The new MAGPIX instrument offers your lab the benefits of multiplexing at a more compact size and price.
- Easy-to-use, magnetic bead-based technology utilizing CCD imaging technology
- Simultaneously measure up to 50 analytes in as little as 25 µl of sample
- Small footprint - saves room on your lab bench requiring only 3 feet (91.44 cm) of linear space
- Portable - easily moves from bench to bench, or lab to lab with minimal setup
- Lower-cost platform with proven xMAP technology
- More than 20 Kits - MILLIPLEX® MAG Panels - the largest offering of
configurable magnetic bead-based immunoassay panels for metabolic disease, inflammation, toxicity, neuroscience, oncology and cell signaling research!
The MILLIPEX Analyzer 3.1 Luminex® 200™ system is built on proven, existing technology; flow cytometry, microspheres, lasers, digital signal
processing and traditional chemistry.
- Multiplexing - Up to 100 analytes per well in a 96 well microtiter plate.
- Versatility - Same platform can be used for a variety of applications including, but not limited to, immunoassays; genotyping; gene
expression; or enzyme assays.
- Small Sample Size - Less than 50µL of sample for up to 100 results.
- Reliability - Robust optics and fluidics ensure excellent up-time.
- Template-based Software - Designed for use with kits; simple assay set up, reading, and analysis.
- Reproducibility - Suspended microspheres give consistent results and allow for easy quality control.
- Accuracy - Quantitative results over a 3 to 4 log dynamic range, with strong concordance to ELISA and Mass Spectrometry.
- More than 100 Kits - MILLIPLEX® MAP Panels - the largest offering of configurable immunoassay panels for
metabolic disease, inflammation, toxicity, neuroscience, oncology and cell signaling research!
The FLEXMAP 3D is the latest multiplexing system launched by Luminex Corporation utilizing proven xMAP® Technology. There
are many new significant features not seen before in previous Luminex systems.
- Customer Driven - Usability enhancements with ten years of customer feedback incorporated.
- Increased Multiplexing - Up to 500 analytes per well.
- Versatility - Same platform can be used for a variety of applications including, but not limited to, immunoassays, genotyping, gene
expression, or enzyme assays.
- Improved Accuracy - 4.5 logs of dynamic range (4-800,000MFI).
- Higher Throughput - Fast turnaround time with a dual syringe configuration. 96 well plate in less than 20 minutes. 384 well plate in 1 hour,
15 minutes.
- State-of-the-art Software - Controlled with xPONENT® 4.0 Software Solutions. Automation and LIS interface compatible, 21 CFR part 11
compatible upgrade
- Ease of Use - Enhanced usability and walk-away time for maintenance and calibration functions.
- More than 100 Kits - MILLIPLEX® MAP Panels - the largest offering of configurable immunoassay panels for
metabolic disease, inflammation, toxicity, neuroscience, oncology and cell signaling research!
xMAP® Technology
Luminex's xMAP technology is built on proven, existing technology - flow cytometry, microspheres, lasers, digital signal processing and traditional
chemistry - that have been combined in a unique way. Featuring a flexible, open-architecture design, xMAP technology can be configured to perform a wide
variety of bioassays quickly, cost-effectively and accurately.
xMAP Technology Features
First, Luminex color-codes tiny beads, called microspheres, into 100 distinct sets. Each bead set is coated with a reagent specific to a particular
bioassay, allowing the capture and detection of specific analytes from a sample. Within the Luminex compact analyzer, lasers excite the internal dyes that
identify each microsphere particle, and also any reporter dye captured during the assay. Many readings are made on each bead set, further validating the
results. In this way, xMAP technology allows multiplexing of up to 100 unique assays within a single sample, both rapidly and precisely. This bead based
technology uses liquid reaction kinetics gives faster, more reproducible results than with solid, planar arrays.
