LabCyte introduced the Access laboratory workstation. Access was developed to further maximize the benefits of the company’s Echo acoustic liquid-handling system by improving overall assay throughput and reproducibility through the use of automation. This new product makes use of the automation control software developed for the firm’s POD technology, which was introduced last year. According to Mark Fisher-Colbrie, president and CEO, the addition of Access to its product line creates a complete LabCyte liquid-handling solution.
Agilent Technologies also echoed the complete solutions refrain at the meeting where it introduced several products, including BenchBot Robot and the AssayMAP Bravo platform. Nitin Sood, general manager of Agilent’s automation solution division, explained that AssayMAP Bravo “offers a complete solution for a variety of sample-prep applications and saves valuable time developing and validating assays.”
The BenchBot Robot, which complements the firm’s Direct Drive Robot and BenchCel Microplate Handler, is a mid-sized microplate handler designed to meet the automation workflow needs of diverse laboratories, added Sood. “The BenchBot Robot incorporates the robust functionality of our larger automated microplate handlers into a compact design for use in small lab spaces, enabling automation of a variety of changing, science-driven workflows,” he continued.
BioTek touted its Synergy H1 Hybrid multimode Microplate Reader, which was launched late last year but on display at LabAuto. Synergy H1 is a flexible monochromator-based multimode microplate reader that can be turned into a high-performance hybrid system with the addition of a filter-based optical module, explained company officials. The monochromator optics uses a third-generation quadruple grating design that reportedly allows working at any excitation or emission wavelength with a 1 nm step. The system supports top and bottom fluorescence intensity, UV-visible absorbance, and high-performance luminescence detection.
BioNex Solutions created somewhat of a “buzz” at the conference by showcasing its Hive automation platform. The Hive is reportedly unlike most automation platforms because it can be used in continuous-operation mode. Adding simultaneous-access plate storage allows plates and consumables to be loaded and unloaded during runs, eliminating traditional deck resetting time. David Donofrio, director of business development described the platform’s concurrent plate processing while pipetting as “radically different.”
At LabAuto, Hudson Robotics demonstrated its RapidPick Lite, a scaled-down version of its RapidPick Workcell for users who need high-speed colony-picking but can’t afford, or don’t wish, to couple the automated plate-handling and picking/re-arraying functions with the RapidPick’s pre-pick media filling and post-pick sealing of the growth/daughter plate. The benchtop-friendly RapidPick Lite offers the capacity, throughput, and picking/re-arraying features of the RapidPick workcell, but without media dispensing or plate sealing, according to a company spokesperson.
The new Thermo Scientific Versette automated liquid handler was also on display at the Thermo Fisher Scientific booth at LabAuto. Compatible with 19 interchangeable, RFID-tagged pipetting heads, the Versette provides pipetting capability for applications that require single- to 384-channel automated pipetting. It is compatible with both disposable and fixed-tip pipetting heads, with a total volume ranging from 0.1 to 1,250 µL.
TTP LabTech showcased Lab2Lab at the meeting. A configurable and flexible, site-wide microtube transportation system, it associates a list of tasks/methods to be performed on a sample and then pneumatically transports the sample microtube between the relevant laboratory, analytical device, rack assembly, or storage system to ensure completion of the task. Lab2Lab was designed to automatically route each sample microtube to the analytical instrument best able to deal with it. If the required instrument is unavailable, the microtube is automatically held in a buffer until it becomes free.
Hamilton Robotics further enhanced its product line with the introduction of the TADM 96 Multi-Channel Pipetting Head. The new head is compatible with the company’s Microlab® STAR line of automated liquid-handling platforms and incorporates Total Aspiration and Dispense Monitoring (TADM) technology. Air pressure sensors are built into each channel, which monitor pipetting based on Hamilton’s air-displacement technology.
“With our new TADM 96 head we can better address the growing need in high-throughput drug discovery and pharmaceutical for more stringent quality control measures implemented further upstream in the drug discovery process,” explained Rick Luedke, marketing manager.
Many companies featured product upgrades at the meeting. Among such firms was Genetix, which launched ClonePix 2.
“Working closely with our existing customers has enabled us to specify software and hardware enhancements to raise overall performance. Imaging-analysis software has been enhanced to improve consistency when ranking clones,” explained Mark Truesdale, marketing manager. “A redesign of robotics has reduced the number of plate-handling steps, thereby minimizing the risk of colony disturbance or contamination and giving greater picking accuracy. We believe that ClonePix 2 users will experience a smoother, more efficient workflow.”