• Pipettors should not be complicated to use. Walk up to the Precision Series Pipettor with one hand behind you back and begin using it. the control panel buttons and rotary knob can all be used without removing your hand from the handle, all with a few fingers. the display will show you what is happening. 

• 96 individual air displacement channels assure the best accuracy and precision. each instrument comes with a certificate of performance showing actual values achieved in all channels before shipment.

• Quickly populate a 384 well tray. Simply rotate the knob in the front from the number 1 to number 2, then 3 and 4 to complete the 96 to 384 formatting. No need to touch the 384 plate during this process. 

• Accommodate most tasks, easily. The pipetting head self-centers itself over each station, there is no guess work required in aligning the tips with the well below. 

• Only 20 pounds with handles and features to secure head motion for easy transportation to your desired workplace. Put it under a hood or bring to other lab areas and locations. there is no need to bring your work to the pipettor, rather bring the pipettor to your work. 

ELISA Assays:

• Enzyme-Linked Immunosorbent Assays (ELISAs) are widely used laboratory techniques designed to detect and quantify specific proteins, antibodies, antigens, or hormones in a sample. The method relies on antibodies to capture and then detect the target molecule, making it a powerful tool in various fields such as diagnostics, research, and quality control.

Cell Culture / Media changing:

• Cell culture media changing is a critical process in maintaining healthy and proliferating cell cultures in the laboratory. The media provides essential nutrients, growth factors, and an appropriate environment for cells to grow and function. Regularly changing the media ensures that cells are not exposed to depleted nutrients or accumulated waste products, which can adversely affect cell health and experimental outcomes.

PCR Prep:

• Polymerase Chain Reaction (PCR) is a widely used molecular biology technique for amplifying specific DNA sequences. Proper preparation for PCR is crucial to ensure successful amplification and reliable results.

PCR Cleanup:

• Polymerase Chain Reaction (PCR) cleanup is an essential step to remove unwanted components, such as primers, nucleotides, enzymes, and salts, from the PCR product. This purification process ensures that the amplified DNA is pure and ready for downstream applications, such as cloning, sequencing, or further amplification.

Plate to plate transfers:

• Plate-to-plate transfers in the lab involve moving samples from one plate to another. This process is essential for subculturing, isolating specific samples, or transferring samples for further analysis.

Overall Dimensions: 16.6" (H) x 18.0" (L) x 10.0" (W)

420mm (H) x 458mm (L) x 254mm (W)

Main Power Supply: 100-240 V | 47-63Hz | 1.4 A Max

Input Voltage: 24 VDC | 2.7 A | 65 Watts

Operating Conditions: 50-102 F | 10-40C | 85% RH non-condensing

Compliance: CE, UL & CSA |EN61010-1-NRTL

Weight: 22 lbs | 10 Kg

Plates, Rack: Any SBS Footprint, 96 or 384 well

Dispensing Volume: 5-250 uL

Dispensing Resolution: Slow-knob rotation | 1 uL

Fast-knob rotation | 10 uL

Dispensing Precision: 25-250 uL | <2%

5-24 uL | <3%

Dispensing Accuracy: 5-250 uL | +/- 2%

Speed: 3 Preset Speeds

1-150 uL/second

Pipette Tips:

Sorenson OneTouch™ Pipette Tips

Dispensing Volume: 1.0-20.0 uL

Dispensing Resolution: Slow-knob rotation | 0.1 uL

Fast-knob rotation | 1.0 uL

Dispensing Precision: 5-20.0 uL | <2%

1.0-4.9 uL | <3%

Dispensing Accuracy: 5.0-20.0 uL | +/- 2%

1.0-4.9 uL | +/- 3%

Speed: 3 Preset Speeds

0.1-10 uL/second

Pipette Tips:

Sorenson OneTouch™ Pipette Tips