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Screw Caps with O-Rings. (SCO-B-S) For 1.5mL and 2.0mL tubes. Polypropylene. Blue. Pre-sterilized. 500 Caps/Unit. 8 Units/Case.

Screw Caps with O-Rings. (SCO-BR-S) For 1.5mL and 2.0mL tubes. Polypropylene. Brown. Pre-sterilized. 500 Caps/Unit. 8 Units/Case.

Screw Caps with O-Rings. (SCO-G-S) For 1.5mL and 2.0mL tubes. Polypropylene. Green. Pre-sterilized. 500 Caps/Unit. 8 Units/Case.

Screw Caps with O-Rings. (SCO-O-S) For 1.5mL and 2.0mL tubes. Polypropylene. Orange. Pre-sterilized. 500 Caps/Unit. 8 Units/Case.

Screw Caps with O-Rings. (SCO-R-S) For 1.5mL and 2.0mL tubes. Polypropylene. Red. Pre-sterilized. 500 Caps/Unit. 8 Units/Case.

Screw Caps with O-Rings. (SCO-W-S) For 1.5mL and 2.0mL tubes. Polypropylene. White. Pre-sterilized. 500 Caps/Unit. 8 Units/Case.

Screw Caps with O-Rings. (SCO-Y-S) For 1.5mL and 2.0mL tubes. Polypropylene. Yellow. Pre-sterilized. 500 Caps/Unit. 8 Units/Case.

Filtered tips are ideal for molecular and microbiology applications in which carryover contamination can invalidate results. The filter position allows for sufficient space between the sample and filter at the maximum rated volume and in case of overpipetting, the sample can be easily recovered by dispensing. Filters are made from polyethylene and contain no PCR† inhibitors. Tips are designed to fit a wide variety of single-channel and multichannel pipettors. Flexible walls and a series of internal sealing rings ensure a secure fit and require less force to load and eject. Accuracy and precision testing is performed for every

Hydrophobic Filter Barrier Pipet Tips, Axygen Scientific Filtered tips are ideal for molecular and microbiology applications in which carryover contamination can invalidate results. The filter position allows for sufficient space between the sample and filter at the maximum rated volume and in case of overpipetting, the sample can be easily recovered by dispensing. Filters are made from polyethylene and contain no PCR† inhibitors. Tips are designed to fit a wide variety of single-channel and multichannel pipettors. Flexible walls and a series of internal sealing rings ensure a secure fit and require less force to load and eject. Accuracy

Filtered tips are ideal for molecular and microbiology applications in which carryover contamination can invalidate results. The filter position allows for sufficient space between the sample and filter at the maximum rated volume and in case of overpipetting, the sample can be easily recovered by dispensing. Filters are made from polyethylene and contain no PCR† inhibitors. Tips are designed to fit a wide variety of single-channel and multichannel pipettors. Flexible walls and a series of internal sealing rings ensure a secure fit and require less force to load and eject. Accuracy and precision testing is performed for every

Filtered tips are ideal for molecular and microbiology applications in which carryover contamination can invalidate results. The filter position allows for sufficient space between the sample and filter at the maximum rated volume and in case of overpipetting, the sample can be easily recovered by dispensing. Filters are made from polyethylene and contain no PCR† inhibitors. Tips are designed to fit a wide variety of single-channel and multichannel pipettors. Flexible walls and a series of internal sealing rings ensure a secure fit and require less force to load and eject. Accuracy and precision testing is performed for every

Filtered tips are ideal for molecular and microbiology applications in which carryover contamination can invalidate results. The filter position allows for sufficient space between the sample and filter at the maximum rated volume and in case of overpipetting, the sample can be easily recovered by dispensing. Filters are made from polyethylene and contain no PCR† inhibitors. Tips are designed to fit a wide variety of single-channel and multichannel pipettors. Flexible walls and a series of internal sealing rings ensure a secure fit and require less force to load and eject. Accuracy and precision testing is performed for every

