SoftGrip Multi Channel

Hamilton SoftGrip Multi Channel Pipettes

Ergonomic 8- and 12-channel pipettes for accurate plate-based liquid handling, higher-throughput workflows, and dependable daily performance

Hamilton SoftGrip Multi Channel Pipettes

Hamilton SoftGrip Multi Channel pipettes are designed for efficient, ergonomic manual liquid handling in plate-based laboratory workflows where multiple samples must be transferred accurately and consistently. Chrom Tech supplies Hamilton pipettes as an authorized distributor, helping laboratories select the right multi-channel pipette configuration for assay preparation, microplate work, reagent addition, and other higher-throughput manual pipetting tasks. These pipettes are built to combine reliable volume transfer with ergonomic handling features that support comfort during repeated daily use.

Hamilton offers SoftGrip Multi Channel pipettes in adjustable-volume 8-channel and 12-channel formats, giving laboratories the flexibility to match the pipette to both the plate layout and required transfer range. These pipettes are designed for precise multi-channel aspiration and dispensing while also addressing common ergonomic challenges associated with repetitive plate work. Hamilton emphasizes factory-calibrated accuracy and precision, full autoclavability, and easy in-lab calibration, making the SoftGrip multi-channel line a practical choice for laboratories that need dependable pipetting performance with reduced operator strain.

Why Hamilton SoftGrip Multi Channel Pipettes Are Used

Multi-channel pipettes are essential when laboratories need to transfer the same volume across multiple wells quickly and consistently. In plate-based workflows such as assay setup, sample aliquoting, reagent addition, and other repetitive liquid handling tasks, using a multi-channel pipette can improve efficiency while reducing the number of repeated hand motions compared with single-channel pipetting. Hamilton SoftGrip Multi Channel pipettes are used because they combine this workflow efficiency with ergonomic features that help make repeated pipetting more comfortable.

This balance between throughput and user comfort is especially important in laboratories where microplate work is performed frequently. Manual pipetting that is repetitive or awkward can contribute to fatigue and inconsistent technique over time. Hamilton’s SoftGrip platform addresses this by combining multi-channel precision with a design intended to reduce strain, improve control, and support more dependable day-to-day pipetting performance across demanding laboratory routines.

8-Channel and 12-Channel Adjustable Volume Options

Hamilton SoftGrip Multi Channel pipettes are available in both 8-channel and 12-channel adjustable-volume formats. This allows laboratories to match the pipette to common microplate layouts and choose the format that best supports the workflow. Hamilton offers these multi-channel pipettes in volume ranges from 5 µL to 50 µL and from 30 µL to 300 µL per channel, covering many of the most common transfer needs in routine plate-based laboratory work.

Because these are adjustable-volume pipettes, one pipette can support a range of liquid transfer volumes within its designated range. This flexibility makes the SoftGrip multi-channel line useful for laboratories that perform varied assay and plate preparation tasks while still wanting the efficiency of simultaneous multi-well pipetting. Matching the correct channel format and volume range to the method helps support better workflow efficiency and more consistent measured transfers.

Built for Ergonomic Plate Work and Reliable Calibration

Hamilton’s SoftGrip Multi Channel pipettes include ergonomic features intended specifically for repeated plate use. The lower body can rotate 360° around the handle, helping both right- and left-handed users align the pipette more comfortably during microplate work. Hamilton also uses a long tip ejector lever, isolated volume adjustment, and dual indicators to help improve usability and reduce accidental handling-related issues during repeated transfers.

In addition to ergonomic design, Hamilton emphasizes reliable pipetting performance through factory calibration, full autoclavability, and easy in-lab calibration using a universal calibration key. These features help laboratories maintain accuracy and precision over time while simplifying upkeep. For users who need comfortable, repeatable multi-well liquid handling, Hamilton SoftGrip Multi Channel pipettes provide a practical solution for efficient and dependable manual pipetting.

Key Definitions ▸
SoftGrip Multi Channel Pipette
A Hamilton manual pipette designed to aspirate and dispense through multiple tip positions at the same time for efficient plate-based liquid handling.
8-Channel Pipette
A multi-channel pipette with eight parallel tip positions, commonly used for row-based transfers in microplate workflows.
12-Channel Pipette
A multi-channel pipette with twelve parallel tip positions, commonly used for full-row transfers in 96-well plate workflows.
Adjustable-Volume Pipette
A pipette that allows the user to set different transfer volumes within a defined range. Hamilton SoftGrip multi-channel models are available in 5–50 µL and 30–300 µL ranges.
360° Rotating Lower Body
A design feature that allows the lower portion of the pipette to rotate fully around the handle for more comfortable left- or right-handed plate alignment.
Long Tip Ejector Lever
An ergonomic pipette feature designed to make tip ejection easier and help reduce hand strain during repeated multi-channel pipetting.
Isolated Volume Adjustment
A pipette design feature that separates volume setting from regular handling, helping reduce accidental changes to the selected volume during use.
Dual Indicator
A volume-display feature used on Hamilton SoftGrip pipettes to make the selected setting easier to read and help reduce setup errors.
Autoclavable and Field Calibrated
A pipette designed to withstand autoclaving for sterilization and to support in-lab calibration so long-term performance can be maintained.
Plate-Based Liquid Handling
A workflow involving repeated transfers across multiple wells in a microplate, commonly used in assays, reagent addition, sample aliquoting, and screening work.
Frequently Asked Questions ▸
What are Hamilton SoftGrip Multi Channel pipettes used for?
Hamilton SoftGrip Multi Channel pipettes are used for efficient multi-well liquid handling in plate-based laboratory workflows such as assays, reagent addition, sample aliquoting, and microplate preparation.
Are Hamilton SoftGrip Multi Channel pipettes available in both 8-channel and 12-channel formats?
Yes. Hamilton offers SoftGrip Multi Channel pipettes in both 8-channel and 12-channel adjustable-volume formats.
What volume ranges are available for Hamilton SoftGrip Multi Channel pipettes?
Hamilton SoftGrip Multi Channel pipettes are available in 5–50 µL and 30–300 µL adjustable-volume ranges, depending on the specific 8-channel or 12-channel model.
Why are Hamilton SoftGrip Multi Channel pipettes described as ergonomic?
Hamilton SoftGrip Multi Channel pipettes include ergonomic features such as a 360-degree rotating lower body, a long tip ejector lever, and low-force operation to help reduce strain during repeated plate work.
What does the 360-degree rotating lower body do?
The rotating lower body allows the pipette to be aligned more comfortably for left- or right-handed use during plate-based workflows.
Are Hamilton SoftGrip Multi Channel pipettes autoclavable?
Yes. Hamilton SoftGrip Multi Channel pipettes are fully autoclavable, which supports sterilization and contamination control in laboratory environments.
Can Hamilton SoftGrip Multi Channel pipettes be calibrated in the lab?
Yes. Hamilton SoftGrip Multi Channel pipettes are factory calibrated and also support field calibration so laboratories can maintain performance over time.
Why would a laboratory choose Hamilton SoftGrip Multi Channel pipettes?
Laboratories choose Hamilton SoftGrip Multi Channel pipettes when they need ergonomic plate-based pipetting, adjustable volume flexibility, reliable calibration, and repeatable multi-well liquid handling performance.