ルミネックス・ジャパン List of Products and Services

The Luminex 100/200 system has become the standard for multiplex analysis. With over 11,000 units sold worldwide, it offers more than 50 assays that have received FDA 510(k) clearance. It is capable of measuring up to 100 items from small samples in microplates, and because it can use both magnetic beads and polystyrene beads, this system is ideal for use in labs that require flexibility. The Luminex 100/200 system can read one 96-well plate in 45 minutes, providing very high sample throughput. (Medical device manufacturing and sales notification number: 11B1X10017000005)

The FLEXMAP 3D system is the most advanced and versatile multiplex platform from Luminex. FLEXMAP 3D offers rapid reading performance and compatibility with both 96-well and 384-well plates, making it an ideal platform for high-throughput applications due to its ease of integration with front-end automation systems. This system can utilize both magnetic and non-magnetic microbeads, allowing for the simultaneous measurement of up to 500 types of genes or proteins from small sample volumes. With the ability to automate startup, shutdown, and cleaning routines, FLEXMAP 3D is user-friendly and requires minimal effort.

The MAGPIX system is the simplest, low-cost, and compact option within the Luminex xMAP systems. This system's compact multiplex simultaneous measurement unit can measure up to 50 analytes present in a single well's reaction solution and can read a 96-well plate in 60 minutes. The MAGPIX system features an automatic cleaning routine and is compatible with magnetic beads (MagPlex Microspheres), making it an easy-to-learn and user-friendly system. (Medical device manufacturing and sales notification number 11B1X10017000014)

xMAP INTELLIFLEX is a compact flow-based multiplex platform equipped with the latest features of the proven xMAP technology. It offers two models: the xMAP INTELLIFLEX system and the xMAP INTELLIFLEX DR-SE system. The xMAP INTELLIFLEX DR-SE system includes a second reporter channel, allowing for the selection of dual reporter mode. It enhances performance, strongly supports assay development, and simplifies the user experience. It combines rapid results from low to high plex, along with the capability to simultaneously acquire data for two parameters per analyte.

The "xMAP technology" is an open architecture that enables the simultaneous measurement of multiple biological assays, reducing time, effort, and costs. In the system used with this product, assay reactions are performed on the surface of each color-coded microbead, and the results are read individually by an analyzer. Additionally, the analyzer uses multiple wavelength lasers and LEDs along with a high-speed digital signal processor to read the reactions occurring on each microbead as results of multiplex assays. 【Advantages】 ■ Speed / High throughput ■ Diversity ■ Accuracy ■ Flexibility ■ Reproducibility *For more details, please download the PDF or feel free to contact us.

The "xMAP technology" is an open architecture that enables the simultaneous measurement of multiple biological assays, reducing time, effort, and costs. With advantages such as speed and high throughput, each microbead provides individual detection results, allowing for the simultaneous execution and analysis of various separate bioassays. Additionally, Luminex stains microbeads with fluorescent dyes that are precisely concentration-set, offering a set of beads in up to 500 different colors. [Advantages] ■ Speed / High Throughput ■ Diversity ■ Accuracy ■ Flexibility ■ Reproducibility *For more details, please download the PDF or feel free to contact us.

"xMAP Technology" is an open architecture that enables the simultaneous measurement of multiple biological assays, reducing time, effort, and costs. It offers advantages such as diversity, allowing various assay formats for different analytes to be utilized in a single system based on MAP technology. In other words, it can perform analyses of nucleic acid reactions, antigen-antibody reactions, enzymes, receptor-ligand interactions, and other protein interactions all in one device. 【Advantages】 ■ Speed / High throughput ■ Diversity ■ Accuracy ■ Flexibility ■ Reproducibility *For more details, please download the PDF or feel free to contact us.

The "xMAP technology" is an open architecture that enables the simultaneous measurement of multiple biological assays, reducing time, effort, and costs. It offers advantages such as accuracy, allowing for real-time analysis of biological interactions and precise quantification. Additionally, since each microbead provides individual detection results, it is possible to conduct and measure multiple separate bioassays simultaneously. [Advantages] ■ Speed / High throughput ■ Diversity ■ Accuracy ■ Flexibility ■ Reproducibility *For more details, please download the PDF or feel free to contact us.

The "xMAP Technology" is an open architecture that enables the simultaneous measurement of multiple biological assays, reducing time, effort, and costs. It offers advantages such as flexibility, allowing for customization to meet individual user needs, and the ability to expand the assay system by adding different microbeads later. Various assay formats for different analytes can be utilized in a single system based on MAP technology. 【Advantages】 ■ Speed / High throughput ■ Diversity ■ Accuracy ■ Flexibility ■ Reproducibility *For more details, please download the PDF or feel free to contact us.

