abdos Cell Spreaders are laboratory tools designed to evenly spread and disperse liquids onto the surface of agar or other culture media plates without damaging the medium by gouging or cutting. These sterile spreaders are available in three different shapes to suit various user preferences and applications: Triangular (made from...

Reliably identify your smallest laboratory samples with Teeny Tough-Tags®. These miniature, rectangular labels are specifically designed for labeling low-volume tubes, such as 0.2ml and 0.5ml microtubes and PCR tubes, where space is extremely limited. Made from a durable, chemically inert material, these write-on tags are built to withstand moderate freezer...

Create sharp, detailed labels on your smallest samples with the Teeny Writer. This retractable, extra-fine tip marker is perfect for writing clearly on microtubes, PCR tubes, and other small labels where space is limited. The convenient, click-to-open design means there's no cap to lose. The permanent black ink is ideal...

Rely on the industry standard for cryogenic vial identification with Tough-Spots®. These 0.375-inch (9.5mm) labels are perfectly sized for the tops of 1.5ml and 2.0ml microtubes and other common lab vials. Made from durable PVC, these versatile spots withstand the most extreme temperatures, from long-term storage in liquid nitrogen at...

Rely on the industry standard for cryogenic vial identification with Tough-Spots®. These 0.375-inch (9.5mm) labels are perfectly sized for the tops of 1.5ml and 2.0ml microtubes and other common lab vials. Made from durable PVC, these versatile spots withstand the most extreme temperatures, from long-term storage in liquid nitrogen at...

Supercharge the growth of your most demanding aerobic cultures with Breathe-Easier™ Tube Membranes. Engineered for applications requiring a significantly higher rate of gas exchange, these self-adhesive seals are perfect for vigorous microbial or high-density cell cultures in microtubes. The advanced membrane provides rapid and uniform transmission of oxygen and carbon...

Rely on the industry standard for cryogenic vial identification with Tough-Spots®. These 0.375-inch (9.5mm) labels are perfectly sized for the tops of 1.5ml and 2.0ml microtubes and other common lab vials. Made from durable PVC, these versatile spots withstand the most extreme temperatures, from long-term storage in liquid nitrogen at...

Print durable, cryogenic-safe labels with the high-resolution quality of a thermal transfer printer using Cryo-Babies®. These miniature wrap-around labels are specifically designed for identifying small-volume tubes, such as microtubes and PCR tubes. When printed with a compatible ribbon, the resulting text and barcodes are crisp, permanent, and smear-proof. Engineered for...

Abdos Cell Spreaders are laboratory tools designed to evenly spread and disperse liquids onto the surface of agar or other culture media plates without damaging the medium by gouging or cutting. These sterile spreaders are available in three different shapes to suit various user preferences and applications: Triangular (made from...

Rely on the industry standard for cryogenic vial identification with Tough-Spots®. These 0.375-inch (9.5mm) labels are perfectly sized for the tops of 1.5ml and 2.0ml microtubes and other common lab vials. Made from durable PVC, these versatile spots withstand the most extreme temperatures, from long-term storage in liquid nitrogen at...

Rely on the industry standard for cryogenic vial identification with Tough-Spots®. These 0.375-inch (9.5mm) labels are perfectly sized for the tops of 1.5ml and 2.0ml microtubes and other common lab vials. Made from durable PVC, these versatile spots withstand the most extreme temperatures, from long-term storage in liquid nitrogen at...

Print durable, cryogenic-safe labels with the high-resolution quality of a thermal transfer printer using Cryo-Babies®. These miniature wrap-around labels are specifically designed for identifying small-volume tubes, such as microtubes and PCR tubes. When printed with a compatible ribbon, the resulting text and barcodes are crisp, permanent, and smear-proof. Engineered for...

Transform your water bath or ice bucket into a clean, dry, and convenient sample station with Thermal Micro Beads. These solid glass beads replace water or ice, creating a one-size-fits-all dry bath that securely supports a wide variety of sample vessels, including tubes, bottles, and microplates. The beads effectively eliminate...

Rely on the industry standard for cryogenic vial identification with Tough-Spots®. These 0.375-inch (9.5mm) labels are perfectly sized for the tops of 1.5ml and 2.0ml microtubes and other common lab vials. Made from durable PVC, these versatile spots withstand the most extreme temperatures, from long-term storage in liquid nitrogen at...

These microcentrifuge tubes are manufactured from high-purity, medical-grade polypropylene and are designed for a wide range of molecular biology and biochemistry applications. They are engineered to be boil-proof and can withstand temperatures from -80°C to 121°C, making them suitable for various organic solvents. The tubes feature an integral snap cap...

Rely on the industry standard for cryogenic vial identification with Tough-Spots®. These 0.375-inch (9.5mm) labels are perfectly sized for the tops of 1.5ml and 2.0ml microtubes and other common lab vials. Made from durable PVC, these versatile spots withstand the most extreme temperatures, from long-term storage in liquid nitrogen at...

Perform your high-throughput assays while reducing your lab's environmental impact with Planet-Safe® 96-well Microplates. These innovative plates are made entirely from PLA, a 100% plant-based biopolymer, offering a sustainable alternative to traditional petroleum-based plastics. The naturally hydrophilic surface promotes excellent cell attachment and proliferation for anchorage-dependent cells without the need...

Perform your high-throughput assays while reducing your lab's environmental impact with Planet-Safe® 96-well Microplates. These innovative plates are made entirely from PLA, a 100% plant-based biopolymer, offering a sustainable alternative to traditional petroleum-based plastics. The naturally hydrophilic surface promotes excellent cell attachment and proliferation for anchorage-dependent cells without the need...

Print durable, cryogenic-safe labels with the high-resolution quality of a thermal transfer printer using Cryo-Babies®. These miniature wrap-around labels are specifically designed for identifying small-volume tubes, such as microtubes and PCR tubes. When printed with a compatible ribbon, the resulting text and barcodes are crisp, permanent, and smear-proof. Engineered for...

Cultivate your cells with confidence while reducing your lab's environmental impact with Planet-Safe® Cell Culture Dishes. These innovative dishes are made entirely from PLA, a 100% plant-based biopolymer, offering a sustainable alternative to traditional petroleum-based plastics. The naturally hydrophilic surface promotes excellent cell attachment and proliferation for anchorage-dependent cells without...

Perform your high-throughput assays while reducing your lab's environmental impact with Planet-Safe® 96-well Microplates. These innovative plates are made entirely from PLA, a 100% plant-based biopolymer, offering a sustainable alternative to traditional petroleum-based plastics. The naturally hydrophilic surface promotes excellent cell attachment and proliferation for anchorage-dependent cells without the need...