The store will not work correctly in the case when cookies are disabled.
JavaScript seems to be disabled in your browser. For the best experience on our site, be sure to turn on Javascript in your browser.
Worldwide Pricing and Secure Global Shipping Available!
19935
Hamilton Microlab STAR - Flexibility, Precision, and Reliability
19935
Hamilton Microlab STAR - Flexibility, Precision, and Reliability Video showing product features, software solution, and operation of Microlab STAR Automated Liquid Handler by Hamilton Robotics
19703
The Microlab Prep: Your First Step Into Automation by Hamilton Robotics
19703
The Microlab Prep: Your First Step Into Automation by Hamilton Robotics Initial operation of Microlab PREP modular automated liquid handling system by Hamilton Robotics
1017-PP-06
Microlab STAR Series Automated Liquid Handling Platforms by Hamilton Robotics
1017-PP-06
Microlab STAR Series Automated Liquid Handling Platforms by Hamilton Robotics
19923
Microlab STAR Series Automated Liquid Handling Platform Brochure by Hamilton Robotics
19923
Microlab STAR Series Automated Liquid Handling Platform Brochure by Hamilton Robotics Product overview of Microlab STAR Series highlights benefits, specifications, optional modules and accessories
19683
Automation of SOPHiA Clinical Exome Solution on the Hamilton STARlet
19683
Automation of SOPHiA Clinical Exome Solution on the Hamilton STARlet Automated CES on the Hamilton STARlet robot to manage increased number of samples to process conducted by BioAnalytica-Genotypos center in Athens
19701
Air Displacement Pipetting
19701
Air Displacement Pipetting Similar technology to manual pipetting enables high precision and accuracy with a range from 0.5 μL to 1000 μL
19700
Camera Identified Labware
19700
Camera Identified Labware Built-in mounted camera enables proper verification of labware on deck of Microlab PREP for easy programming of new protocols
19699
Touchscreen Software Interface
19699
Touchscreen Software Interface Convenient mounted touchscreen interface works with gloves and the user-friendly software enables easy protocol set up
1017-17
Microlab STAR Automated Liquid Handler by Hamilton Robotics
1017-17
Microlab STAR Automated Liquid Handler by Hamilton Robotics
1017-18
Microlab STARlet Automated Liquid Handler by Hamilton Robotics
1017-18
Microlab STARlet Automated Liquid Handler by Hamilton Robotics
19927
Simplifies Workflow
19927
Simplifies Workflow Included VENUS Five Software with five visual guides for most used pipetting tasks provides flexible assay set up for basic and advanced programming
19929
Optional Modules
19929
Optional Modules Modular design satisfies many applications by easily integrating optional modules: heater shaker, liquid dispenser, heater cooler and a cooling carrier module
19931
Barcode Sample Tracking
19931
Barcode Sample Tracking Provides added safety and improves data management with built-in safety feature and 2D barcode sample tracking that automatically identifies and loads tracks
19932
Deck Components
19932
Deck Components Streamlined design and status light enable users to easily see inside the liquid handling platform to identify possible issues during the progress of run
19933
Housing Extension
19933
Housing Extension Optional housing extensions accommodate different instrument configurations integrated with the Microlab STAR Series
19934
High-Precision Pipetting
19934
High-Precision Pipetting Features monitored air displacement, CO-RE II for better tip attachment and precision, dual liquid level detection, anti-droplet control, and total aspiration and dispense monitoring
19702
Wide Range of CO-RE Tips
19702
Wide Range of CO-RE Tips CO-RE pipetting tips with a compressed O-ring expansion are compatible with all Hamilton Robotics liquid handling platforms
3030-55
Hamilton Robotics Microlab PREP Automated Liquid Handler
3030-55
Hamilton Robotics Microlab PREP Automated Liquid Handler
3030-55
Microlab PREP Automated Liquid Handler by Hamilton Robotics
3030-55
Microlab PREP Automated Liquid Handler by Hamilton Robotics
19694
Microlab PREP Automated Liquid Handler Brochure by Hamilton Robotics
19694
Microlab PREP Automated Liquid Handler Brochure by Hamilton Robotics Product overview includes features, benefits and list of options and available pipetting tips
19689
Liquid Handling Reference Guide by Hamilton Robotics
19689
Liquid Handling Reference Guide by Hamilton Robotics Comprehensive guide regarding manual pipetting, semi-automation and automation with charts, images and information on best practices
19687
Automation of the ZymoBIOMICS-96 MagBead DNA Kit on Microlab STARlet by Hamilton Robotics
19687
Automation of the ZymoBIOMICS-96 MagBead DNA Kit on Microlab STARlet by Hamilton Robotics Hamilton Microlab STARlet configured with 8 x 5 mL independent pipetting channels in high-throughput magnetic bead-based purification of DNA
19685
Automation of NEBNext Ultra DNA Library Prep Kit on Microlab STARlet by Hamilton Robotics
19685
Automation of NEBNext Ultra DNA Library Prep Kit on Microlab STARlet by Hamilton Robotics Hamilton Microlab Starlet workstation using NEBNext UltraTM DNA Library Prep Kit for Illumina generates NGS from amounts as low as 5ng input DNA
19684
Vitens Automates Drinking Water Testing on Microlab STARlet with KingFIsher Presto Integration
19684
Vitens Automates Drinking Water Testing on Microlab STARlet with KingFIsher Presto Integration Integration of Hamilton Robotics Microlab STARlet with KF PRESTO resulted in high capacity, fast and reliable detection of fecal matter in drinking water
19688
Microlab STARlet Integration With SMCxPRO and Erenna Systems
19688
Microlab STARlet Integration With SMCxPRO and Erenna Systems Assay technology integrated with automated Hamilton Microlab STARlet produced results comparable to manual methods
19686
Automated Production of FAMEs from Soy Seeds with the Microlab STARlet by Hamilton Robotics
19686
Automated Production of FAMEs from Soy Seeds with the Microlab STARlet by Hamilton Robotics Microlab STARlet Automated Liquid Handling Workstation provides user flexibility in automating oil extraction and FAMEs production from soy seed samples