Equip Your Lab
Build Your Wishlist
Setting up your new lab is a crucial step towards groundbreaking research. To help you get started efficiently, we’ve curated a comprehensive list of essential equipment from leading global brands. Use our intuitive tools below to explore, filter, and select the instruments that best fit your research needs. Once you’ve created your personalized wishlist, submit it for a tailored consultation and quotation.
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CytoFLEX SRT Benchtop Cell Sorter
The CytoFLEX SRT Cell Sorter is a simple, easy-to-use benchtop sorter. It is capable of meeting requirements for a wide range of sorting needs, including up to 4-way sorting to tubes, 96- and 384-well plates. This system supports configurations with up to 4 lasers. It features innovative technologies that simplify setup and operation. The Violet-Blue-Yellow Green-Red (V-B-Y-R) Series has 15 fluorescent detectors when fully activated and can be purchased with as few as five, with the option to activate additional lasers and detectors. It is capable of complex sort logic, including Mixed Mode sorting and the ability to catch aborts.
Bigfoot™ Spectral Cell Sorter
The Invitrogen Bigfoot Spectral Cell Sorter is a powerful cell sorter with spectral unmixing capabilities, enabling high-speed sorting into 96, 384, and 1536-well plates, as well as tubes, slides, and 10x genomics chips. It supports up to 9 lasers for diverse applications and features an integrated biocontainment enclosure (similar to a Class II biosafety cabinet). This system provides exceptional performance and flexibility to accelerate cutting-edge discoveries, streamlining workflows and enhancing the user experience with automated processes and intuitive software. It offers high throughput with 10 times faster plate deposition. Its high-speed electronics enable rates of >100,000 eps for acquisition and >70,000 eps for sorting.
Attune™ CytPix™ Flow Cytometer
The Attune CytPix Flow Cytometer is a highly sensitive and precise flow cytometer, offering brightfield imaging alongside fluorophore reading and advanced AI-driven software analysis. It supports various configurations with up to 4 lasers. The system combines bright-field images with high sensitivity and precision flow cytometry in a small footprint. It acquires data up to 10X faster with acoustic and hydrodynamic focusing, reaching electronic speeds of up to 65,000 events/sec. High-speed imaging operates at 6,000 images/sec with AI-driven image processing models. It offers advanced analysis capabilities like image similarity calculations, dimensionality reduction, and 36 label-free morphology parameters. The system allows users to tailor image analysis with unlimited user-trained image processing models. Images are translated into data, providing distinct measurements such as particle count, size, shape, and surface complexity for each event.
CytoFLEX Flow Cytometer
This is a highly sensitive and high-resolution flow cytometer with a wide dynamic range for a broad variety of applications, supporting configurations with up to 6 lasers. The CytoFLEX Platform provides the performance needed in an easy-to-use system, allowing focus on science over instrumentation. Its superior sensitivity and resolution are consistent across all configurations. All instruments on the platform utilize CytExpert for CytoFLEX Acquisition and Analysis Software. The Violet-Blue-Red (V-B-R) Series is fully activated with 13 colors, or can start with as few as four, with the option to activate additional channels later. It includes 13 bandpass filters: 450/45, 525/40 (2), 585/42, 610/20 (2), 660/10 (2), 690/50, 712/25, 780/60 (3). For higher throughput, an optional plate loader module is available, and the software contains tools for 21 CFR Part 11 compliance for regulated environments.
CytoFLEX Nano
This is a dedicated nanoparticle flow cytometer for 40nm-1000nm analysis, featuring 4 lasers and capable of reading up to 6 fluorescent colors. The CytoFLEX nano Flow Cytometer is specifically designed to overcome traditional flow cytometry limitations, providing a sensitive, consistent, and flexible solution for nanoparticle research. It allows analysis of extracellular vesicles (EVs) as small as 40 nm while simultaneously offering up to 6 separate fluorescent channels of detection and 5 side scatter channels for full characterization.
Amphasys Z40
The Ampha Z40 Pollen Analyzer is a new high-end laboratory instrument for pollen analysis. It efficiently analyzes pollen viability and pollen concentration in a single measurement, serving needs from plant breeding to seed production. This unlabeled cell analysis device is based on Impedance Flow Cytometry, measuring changes in electrical resistance as cells pass through an electric field. The absence of optical components minimizes setup time and maintenance, allowing measurements in the field or greenhouse. The Ampha Z40 measures pollen of all relevant plant species, with support for over 250 species. It can also determine pollen ploidy and developmental stages of microspores.
Amphasys X30
The Amphasys Ampha X30 cell analyzer marks a new era in cell analysis, simultaneously measuring cell count, cell viability, and metabolic activity. This device is based on Impedance Flow Cytometry, where an electrical field is applied in a microfluidic chip, and changes in the electrical resistance (impedance) of the fluidic medium are measured as cells pass through it. The absence of optical components minimizes setup times and maintenance. The Ampha X30 requires no dyes, markers, or incubation, providing results within minutes, including sample preparation. With three different chip sizes, it can measure a wide range of cells including bacteria, human and animal cells, algae, yeast, and others like somatic cells in milk.
Bionomous EggSorter
The EggSorter is a cost-effective device for automatically screening, sorting, and plating small biological entities (0.5 to 2 mm), including fish embryos, plant seeds, hydrogel beads, and 3D-cell cultures. It uses a rotary wheel to position entities before a camera (bright field or fluorescence), processes images with AI-based algorithms on an embedded computer, and dispenses entities into different output containers based on classification.