The "xMAP technology" is an open architecture that enables the simultaneous measurement of multiple biological assays, reducing time, effort, and costs. It offers advantages such as reproducibility and allows for the mass production of xMAP microbeads per lot, which was difficult with solid-phase planar arrays, enabling assay standardization. Additionally, it allows for real-time analysis of biological interactions and accurate quantification. 【Advantages】 ■ Speed / High throughput ■ Diversity ■ Accuracy ■ Flexibility ■ Reproducibility *For more details, please download the PDF or feel free to contact us.

Here are some examples of the application of the open architecture "xMAP technology" in drug discovery. It is utilized in compound screening, kinase inhibitor screening, serological studies, toxicity testing, drug metabolism research, receptor-ligand analysis, and vaccine development. Luminex's xMAP system has sold over 20,000 units in 81 countries worldwide and is widely used in various applications. 【Examples of Applications (Partial)】 ■ Compound Screening ■ Kinase Inhibitor Screening ■ Serological Studies ■ Toxicity Testing ■ Drug Metabolism Research *For more details, please download the PDF or feel free to contact us.

We would like to introduce examples of the application of the open architecture "xMAP technology" in clinical diagnostics. It is utilized for purposes such as HLA typing for transplantation, detection of autoantibodies, cancer marker testing, virus detection, stratified medicine, companion diagnostics, and therapeutic drug monitoring. This product enables the reduction of time, effort, and costs, as well as the simultaneous measurement of multiple biological assays (multiplexing). 【Examples of Applications (Partial)】 ■ HLA typing for transplantation ■ Detection of autoantibodies ■ Cancer marker testing ■ Virus detection ■ Stratified medicine *For more details, please download the PDF or feel free to contact us.

We would like to introduce examples of applications of the open architecture "xMAP technology" in protein assays. It is utilized for purposes such as epitope mapping, isotyping, enzyme-substrate studies, protein interaction analysis, phosphorylated enzymes, cytokines, and biomarkers. Our product allows for the simultaneous performance and measurement of multiple separate bioassays, as each microbead provides individual detection results. [Examples of Applications (Partial)] ■ Epitope Mapping ■ Isotyping ■ Enzyme-Substrate Studies ■ Protein Interaction Analysis ■ Phosphorylated Enzymes *For more details, please download the PDF or feel free to contact us.

We would like to introduce examples of applications of the open architecture "xMAP Technology" in nucleic acid assays. It can be utilized for purposes such as gene expression analysis, miRNA expression analysis, genotyping, gene mutation detection, SNP analysis, CNV analysis, and pathogen detection. Our product allows for various assay formats for different analysis targets to be used in a single system based on MAP technology. 【Examples of Applications (Partial)】 ■ Gene expression analysis ■ miRNA expression analysis ■ Genotyping ■ Gene mutation detection ■ SNP analysis *For more details, please download the PDF or feel free to contact us.

The "xMAP INTELLIFLEX" is a compact flow-based multiplex platform that combines the proven performance of "xMAP technology" with advanced features. It not only enhances performance and strongly supports assay development but also simplifies the user experience. It offers rapid results from low to high plex, with the capability to simultaneously acquire data for two parameters for each analyte. 【Features】 ■ Multiplex analysis: Simultaneous measurement of up to 500 items per sample ■ Sensitivity: Commercially available kits achieve detection sensitivity below picograms ■ Dynamic range (typical): Approximately 5.5 logs (RP1), approximately 4.5 logs (RP2) ■ Detection time: Approximately 20 minutes for a 96-well plate, approximately 75 minutes for a 384-well plate ■ Startup/shutdown time: Approximately 30 minutes *For more details, please download the PDF or feel free to contact us.

The "FLEXMAP 3D System" is a highly advanced and versatile multiplex platform. It offers rapid reading performance and compatibility with both 96-well and 384-well plates, making it suitable for high-throughput applications due to its ease of integration with front-end automation systems. This system can utilize both magnetic and non-magnetic microbeads, allowing for the simultaneous measurement of up to 500 different genes or proteins from small sample volumes. 【Features】 ■ Multiplex analysis: Simultaneous measurement of up to 500 items per sample ■ Sensitivity: Capable of measuring 200-500 molecules or more of phycoerythrin fluorescent reporter dye per xMAP microbead ■ Dynamic range (typical): Approximately 4.5 logs ■ Detection time: About 20 minutes for a 96-well plate (up to 144,000 data points/hour), about 75 minutes for a 384-well plate (153,600 data points/hour) ■ Startup/shutdown time: Approximately 30 minutes *For more details, please download the PDF or feel free to contact us.

