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Hamilton Microlitre Syringe NRS 1710 RN (33/20/3), 100 µl

Brand:Hamilton

Nominal capacity

Type

Specifications

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HS Code #
82055980
Gauge
33
Needle
with
Nominal capacity
100 µl
Nozzle type
RN
Shape tip
Straight
Type
NRS1710 RN
UNSPSC
42142600

$995.80

Inc. GST

Available soon

Product description

The Hamilton Microlitre Syringe NRS 1710 RN (33/20/3), 100 µl is engineered for precise fluid handling in laboratory applications. With a 100 µl capacity and RN (removable needle) design, this syringe delivers reliable performance, minimal dead volume, and consistent dosing. It is ideal for applications in analytical chemistry, life sciences, and pharmaceutical research where exact micro-volume delivery is essential.

Key Features:

  • Brand: Hamilton
  • Model: Microlitre Syringe NRS 1710 RN (33/20/3)
  • Capacity: 100 µl
  • Design: RN (removable needle) for flexible lab applications
  • Application: Suitable for precise analytical and life science fluid handling

This Hamilton syringe is a reliable choice for professionals requiring high-precision and consistency in micro-volume liquid transfers.

Compare similar models

Microlitre syringe NRS 1710 RN (33/20/3) 100 µl

Manufacturer P/N

65460-20

Part Number

6.287 167

Manufacturer

Hamilton

Nominal capacity

100 µl

Microliter syringe 1701 RN (33s/20/3) 10 µl
Available soon
Hamilton Microliter Syringe 1701 RN (33s/20/3), 10 µl

$1,038.32

Inc. GST

Manufacturer P/N

65460-05

Part Number

6.258 819

Manufacturer

Hamilton

Nominal capacity

10 µl

Microlitre syringe NRS 1702 RN (33/20/3) 25 µl

Manufacturer P/N

65460-10

Part Number

6.287 165

Manufacturer

Hamilton

Nominal capacity

25 µl

Microlitre syringe NRS 1705 RN (33/20/3) 50 µl

Manufacturer P/N

65460-15

Part Number

6.287 166

Manufacturer

Hamilton

Nominal capacity

50 µl

Frequently asked questions

It is engineered for precise fluid handling in laboratory applications. With a 100 µl capacity and RN (removable needle) design, this syringe delivers reliable performance, minimal dead volume, and consistent dosing. It is ideal for applications in analytical chemistry, life sciences, and pharmaceutical research where exact micro-volume delivery is essential.

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