Microcapillaries

Micropipettes are used to safely deliver precise microliter amounts of liquids for testing. The simple operation requires the top plunger to be pressed down and when released the liquid is drawn in. By depressing again, the captured fluid is dispensed. Fixed or adjustable volume styles may have built-in tip stops to prevent overflow. The graduations on the transparent instrument body and color coding guarantees the correct capacity is used.

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Glass capillaries and graduated micropipettes, disposable

Supplier: CAMAG

Disposable glass capillaries for manual sample application of 0,5, 1, 2, 5 or 10 µl. They can be handheld and positioned with the Multipurpose Spotting Guide (551-4230). They can also be used with Universal Capillary Holder (552-0044). Graduated 5 µl glass micropipettes are suitable for qualitative analysis on conventional TLC layers.

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Capillary tube and plungers for Acura® capillar 846

Supplier: Socorex Isba

Spare capillary tubes, green, 10 - 50 µl, Acura®, Spare capillary tube, green, 10 - 50 µl

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Micro pipettes, disposable, Wiretrol® II

Supplier: DRUMMOND

Wiretrol® II micro pipettes provide the accuracy and convenience of the Wiretrol I but with dual graduations and a shorter plunger for non contact delivery.

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Micro pipettes, disposable, PCR Pipettes

Supplier: DRUMMOND

Glass, disposable.

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Micro pipettes, disposable, calibrated

Supplier: DRUMMOND

These precision calibrated micro pipettes are available in sizes ranging from 1 to 200 µl. Ideal for a variety of uses in liquid transfer work.

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Micro pipettes, disposable, Microcaps®

Supplier: DRUMMOND

Micro pipettes are precision-bore glass capillary tubes cut to predetermined lengths so that fill volumes are constant and precise. Capillary action draws the fluid into the tube and a squeeze of the bulb dispenses it with accuracy of ±1%.

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Borosilicate Thin Wall Capillaries

Supplier: HARVARD APPARATUS

The low softening temperature combined with its mechanical strength, chemical durability, high electrical resistivity, and its ability to withstand thermal stress, make these capillaries the most widely used in the world.