Filtered tips are ideal for molecular and microbiology applications in which carryover contamination can invalidate results. The filter position allows for sufficient space between the sample and filter at the maximum rated volume and in case of overpipetting, the sample can be easily recovered by dispensing. Filters are made from polyethylene and contain no PCR† inhibitors. Tips are designed to fit a wide variety of single-channel and multichannel pipettors. Flexible walls and a series of internal sealing rings ensure a secure fit and require less force to load and eject. Accuracy and precision testing is performed for every

Hydrophobic Filter Barrier Pipet Tips, Axygen Scientific Filtered tips are ideal for molecular and microbiology applications in which carryover contamination can invalidate results. The filter position allows for sufficient space between the sample and filter at the maximum rated volume and in case of overpipetting, the sample can be easily recovered by dispensing. Filters are made from polyethylene and contain no PCR† inhibitors. Tips are designed to fit a wide variety of single-channel and multichannel pipettors. Flexible walls and a series of internal sealing rings ensure a secure fit and require less force to load and eject. Accuracy

Hydrophobic Filter Barrier Pipet Tips, Axygen Scientific Filtered tips are ideal for molecular and microbiology applications in which carryover contamination can invalidate results. The filter position allows for sufficient space between the sample and filter at the maximum rated volume and in case of overpipetting, the sample can be easily recovered by dispensing. Filters are made from polyethylene and contain no PCR† inhibitors. Tips are designed to fit a wide variety of single-channel and multichannel pipettors. Flexible walls and a series of internal sealing rings ensure a secure fit and require less force to load and eject. Accuracy

Hydrophobic Filter Barrier Pipet Tips, Axygen Scientific Filtered tips are ideal for molecular and microbiology applications in which carryover contamination can invalidate results. The filter position allows for sufficient space between the sample and filter at the maximum rated volume and in case of overpipetting, the sample can be easily recovered by dispensing. Filters are made from polyethylene and contain no PCR† inhibitors. Tips are designed to fit a wide variety of single-channel and multichannel pipettors. Flexible walls and a series of internal sealing rings ensure a secure fit and require less force to load and eject. Accuracy

Hydrophobic Filter Barrier Pipet Tips, Axygen Scientific Filtered tips are ideal for molecular and microbiology applications in which carryover contamination can invalidate results. The filter position allows for sufficient space between the sample and filter at the maximum rated volume and in case of overpipetting, the sample can be easily recovered by dispensing. Filters are made from polyethylene and contain no PCR† inhibitors. Tips are designed to fit a wide variety of single-channel and multichannel pipettors. Flexible walls and a series of internal sealing rings ensure a secure fit and require less force to load and eject. Accuracy

Hydrophobic Filter Barrier Pipet Tips, Axygen Scientific Filtered tips are ideal for molecular and microbiology applications in which carryover contamination can invalidate results. The filter position allows for sufficient space between the sample and filter at the maximum rated volume and in case of overpipetting, the sample can be easily recovered by dispensing. Filters are made from polyethylene and contain no PCR† inhibitors. Tips are designed to fit a wide variety of single-channel and multichannel pipettors. Flexible walls and a series of internal sealing rings ensure a secure fit and require less force to load and eject. Accuracy

Filtered tips are ideal for molecular and microbiology applications in which carryover contamination can invalidate results. The filter position allows for sufficient space between the sample and filter at the maximum rated volume and in case of overpipetting, the sample can be easily recovered by dispensing. Filters are made from polyethylene and contain no PCR† inhibitors. Tips are designed to fit a wide variety of single-channel and multichannel pipettors. Flexible walls and a series of internal sealing rings ensure a secure fit and require less force to load and eject. Accuracy and precision testing is performed for every

Filtered tips are ideal for molecular and microbiology applications in which carryover contamination can invalidate results. The filter position allows for sufficient space between the sample and filter at the maximum rated volume and in case of overpipetting, the sample can be easily recovered by dispensing. Filters are made from polyethylene and contain no PCR† inhibitors. Tips are designed to fit a wide variety of single-channel and multichannel pipettors. Flexible walls and a series of internal sealing rings ensure a secure fit and require less force to load and eject. Accuracy and precision testing is performed for every