Hamilton® 1700 Series 1710 Model Neuros Syringe, 100 µl, 33 ga

Syringe, 100 µl, 0.057 ID x 0.305" OD Barrel, 0.004 ID x 0.008" OD Needle, Stainless Steel, Borosilicate Glass, PTFE, 1700 Series, 1710 Model, Gastight Type, Neuros Termination, 0 to 20 mm L Needle, 33 ga, 3 Point Style, 1000 psi Pressure, Gas Sterilizable

  • Manufacturer Part No: 65460-20
  • SECO Part No: HC-65460-20
  • Sold As:
  • Availability: loading

neuros syringe technology provides unprecedented functionality for controlled animal injections. An industry first, the neuros accurately dispenses 50 nl to 100 µl of liquid through an ultrafine needle protected by a custom-designed sleeve. Developed specifically for the neurosciences, the neuros minimizes injection site damage by increasing needle rigidity and delivering a microvolume of liquid to an exact location. The Hamilton® 1700 series is the Gastight® version of the 700 series. The syringes are designed to work with liquids and gases. These syringes use PTFE as an inert plunger seal. They cover capacities from 10 µl to 500 µl. The syringes have an accuracy of ± 1% of the nominal volume. With these syringes liquids only come into contact with glass and PTFE. The plunger assemblies are interchangeable.

Volume : 100 µl
Syringe Type : Gastight
Syringe Series : 1700
Termination : Neuros
Fluid Path : Stainless Steel, Borosilicate Glass, PTFE
Autoclavable : Yes
Model : 1710
Gas Sterilizable : Yes
Gauge : 33 ga
Length : 0 to 20 mm Needle
Diameter : 0.057 ID x 0.305" OD Barrel, 0.004 ID x 0.008" OD Needle
For Use With : For Diluters/Dispensers, Autosamplers and Analyzers
Needle Type : Small RN
Point Style : 3
Pressure : 1000 psi
Standard Needle Dead Volume : 0.79 µl
Temperature Range : 10 to 115°C
  • Needle rigidity improves insertion path accuracy
  • Minimal tissue damage reduces injection variability
  • Reduced sample loss saves money and materials
  • Fine gauge needle creates smaller injection sites
  • Compatibility with most infusion pumps and stereotaxic holders means an easy integration into existing processes
  • Use in diluters/dispensers
  • Use in autosamplers and analyzers
  • Pipetting of gases
  • Sample injection in GC, LC and TLC

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