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Watson Bio Lab

10 µL, Short Hyper Filter Tip, Graduated, System Rack (PC), Sterilized "125-10S" (96 tips x 10 Racks)

10 µL, Short Hyper Filter Tip, Graduated, System Rack (PC), Sterilized "125-10S" (96 tips x 10 Racks)

Regular price $117.00 USD
Regular price Sale price $117.00 USD
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Cat. No.:125-10S
Item:10 µL, Short Hyper Filter Tip, Graduated, System Rack (PC), Sterilized
Volume:10 µL
Body Dimensions:17.45x5.45x4
Unit:96 tips x 10 racks / unit
Case:5 units (Number of pieces in a large box for bulk purchases)
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Material: Virgin Polypropylene (pipette tip, plate) Polyethylene (filter)

nucleaze-free mark

Nuclease-free guaranteed
This mark shows RNase/DNase/Human-DNA free. Products with this mark are manufactured in the clean room under our high quality control, and inspected to meet our strict quality standards. A document with this mark can be issued for each lot upon your request.

Hyper filter tip - Hyper filter prevents liquid overflow

Watson's "Hyper-Filter tip" adopts a special hydrophobic porous filter to prevent overflow caused by human errors.

Features of Hyper-Filter

1.Decreasing elution from the filter

Hyper-Filter has excellent chemical resistance, thus the sample which has been erroneously over-aspirated and touched the filter can be re-used in safety.

2.Stop sample overflow and contamination

In a comparison of Watson's Hyper-Filter Tips with other brands(when aspirating 60 µL with 20 µL filter tip), Watson brand Hyper-Filter tip completely prevents the sample overflow due to our highly dense filter in one minute after the solution has been absorbed.

3.Easy sample collection

The sample can be collected after aspirating the sample right up to the filter and dispensing. The particles of filter do not swell with the solution and block the filter.


Hyper-Filter can stop the liquid firmly but don't close the hole completely when it comes into contact with the sample excessively aspirated.
Hyper-Filter is dense enough to prevent overflow, however maintains the holes in the filter.

Conventional Hyper Filter
Conventional Hyper Filter particles, once the sample touched the filter, expand and block in the holes of the filter to prevent overflow.
These samples cannot be collected once dispensed.