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New 2D Barcode Reader Provides Critical Chain-of-Custody Information
 30 Jun 2010: 2D barcoding is a valuable tool for sample tracking and storage and provides critical chain-of-custody information. Hamilton Robotics has announced a new 2D Barcode Reader specially designed to provide advanced sample tracking functions on MICROLAB STAR automated liquid handling workstation. This new reader can be used for high-throughput screening, sample archival, forensics, and work with SNPs and blood samples.
HAMILTON Life Science Robotics
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384 STP Multichannel Head and Rocket Tips Enable 96- to 1536-Well Pipetting With One Arm
 25 Mar 2010: Hamilton Robotics introduces the CO-RE 384 STP (Shifted Tip Pickup) Multichannel Probe Head for the company’s MICROLAB® STAR liquid handling platform. The Shifted Tip Pickup technology enables this new head to pick up one column, one row or just one tip without changing heads, delivering unprecedented flexibility and cost efficiency.
HAMILTON Life Science Robotics
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3D-CellHOST – Convenient High Cellomics Yield Cell Culture
01 Mar 2010: This application note demonstrates the integration of the BioLevitatorTM benchtop cell culture device into Hamilton’s liquid handling platform. Four independent and high density cultures were grown in parallel, achieving a high cell yield on a small footprint.
HAMILTON Life Science Robotics
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Hamilton and Gen-Probe Launch New Workstation for Automated HLA Testing
 22 Feb 2010: Hamilton announces the launch of solutions for HLA antibody screening and identification as well as HLA DNA typing methods based on Gen-Probe’s LIFECODES HLA reagents and Hamilton’s MICROLAB® STAR liquid handling workstation.
HAMILTON Life Science Robotics
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New Conductive 384 Tips Ensure Precision with Capacitance Liquid Level Detection Capability
 12 Feb 2010: Hamilton Robotics introduces conductive CO-RE tips for 384-channel dispensing on the company’s MICROLAB® STAR liquid handling platform. These new disposable tips are packaged in unique nested tip racks that provide higher packing and storing density and reduced space requirements.
HAMILTON Life Science Robotics
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384 STP Multichannel Head and Rocket Tips Enable 96- to 1536-Well Pipetting With One Arm
 25 Jan 2010: Hamilton Robotics introduces the CO-RE 384 STP (Shifted Tip Pickup) Multichannel Probe Head for the company’s MICROLAB® STAR liquid handling platform. The Shifted Tip Pickup technology enables this new head to pick up one column, one row or just one tip without changing heads, delivering unprecedented flexibility and cost efficiency.
HAMILTON Life Science Robotics
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New NIMBUS iProbe With Four Independent Pipetting Channels Delivers Flexibility in a Small Footprint
 21 Jan 2010: Hamilton Robotics announces the addition of the NIMBUS iProbe to its line of compact liquid handling workstations. The new NIMBUS iProbe features up to four independent channels that can be configured with any combination of 1 ml or 5 ml pipetting heads. The new instrument provides flexible pipetting choices to and from microplates or tubes in volumes from 1 µl to 5,000 µl.
HAMILTON Life Science Robotics
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Integrated Imager Automates Cell Confluence and Growth Monitoring
 08 Jan 2010: Hamilton Robotics introduces a new Cell Imager for automated cell growth monitoring in the company’s CellHOST culture system. The Cell Imager accurately measures cell confluence and growth in 96-well plates and is ideal for measuring hybridoma clones in antibody screening for therapeutic and diagnostic research and development.
HAMILTON Life Science Robotics
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Hamilton and Sorenson Forensics Collaborate on Validated Systems for Forensic DNA Applications
 19 Nov 2009: Hamilton Robotics and Sorenson Forensics have announced a collaboration to provide validated automation systems for DNA analysis in casework and databasing applications. Together, the two companies offer crime and government labs automated methods with a streamlined validation process for DNA extraction, normalization, PCR setup, amplification and cleanup.
HAMILTON Life Science Robotics
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accessories/consumables 
14 Jul 2010: The new touch-screen monitor option for Hamilton Robotic's MICROLAB STAR and STARlet liquid handling workstations removes the need for a separate keyboard and mouse. This increases ease of use and creates a smaller footprint.
