Stratedigm offers the A700 High Throughput Hotel. The A700 complements the company's existing line of flow cytometry platforms which include the A600 High Throughput Auto Sampler and Stratedigm's suite of flow cytometer analyzers, ranging from the entry level two laser, eight parameter SE520 model to the S1000Ex.
Hamilton Storage Technologies introduces asm Manager 3.1.0, an upgraded software package for its active sample manager (asm) systems. The modular asm systems store samples in an inert, temperature-controlled environment from ambient to -20?C and are ideal for high-throughput life science applications including compound management.
BioFocus launched four biologically targeted libraries. These new libraries contain novel, drug-like compounds that specifically target kinases and protein-protein interactions.
Thermo Fisher Scientific launched a new platform for benchtop automation. Centered around the new Thermo Scientific Orbitor microplate mover and powered by the Thermo Scientific Momentum 2.0 laboratory workflow software, this automation solution offers advanced user control and standardized real-time, data-driven decision making.
Current automation projects follow two major trends: customized technologies and smaller dedicated systems. In labs from academia and industry, researchers automate an increasing number of tasks. To serve these trends, vendors face a range of challenges, such as developing software to drive sample handling.
The comPOUND system from TTP LabTech consists of a high-density, self-contained sample store and a suite of specialized delivery and processing modules so that comPOUND can be integrated into any compound management or screening system.
Agilent Technologies introduced a new microplate labeling system for automated on-demand and barcode print-and-apply applications. The Agilent Microplate Labeler combines the e form factor and label applicator of its predecessor with a thermal label printer that provides 600 dpi resolution images and an array of 1D and 2D coding symbologies.
The compound modular sample storage system consists of a high-density, self-contained, automated sample store and a suite of specialized delivery modules. It offers flexible storage capacity with high speed cherry-picking to select library subsets, capable of delivering any sample in five seconds.
Hit Profiler analysis module identifies lead compounds from high throughput screening results. The system exploits semantic integration technologies to display screening results and a diverse range of compound information in a compound-centric, interactive table environment.
MOSS Modular Sample Preparation System is designed to bridge the gap between stores of hundreds of thousands of library compounds and high throughput screening laboratories. The system combines weighing technology and software to automate assay and storage plate preparation.
The 96 channel Platemaker provides both high-throughput liquid transfers and reagent additions on one integrated platform. Maximum throughput is offered for HTS and genomic applications. Independent 96-tip and 8-tip heads can access plates of varying heights in five robot-accessible plate positions.
BioBank 㫨C automated sample library management system accommodates up to 984 SBS-footprint plates or cryotube trays for use in applications such as cell-based assays, bacterial clones, tissue banks, proteomics, DNA libraries and oligo stocks.
RTS Group Life Science’s Symphony combined store and ultra-high throughput screening system is capable of generating 1,000,000 data points per day, and of 48 hours of unattended operation. Symphony provides storage for over 1,000 compound plates and potentially 1,500,000 compounds.
SmaRTStore provide automated storage for vials, plates and tubes at temperatures from ambient to 㪬 C. it is capable of handling in the region of 260,000 1.4 ml. microtubes, or 5000 shallow well plates, within a footprint of 2000 mm W × 1500 mm D × 2400 mm H.
SmaRTStore is a small, automated compound storage unit that provides storage for vials, plates and tubes at temperatures from ambient to 㪬 C. With a footprint of 2,000 mm W × 1,500 mm D × 2,400 mm H) it is capable of handling in the region of 260,000 1.