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Preset and manual controls for UV or time exposure settings. Internal microprocessor measures and controls UV output, ensuring maximum energy efficiency. Consistent crosslinking takes seconds with 8W shortwave UV tubes. Select shortwave for sterilization and bonding DNA; midrange for gel electrophoresis; or long wave for UV curing. Crosslinker has maximum energy setting of 999,900 �J/cm2. Uses five 8W UV tubes. Digital LED displays settings. Viewing window blocks UV while allowing visibility of chamber interior. An internal interlocking safety system is designed for automatic shutoff when the door is opened. 115V, 60Hz; ETL-/ETLc-certified. External dimensions (D x W x H) in. (cm): 13.7 x 15.6 x 8.75 (34.8 x 39.6 x 22.2).
Focused ultrasonicator that was developed for superior precision and accuracy, new and advanced engineering designs enables easier maintenance and user friendly experience.
Focused ultrasonicator with compact, easy to use system, formatted for 1 to 8 sample batch processing with integrated chiller and automated water management.
Focused ultrasonicator that enables multi sample, batch preparation, capable of processing wide range of sample types and volumes.
CO2 and LN2 backup system that ensures security for critical samples by using ultra low temperature freezers. Systems inject liquid CO2 or LN2 into cabinet when cabinet temperature warms to preset level.
Countess Cell Counting Chamber Slides are designed for use with Countess Automated Cell Counter. This set includes 100 boxes of slides 50 slides per box and 2 × 100 mL bottles of trypan blue 0.4 percent. Provides total cell count, percent viable cells, and average cell size in 30 seconds. Each slide has two separate, enclosed chambers that can be used to count one sample in duplicate or to count two different samples.
Set of microfluidic plates with pre-primed, disposable plates for live cell analysis.
Immunoassay system that enables rapid, quantitative analysis of specific proteins in as few as 25 cells per assay. Detailed information is generated on the post-translational modification status of critical signaling proteins. The system is fully automated and speeds samples from a standard 384-well microplate to final results, ensuring sample-to-sample consistency., THIS RESOURCE IS NO LONGER IN SERVICE. Documented on September 16,2025.
Software tool to open and assess stereolithographic data. Software application tailored for additive manufacturing, rapid prototyping, and 3D printing.
Open source machine learning and data visualization. Data Mining Toolbox in Python used to build data analysis workflows visually, with large, diverse toolbox.
Open source software suite for mass spectrometry based proteomics. Software repository and collection of free software for analysis of mass spectrometry data. Software and code snippets for visualization and analysis of mass spectrometry data with emphasis on automated methods for proteomics and protein analysis.
Software package for streamlined import of omics metadata from European Nucleotide Archive into OMICS Data Paper manuscript. Omics Data Paper R Shiny app demonstrates workflow for automatic import of ENA genomic metadata into omics data paper manuscript. Streamlined conversion of metadata into manuscript facilitates authoring of omics data papers, which allow omics dataset creators to receive credit for their work and to improve description and visibility of their datasets.
Spectrometer extension that makes use of high precision semiconductor based photomixers, converting near infrared laser light into THz radiation. The extension provides access to the single digit wavenumber regime and highest resolution without the need of cryogenically cooled components.
Multiphoton microscope that features a base system specifically optimized for in vivo studies and is designed for add-on flexibility with a host of specialized options.
Bulb replacement kit that contains 7 fluorescent bulbs for light module.
Pipetting robot for qPCR setup and compatible with any real-time instrument. All qPCR tube formats and plate types are supported, including capillaries. It easily interfaces with upstream sample-prep systems such Corbett X-tractor-Gene, Roche MagNA Pure, QIAGEN BioRobot M48 Workstation, and others. CAS-4200 is identical to the CAS-1200 quantitative PCR setup robot but with over twice the deck capacity.
Fluorescence microscope that enables quantitative imaging at nanoscale using fluorescence microscopy based on single molecule localization. Includes techniques such as PALM, STORM, dSTORM, DNA PAINT.
95-C1700-160 SAMPLMET 2 Abrasive Cutter is a complete bench top unit with recirculating coolant system that includes totally enclosed cutter with 1 HP (735W) motor and 3400 RPM no load speed with a 1¼″ (32mm) diameter solid bar cutting capacity. The cutter has a 1½″ (38mm) vise capacity, light alloy base casting, molded glass-reinforced-plastichood, left-hand cam activated vise, operator controls, clean-out hose, recirculating system with 1�10 HP, 1 phase motor, baffled 7 gallon (27 liter) tank with flow control vavle, 1″ (25mm) coolant drain, interconnecting hoses and electrical cable. Includes samples of COOLMET and assorted 9″ (229mm) abrasice cut-off wheels.
Spectrometer that combines the quantitative capabilities of TG and the identification capabilities of FT-IR spectroscopy. Thermodynamic transitions, thermal stability, decomposition and chemical reactions can be detected and quantified with high accuracy over a broad temperature range.
Smartbeam-II laser enables ultra-high data acquisition speed in both MS and MS/MS at full systems performance. The well-established proprietary smartbeam laser provides unprecedented analytical and matrix flexibility in workflows from protein tissue imaging, intact proteins analysis, Glycoproteomics, biologics or oligo QC, to LC-MALDI proteomics - all fully enabled at 1-2000 Hz repetition rates. Bruker's patented smartbeam technology is already widely accepted as the most viable MALDI imaging laser technology. The new ultrafleXtreme now enables low pixel sizes for high spatial resolution imaging. Importantly, outstanding spectral quality and signal intensity are maintained at even the smallest laser beam diameters.