The "Luminex 100/200 System" has become the standard for multiplex analysis. It is capable of measuring up to 100 items from trace samples in microplates, and it can use both magnetic beads and polystyrene beads, making it suitable for use in labs that require flexibility. Additionally, this system can read one 96-well plate in 45 minutes, providing a very high sample throughput. 【Features】 ■ Multiplex analysis: Simultaneous measurement of up to 100 items per sample ■ Sensitivity: More than 1,000 molecules of phycoerythrin fluorescent reporter dye per microbead ■ Dynamic range (typical): Approximately 3.5 logs ■ Detection time: About 45 minutes per 96-well plate (up to 12,800 data points per hour) ■ Startup/shutdown time: About 30 minutes *For more details, please download the PDF or feel free to contact us.

The "MAGPIX Dx System" is the simplest, low-cost, and compact option within Luminex's "xMAP System." This compact multiplex simultaneous measurement unit can measure up to 50 analytes present in a single well reaction solution and reads a 96-well plate in 60 minutes. The system is equipped with an automatic cleaning routine and is compatible with magnetic beads (MagPlex Microspheres), making it easy to learn and user-friendly. 【Features】 ■ Multiplex analysis: Can simultaneously measure up to 50 items per sample ■ Sensitivity: More than 700 molecules of phycoerythrin fluorescent reporter dye per microbead ■ Dynamic range (typical example): Approximately 3.5 logs ■ Detection time: About 60 minutes per 96-well plate (up to 4,800 data points per hour) ■ Startup/shutdown time: Within 15 minutes *For more details, please download the PDF or feel free to contact us.

The "xMAP INTELLIFLEX Software" is designed to optimize workflows, understand performance, and easily export data to common analysis tools. It allows for quick assembly of plates and can start measurements in just 20 seconds. With an intuitively designed workflow, new users can master it with minimal training. Additionally, it is possible to quickly and easily import plates and panels from simple CSV files. 【Features (partial)】 ■ Flexibility ■ Text import capability ■ Fast and intuitive workflow ■ Clear performance display ■ Customizable data export and display *For more details, please download the PDF or feel free to contact us.

"xPONENT" is the control software for the MAGPIX Dx, Luminex 100/200, and FLEXMAP 3D systems. This product is a modular and flexible software package designed for ease of use, making it accessible for a wide range of users from beginners to advanced users, allowing for quick setup and execution of assays. Additionally, the graphical user interface of this software follows standard assay workflows but can also be customized to meet the needs of the lab. [Features (partial)] ■ Automation of daily operations ■ Support for normalized beads for internal standards ■ Ability to create charts from allele ratios and allele calls ■ Notification, warning options, and remote monitoring capabilities ■ Detection function for low bead counts *For more details, please download the PDF or feel free to contact us.

"xPONENT" is software designed to provide easy-to-manage navigation tabs and a simple workflow. It is user-friendly for a wide range of users, from beginners to advanced, allowing for quick setup and execution of assays. Additionally, it features a navigation wizard, as well as automation functions for routine operations such as startup, shutdown, calibration, and validation, further enhancing system usability and reducing hands-on time. [Features] ■ Provides easy-to-use protocols ■ Reduces hands-on time ■ Customizable *For more details, please download the PDF or feel free to contact us.

"xPONENT" is software that includes not only a navigation wizard feature but also automation functions for routine operations such as startup, shutdown, calibration, and validation. This enhances the usability of the system and reduces actual operation time. Additionally, the graphical user interface follows the workflow of standard assays, but it can also be customized to meet the needs of the lab. 【Features】 ■ Provides easy-to-use protocols ■ Reduces actual operation time ■ Customizable *For more details, please download the PDF or feel free to contact us.

The graphical user interface of 『xPONENT』 follows the standard assay workflow, but it can also be customized to meet the needs of the lab. This product is a modular and flexible software package designed for ease of use. It is user-friendly for a wide range of users, from beginners to advanced, allowing for quick setup and execution of assays. 【Features】 ■ Provides easy-to-use protocols ■ Reduces hands-on time ■ Customizable *For more details, please download the PDF or feel free to contact us.

