These syringes are designed to work with Waters U6K HPLC injection valves. Syringes in this category are either Gastight® 1700 and 1800 series syringes or Microliter™ 800 series syringes. Gastight® syringes feature a PTFE plunger tip that creates tight connection between the syringe barrel and plunger allowing for liquid or gas sampling, and a fluid path that includes SST, borosilicate glass, and PTFE. Microliter™ syringes feature a stainless steel plunger that is hand fitted to the glass barrel and are designed for liquid sampling. Microliter™ syringes have a fluid path that includes SST and borosilicate glass. Syringe Termination: Needles are removable and are a Hamilton-specific design. The design allows the needles to seat precisely at the zero graduation mark of the syringe. Users can select the needle gauge, length, and point style to optimize the syringe for custom applications. This termination also allows for a removable needle without increasing the dead volume of the syringe and is ideal when there is a risk of the needle clogging. Autoclavable when disassembled. Repeated autoclaving will shorten syringe life. Gas sterilizable. Needle Point Style: Point style 3 is a blunt needle point for use with HPLC injection valves and for sample pipettin

These syringes are designed to work with Waters U6K HPLC injection valves. Syringes in this category are either Gastight® 1700 and 1800 series syringes or Microliter™ 800 series syringes. Gastight® syringes feature a PTFE plunger tip that creates tight connection between the syringe barrel and plunger allowing for liquid or gas sampling, and a fluid path that includes SST, borosilicate glass, and PTFE. Microliter™ syringes feature a stainless steel plunger that is hand fitted to the glass barrel and are designed for liquid sampling. Microliter™ syringes have a fluid path that includes SST and borosilicate glass. Syringe Termination: Needles are removable and are a Hamilton-specific design. The design allows the needles to seat precisely at the zero graduation mark of the syringe. Users can select the needle gauge, length, and point style to optimize the syringe for custom applications. This termination also allows for a removable needle without increasing the dead volume of the syringe and is ideal when there is a risk of the needle clogging. Autoclavable when disassembled. Repeated autoclaving will shorten syringe life. Gas sterilizable. Needle Point Style: Point style 3 is a blunt needle point for use with HPLC injection valves and for sample pipettin

These syringes are designed to work with Waters U6K HPLC injection valves. Syringes in this category are either Gastight® 1700 and 1800 series syringes or Microliter™ 800 series syringes. Gastight® syringes feature a PTFE plunger tip that creates tight connection between the syringe barrel and plunger allowing for liquid or gas sampling, and a fluid path that includes SST, borosilicate glass, and PTFE. Microliter™ syringes feature a stainless steel plunger that is hand fitted to the glass barrel and are designed for liquid sampling. Microliter™ syringes have a fluid path that includes SST and borosilicate glass. Syringe Termination: Needles are removable and are a Hamilton-specific design. The design allows the needles to seat precisely at the zero graduation mark of the syringe. Users can select the needle gauge, length, and point style to optimize the syringe for custom applications. This termination also allows for a removable needle without increasing the dead volume of the syringe and is ideal when there is a risk of the needle clogging. Autoclavable when disassembled. Repeated autoclaving will shorten syringe life. Gas sterilizable. Needle Point Style: Point style 3 is a blunt needle point for use with HPLC injection valves and for sample pipettin

