Lab Automation & Robotics
Hamilton Liquid Handling
by Hamilton Company
Precision liquid handling automation trusted by pharma and biotech for mission-critical workflows
Category
Lab Automation & Robotics
Founded
1953
Headquarters
Reno, NV, USA
Overview
Hamilton Company is a global leader in precision liquid handling automation, manufacturing a comprehensive range of automated workstations — including the STAR, Vantage, and Microlab NIMBUS platforms — that perform complex pipetting operations across compound management, genomics, proteomics, cell biology, and diagnostic testing workflows. Hamilton instruments are distinguished by their CO-RE (Compressed O-Ring Expansion) pipetting technology and independent pipetting channels, which provide aspiration-level liquid level detection and error handling in complex assay workflows. Pharmaceutical companies, biotech firms, and core genomics labs rely on Hamilton workstations for high-value, high-precision automation tasks including NGS library preparation, compound reformatting, ELISA automation, and sample normalization. Hamilton's Method Editor software enables scientists to program complex, branched liquid handling protocols with conditional logic, while the Venus software platform supports integration with third-party readers, incubators, and barcode scanners. Hamilton's key differentiators are its build quality, protocol flexibility, and installed base in regulated GxP environments. The instruments support full IQ/OQ/PQ validation packages required for pharmaceutical manufacturing and clinical testing. Hamilton also offers custom automation engineering services for bespoke high-throughput screening systems that integrate its liquid handlers into larger robotic workcells.
Key Features
Gripper & Transport System
Robotic gripper and transport modules move labware between instruments in automated workflows.
High-Throughput Plate Handling
Automated microplate handling for screening campaigns processing thousands of samples per day.
Cloud-Connected Monitoring
Remote protocol execution and real-time experiment monitoring via cloud dashboard.
Modular Hardware Design
Configurable hardware modules support genomics, proteomics, and cell biology workflows.
Python-Based API
Custom protocol development using Python without proprietary scripting languages or vendor lock-in.
Pros & Cons
Pros
- +Open-source protocol library enables community-driven method development and sharing
- +Automated liquid handling reduces human error and improves reproducibility across experiments
- +Cloud-connected platform enables remote protocol execution and real-time experiment monitoring
- +Affordable pricing democratizes lab automation for academic labs and small biotechs
- +Reduces manual pipetting time by 90%+ for high-throughput screening and sample preparation
- +Python-based API enables custom protocol development without proprietary scripting languages
Cons
- −Limited customer support infrastructure compared to established automation vendors
- −Precision limitations compared to high-end liquid handlers for sub-microliter volume applications
- −Initial setup and protocol optimization requires significant hands-on time from experienced users
- −Ongoing maintenance and calibration requirements add to total cost of ownership
- −Protocol compatibility issues may arise when adapting published methods to automated execution
Use Cases
High-Throughput Screening
Automated liquid handling and assay execution for screening thousands of compounds or conditions in parallel.
Sample Preparation Automation
Robotic automation of repetitive sample preparation workflows reducing human error and improving reproducibility.
Protocol Development & Sharing
Open-source protocol libraries enabling community-driven method development and standardization.