Filter

(5) 0.05 to 25 mL (Nonsterile), (5) 2.5 to 5 mL (Sterile)

0.05 mL

0.1 mL

0.1 mL, 0.2 mL, 0.5 mL, 1.0 mL, 2.5 mL, 5.0 mL, 10 mL, 25 mL, 50 mL

0.1 to 1 μL

0.1 to 10 μL

0.1 to 10 μL M

0.1 to 10 μL S

0.1 to 10 μL, 1000 μL

0.1 to 2 μL

0.1 to 20 μL

0.1 to 200 μL

0.1 to 5 mL

0.1 to 5 μL

0.1 to 5.0 mL

0.2 mL

0.2 to 10 μL

0.2 to 5 mL

0.25 to 2.5 mL

0.5 mL

0.5 to 10 mL

0.5 to 10 μL

0.5 to 20 μL

0.5 to 20 μL L

0.5 to 200 μL

0.5 to 50 μL

0.5, 1, 1.25, 2.5, 5, 10, 12.5 mL

1 mL

1 to 10 mL

1 to 100 μL

1 to 20 μL

1 to 200 μL

1 to 30 μL

1 to 300 μL

1 to 5 mL

1.0 mL

1.25 mL

10 mL

10 to 200 μL

10 μL

10,000 μL

100 to 1000 μL

100 to 1100 μL

100 to 1250 μL

100 to 2000 μL

100 to 5000 μL

100 μL

1000 to 1300 μL

1000 to 5000 μL

1000 μL

1100 μL

12.5 mL

12.5 μL

120 μL

1200 μL

125 μL

1250 μL

130 μL

15 to 1250 μL

150 to 1500 μL

150 μL

1500 μL

165 μL

175 μL

180 μL

199 μL

2 to 100 μL

2 to 20 μL

2 to 200 μL

2 to 50 μL

2.0 to 200 μL

2.5 mL

2.5 to 10 mL

20 to 0.1 μL

20 to 300 μL

20 μL

200 to 1000 μL

200 μL

200 μL (Extended)

205 μL

220 μL

235 μL

25 mL

25 μL

250 nL

250 μL

30 μL

300 μL

31 μL

40 μL

45 μL

5 mL

5 to 100 μL

5 to 200 μL

5 to 300 μL

5 to 350 μL

5 to 50 μL

5 μL

5.0 mL

50 mL

50 to 1000 μL

50 to 1200 μL

50 to 1250 μL

50 to 2500 μL

50 to 300 μL

50 μL

500 to 10,000 μL

500 to 1300 μL

500 to 2500 μL

500 μL

5000 μL

70 μL

Allows convenient and economical reloading of durable Corning DeckWorks hinged racks

Allows recovery of costly samples with improved precision and accuracy

Aspirating 2.5 mL to 10 mL from tall, narrow-neck vessels using an air-displacement technique

Available in four sizes and specially designed for use with Hamilton™ liquid handling platforms, they enable precision pipetting across a wide range of applications

Capillary end allows easy access into vertical and horizontal electrophoresis gels, ultra micropipettors

Cell Culture, Pipetting Large volumes of liquids where great accuracy and precision is needed

Cell/Molecular Biology, Medical, Pharmaceutical, and Food Industries

Designed for quantitative assays in which sample binding can significantly alter results

Designed to allow to maximize storage space and help reduce the production and waste of plastic materials

DNA Extraction from Agarose Gels

DNA, RNA and Protein applications

Electrophoresis, PCR

For clean, hydrophobic surfaces reduce sample retention, and increase accuracy and reproducibility

For DNA sequencing or loading electrophoresis gels

For loading specific types of gels

For routine laboratory and research pipetting

Help reduce the production and waste of plastic materials

Highly viscous liquids

Hinged closure provides easy stacking and steam penetration during autoclaving

Ideal for demanding HTS procedures, provide maximum performance, accuracy and reproducibility in lab automation procedures

Liquid-level-sensing to detect presence or absence of sufficient liquid, provide maximum performance, accuracy and reproducibility in laboratory automation procedures

Maxymum Recovery™ to further improve accuracy and precision while reducing sample loss

Maxymum Recovery™, non-pyrogenic, used for stringent specifications under strict process controls

Maxymum Recovery™, non-pyrogenic, used for stringent specifications under strict process controls, nucleic acid, nuclease and endotoxin-safe for complete protection against contamination