These syringes are the Gastight® version of the original 700 series syringes and are ideal for dispensing volumes from 1μL up to 500μL. Gastight® syringes are ideal for dispensing both liquids and gases and have a precision-machined PTFE plunger tip which creates a leak-free seal. With the tight fit, the tip essentially wipes the interior of the syringe barrel free of sample. This feature is particularly useful with heterogeneous samples as it reduces the chance that a deposit will occur and cause the plunger to freeze. Fluid path includes SST, borosilicate glass, and PTFE. Syringes are gas sterilizable. A variety of different terminations and needle point styles are available. Terminations include cemented needle, removable needle, luer tip, and PTFE luer lock. Syringe Terminations: Cemented needles for low volume syringes are cemented into the glass syringe barrel at a point corresponding to the zero graduation mark. With this termination, dead volume is limited to the internal volume of the needle. Not autoclavable. Needle gauge is determined by the syringe volume and are not user-selectable. Removable needles are a Hamilton-specific design. The design allows the needles to seat precisely at the zero graduation mark of the syringe. Users can select the needle gauge, length, and point style to optimize the syringe for custom applications. This termination allows for a removable needle without increasing the dead volume of the syringe and is ideal when there is a risk of the needle clogging. Autoclavable when disassembled. Repeated autoclaving will shorten syringe life. Luer tip needles are removable and fit over a ground glass hub which is tapered in the shape of a male luer. This termination will accept most hypodermic needles but was designed specifically for use with Hamilton Kel-F needles. This termination also increases the dead volume in the syringe, which may not be appropriate for some applications. Autoclavable to 115°C when disassembled. PTFE luer lock termination has a PTFE, male Luer taper with nickelplated brass locking hub for use with Kel-F needles, metal hub needles, and universal connectors. It is also used with Hamilton diluters/dispensers, OEM applications, and manual operations. The version with slots is used during the attachment to some instruments but does not effect the connection to needles. Not autoclavable (25mL and greater syringes). Needle Point Styles: Point style 2 is a sharp, beveled, curved, non-coring needle point recommended for septum penetration. Point style 3 is a blunt needle point for use with HPLC injection valves and for sample pipetting. Point style 5 is a conical needle with side port for penetration of septa, thin-gauged vinyls and plastics without coring.

These syringes are the Gastight® version of the original 700 series syringes and are ideal for dispensing volumes from 1μL up to 500μL. Gastight® syringes are ideal for dispensing both liquids and gases and have a precision-machined PTFE plunger tip which creates a leak-free seal. With the tight fit, the tip essentially wipes the interior of the syringe barrel free of sample. This feature is particularly useful with heterogeneous samples as it reduces the chance that a deposit will occur and cause the plunger to freeze. Fluid path includes SST, borosilicate glass, and PTFE. Syringes are gas sterilizable. A variety of different terminations and needle point styles are available. Terminations include cemented needle, removable needle, luer tip, and PTFE luer lock. Syringe Terminations: Cemented needles for low volume syringes are cemented into the glass syringe barrel at a point corresponding to the zero graduation mark. With this termination, dead volume is limited to the internal volume of the needle. Not autoclavable. Needle gauge is determined by the syringe volume and are not user-selectable. Removable needles are a Hamilton-specific design. The design allows the needles to seat precisely at the zero graduation mark of the syringe. Users can select the needle gauge, length, and point style to optimize the syringe for custom applications. This termination allows for a removable needle without increasing the dead volume of the syringe and is ideal when there is a risk of the needle clogging. Autoclavable when disassembled. Repeated autoclaving will shorten syringe life. Luer tip needles are removable and fit over a ground glass hub which is tapered in the shape of a male luer. This termination will accept most hypodermic needles but was designed specifically for use with Hamilton Kel-F needles. This termination also increases the dead volume in the syringe, which may not be appropriate for some applications. Autoclavable to 115°C when disassembled. PTFE luer lock termination has a PTFE, male Luer taper with nickelplated brass locking hub for use with Kel-F needles, metal hub needles, and universal connectors. It is also used with Hamilton diluters/dispensers, OEM applications, and manual operations. The version with slots is used during the attachment to some instruments but does not effect the connection to needles. Not autoclavable (25mL and greater syringes). Needle Point Styles: Point style 2 is a sharp, beveled, curved, non-coring needle point recommended for septum penetration. Point style 3 is a blunt needle point for use with HPLC injection valves and for sample pipetting. Point style 5 is a conical needle with side port for penetration of septa, thin-gauged vinyls and plastics without coring.

