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Hamilton Microlitre syringe 1702 CTC X 25 µl (22s/3)

Brand:Hamilton

Gauge

Nominal capacity

Type

Specifications

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HS Code #
82055980
Gauge
22s
Nominal capacity
25 µl
Shape tip
Straight
Type
1702
UNSPSC
42142600

$551.05

Inc. GST

Available soon

Product description

The Hamilton Microlitre syringe 1702 CTC X 25 µl (22s/3) is engineered for precise liquid handling in laboratory environments. This syringe is equipped with a CTC X needle for optimal control and accuracy, making it perfect for applications requiring precise volume measurement and delivery of small liquid volumes. Ideal for scientific experiments and medical applications that demand high accuracy.

Key Features:

  • Brand: Hamilton
  • Volume: 25 µl, ideal for microliter-level liquid sampling
  • Needle Type: CTC X for reliable and controlled liquid transfer
  • Construction: High-quality materials ensuring precision and durability
  • Application: Suitable for laboratory analysis, injections, and precise liquid dispensing

Hamilton’s Microlitre syringe 1702 CTC X 25 µl (22s/3) offers superior performance for applications requiring small volume handling, making it a trusted choice for professionals in various scientific fields.

Compare similar models

Microlitre syringe 1702 CTC X 25 µl (22s/3)

Manufacturer P/N

204475

Part Number

6.256 766

Manufacturer

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Gauge

22s

Microlitre syringe 1710 CTC X 100 µl (22s/3)

Manufacturer P/N

204452

Part Number

6.260 430

Manufacturer

Hamilton

Gauge

22s

Microlitre syringe 1700 CTC X 100 µl (22/3)

Manufacturer P/N

204400

Part Number

9.221 062

Manufacturer

Hamilton

Gauge

22

Microlitre syringe 1700 CTC X 50 µl (22s/3)

Manufacturer P/N

204379

Part Number

9.221 061

Manufacturer

Hamilton

Gauge

22s

Frequently asked questions

It is engineered for precise liquid handling in laboratory environments. This syringe is equipped with a CTC X needle for optimal control and accuracy, making it perfect for applications requiring precise volume measurement and delivery of small liquid volumes. Ideal for scientific experiments and medical applications that demand high accuracy.

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