Microlab™ 600

Non-pyrogenic

Non-pyrogenic, liquid level sensing, used for stringent specifications under strict process controls

Non-pyrogenic, used for stringent specifications under strict process controls

Non-Pyrogenic, Used for Stringent Specifications Under Strict Process Controls

Non-pyrogenic, used for stringent specifications under strict process controls, fine point improves accuracy and precision at lower sample volumes

Non-pyrogenic, used for stringent specifications under strict process controls, nucleic acid, nuclease and endotoxin-safe for complete protection against contamination

Optimized for automation

PCR and real-time PCR preparation of enzyme solutions and master mixes, isolation, purification and denaturation of proteins, restriction digestions and ligations, pipetting DNA ladders during gel electrophoresis

Pipetting

Pipetting and dispensing

Pipetting liquids

Pipetting, Dispensing, Mixing liquids for molecular biology, Microbiology, Cell technology (stem cell research, transgenic animals/plants), Research (medial research, agriculture and aquaculture research), Quality control (food and beverage, water supply, environmental monitoring), and Forensic applications.

Precision Liquid Dispensing

Preparation of enzyme solutions and master mixes, isolation, purification and denaturation of proteins, restriction digestions and ligations, pipetting DNA ladders during gel electrophoresis

Provide maximum performance, accuracy, and reproducibility in laboratory automation procedures

Reduced-force tip attachment and ejection with complete sealing

Reliable, reproducible, high-precision pipetting for standard laboratory use

Reverse pipetting, plate washing, working with multichannel pipettes

Reverse Pipetting, Plate Washing, Working with Multichannel Pipettes

The conductive, liquid level sensing tips are available in four sizes and specially designed for use with Hamilton™ liquid handling platforms, they enable precision pipetting across a wide range of applications

Unique material property provides maximum sample recovery, improved reproducibility and higher sensitivity for detergent containing liquids

Used for quantitative assays in which sample binding can significantly alter results

Used with single and multichannel pipettes

uTIP and xTIP4 Reloads

With almost all brands of single and multichannel pipettes

Automation

Automation, Extended Length

Automation, Extended Length, Low Retention

Automation, Fine Point

Automation, Paper Bottom, Round

Automation, Round

Automation, Wide Bore

Automation, Wide Orifice

Barrier

Beveled

Beveled, Low Retention

Beveled, Universal

Beveled, Wide Bore

Blunt

Conductive

Ergonomic

Extended Length

Extended Length, Finely Tapered

Extended Length, Finely Tapered, Universal

Extended Length, Low Retention

Extended Length, Microvolume

Extended Length, Positive Displacement

Extended Length, Round

Fine Point

Flat

Gel Loading

Gel Loading, Flat

Gel Loading, Round

Genomic/Wide Orifice

Genomic/Wide Orifice, Extended Length

Genomic/Wide Orifice, Universal

Low Retention

Low Retention, Ergonomic

Low Retention, Extended Length

Low Retention, Extended Length, Micro Point

Low Retention, Extended Length, Microvolume

Low Retention, Micro Point

Low Retention, Microvolume

Low Retention, Narrow

Low Retention, Round

Low Retention, Universal

Macro

Matrix-style

Maxymum Recovery

Maxymum Recovery, Ultra Micro

Micro Point

Micro Point, Extended Length

Micro Point, Extended Length, Low Retention

Micro Point, Low Retention

Micro Point, Round

Micro Point, Universal

Microvolume

Microvolume, Extended Length

Narrow

Positive Displacement

Positive Displacement, Macro

Round

Specialty, Positive Displacement

Standard

Standard 384

Standard 384, Extended Length

Standard, Finely Tapered, Universal

Standard, Round

Ultra-micro

Universal

Universal Fit

Universal, Beveled

Universal, Low Retention

Universal, Low-Retention

Carbon with Polyethylene Filter

HDPE

Plastic

Polyacrylamide

Polyethylene

Polypropylene

Polypropylene Cylinder, Polyethylene Plunger

Polypropylene, Polyethylene (Filter)

Polypropylene/Polyethylene

Virgin Polypropylene

Black

Blue

Clear

Colorless

Crystal

Dark Gray

Gray

Green

Light Blue

Light Gray

Medium Gray

Natural

Orange

Pink

Purple

Red

Red, Green, Yellow, or Blue

Turquoise

Violet

White

White, Blue

Yellow