These syringes are the Gastight® version of the original 700 series syringes and are ideal for dispensing volumes from 1μL up to 500μL. Gastight® syringes are ideal for dispensing both liquids and gases and have a precision-machined PTFE plunger tip which creates a leak-free seal. With the tight fit, the tip essentially wipes the interior of the syringe barrel free of sample. This feature is particularly useful with heterogeneous samples as it reduces the chance that a deposit will occur and cause the plunger to freeze. Fluid path includes SST, borosilicate glass, and PTFE. Syringes are gas sterilizable. A variety of different terminations and needle point styles are available. Terminations include cemented needle, removable needle, luer tip, and PTFE luer lock. Syringe Terminations: Cemented needles for low volume syringes are cemented into the glass syringe barrel at a point corresponding to the zero graduation mark. With this termination, dead volume is limited to the internal volume of the needle. Not autoclavable. Needle gauge is determined by the syringe volume and are not user-selectable. Removable needles are a Hamilton-specific design. The design allows the needles to seat precisely at the zero graduation mark of the syringe. Users can select the needle gauge, length, and point style to optimize the syringe for custom applications. This termination allows for a removable needle without increasing the dead volume of the syringe and is ideal when there is a risk of the needle clogging. Autoclavable when disassembled. Repeated autoclaving will shorten syringe life. Luer tip needles are removable and fit over a ground glass hub which is tapered in the shape of a male luer. This termination will accept most hypodermic needles but was designed specifically for use with Hamilton Kel-F needles. This termination also increases the dead volume in the syringe, which may not be appropriate for some applications. Autoclavable to 115°C when disassembled. PTFE luer lock termination has a PTFE, male Luer taper with nickelplated brass locking hub for use with Kel-F needles, metal hub needles, and universal connectors. It is also used with Hamilton diluters/dispensers, OEM applications, and manual operations. The version with slots is used during the attachment to some instruments but does not effect the connection to needles. Not autoclavable (25mL and greater syringes). Needle Point Styles: Point style 2 is a sharp, beveled, curved, non-coring needle point recommended for septum penetration. Point style 3 is a blunt needle point for use with HPLC injection valves and for sample pipetting. Point style 5 is a conical needle with side port for penetration of septa, thin-gauged vinyls and plastics without coring.

These syringes are the Gastight® version of the original 700 series syringes and are ideal for dispensing volumes from 1μL up to 500μL. Gastight® syringes are ideal for dispensing both liquids and gases and have a precision-machined PTFE plunger tip which creates a leak-free seal. With the tight fit, the tip essentially wipes the interior of the syringe barrel free of sample. This feature is particularly useful with heterogeneous samples as it reduces the chance that a deposit will occur and cause the plunger to freeze. Fluid path includes SST, borosilicate glass, and PTFE. Syringes are gas sterilizable. A variety of different terminations and needle point styles are available. Terminations include cemented needle, removable needle, luer tip, and PTFE luer lock. Syringe Terminations: Cemented needles for low volume syringes are cemented into the glass syringe barrel at a point corresponding to the zero graduation mark. With this termination, dead volume is limited to the internal volume of the needle. Not autoclavable. Needle gauge is determined by the syringe volume and are not user-selectable. Removable needles are a Hamilton-specific design. The design allows the needles to seat precisely at the zero graduation mark of the syringe. Users can select the needle gauge, length, and point style to optimize the syringe for custom applications. This termination allows for a removable needle without increasing the dead volume of the syringe and is ideal when there is a risk of the needle clogging. Autoclavable when disassembled. Repeated autoclaving will shorten syringe life. Luer tip needles are removable and fit over a ground glass hub which is tapered in the shape of a male luer. This termination will accept most hypodermic needles but was designed specifically for use with Hamilton Kel-F needles. This termination also increases the dead volume in the syringe, which may not be appropriate for some applications. Autoclavable to 115°C when disassembled. PTFE luer lock termination has a PTFE, male Luer taper with nickelplated brass locking hub for use with Kel-F needles, metal hub needles, and universal connectors. It is also used with Hamilton diluters/dispensers, OEM applications, and manual operations. The version with slots is used during the attachment to some instruments but does not effect the connection to needles. Not autoclavable (25mL and greater syringes). Needle Point Styles: Point style 2 is a sharp, beveled, curved, non-coring needle point recommended for septum penetration. Point style 3 is a blunt needle point for use with HPLC injection valves and for sample pipetting. Point style 5 is a conical needle with side port for penetration of septa, thin-gauged vinyls and plastics without coring.