The "xMAP technology" is an open architecture that enables the simultaneous measurement of multiple biological assays, reducing time, effort, and costs. In the system used with this product, assay reactions are conducted on the surface of each color-coded microbead, and the results are read individually by an analyzer. Additionally, the analyzer uses multiple wavelength lasers and LEDs along with a high-speed digital signal processor to read the reactions occurring on each microbead as results of a multiplex assay. [Advantages] ■ Speed / High throughput ■ Diversity ■ Accuracy ■ Flexibility ■ Reproducibility *For more details, please download the PDF or feel free to contact us.

The "xMAP Technology" is an open architecture that enables the simultaneous measurement of multiple biological assays, reducing time, effort, and costs. In the system used with this product, assay reactions are performed on the surface of each color-coded microbead, and the results are read individually by an analyzer. Additionally, the analyzer uses multiple wavelength lasers and LEDs along with a high-speed digital signal processor to read the reactions occurring on each microbead as results of multiplex assays. 【Advantages】 ■ Speed / High throughput ■ Diversity ■ Accuracy ■ Flexibility ■ Reproducibility *For more details, please download the PDF or feel free to contact us.

The "xMAP Technology" is an open architecture that enables the simultaneous measurement of multiple biological assays, reducing time, effort, and costs. In the system used with this product, assay reactions are performed on the surface of each color-coded bead, known as microbeads, and the results are read individually by an analyzer. Additionally, the analyzer uses multiple wavelength lasers and LEDs along with a high-speed digital signal processor to read the reactions occurring on each microbead as results of multiplex assays. 【Advantages】 ■ Speed / High throughput ■ Diversity ■ Accuracy ■ Flexibility ■ Reproducibility *For more details, please download the PDF or feel free to contact us.

The "xMAP technology" is an open architecture that enables the simultaneous measurement of multiple biological assays, reducing time, effort, and costs. In the system used by this product, assay reactions are performed on the surface of each color-coded bead, called microbeads, and the results are read individually by an analyzer. Additionally, the analyzer uses multiple wavelength lasers and LEDs along with a high-speed digital signal processor to read the reactions occurring on each microbead as results of multiplex assays. [Advantages] ■ Speed / High throughput ■ Diversity ■ Accuracy ■ Flexibility ■ Reproducibility *For more details, please download the PDF or feel free to contact us.

The "xMAP technology" is an open architecture that enables the simultaneous measurement of multiple biological assays, reducing time, effort, and costs. In the system used with this product, assay reactions are performed on the surface of each color-coded bead, known as microbeads, and the results are read individually by an analyzer. Additionally, the analyzer uses multiple wavelength lasers and LEDs along with a high-speed digital signal processor to read the reactions occurring on each microbead as results of a multiplex assay. [Advantages] ■ Speed / High throughput ■ Diversity ■ Accuracy ■ Flexibility ■ Reproducibility *For more details, please download the PDF or feel free to contact us.

The "xMAP technology" is an open architecture that enables the simultaneous measurement of multiple biological assays, reducing time, effort, and costs. In the system used with this product, assay reactions are conducted on the surface of each color-coded bead, known as microbeads, and the results are read individually by an analyzer. Additionally, the analyzer uses multiple wavelength lasers and LEDs along with a high-speed digital signal processor to read the reactions occurring on each microbead as results of a multiplex assay. 【Advantages】 ■ Speed / High throughput ■ Diversity ■ Accuracy ■ Flexibility ■ Reproducibility *For more details, please download the PDF or feel free to contact us.

The "xMAP Technology" is an open architecture that enables the simultaneous measurement of multiple biological assays, reducing time, effort, and costs. In the system used with this product, assay reactions are performed on the surface of each color-coded microbead, and the results are read individually by an analyzer. Additionally, the analyzer uses multiple wavelength lasers and LEDs, along with a high-speed digital signal processor, to read the reactions occurring on each microbead as results of a multiplex assay. 【Advantages】 ■ Speed / High throughput ■ Diversity ■ Accuracy ■ Flexibility ■ Reproducibility *For more details, please download the PDF or feel free to contact us.

The "xMAP Technology" is an open architecture that enables the simultaneous measurement of multiple biological assays, reducing time, effort, and costs. In the system used with this product, assay reactions are conducted on the surface of each color-coded bead, known as microbeads, and the results are read individually by an analyzer. Additionally, the analyzer uses multiple wavelength lasers and LEDs along with a high-speed digital signal processor to read the reactions occurring on each microbead as the results of a multiplex assay. 【Advantages】 ■ Speed / High throughput ■ Diversity ■ Accuracy ■ Flexibility ■ Reproducibility *For more details, please download the PDF or feel free to contact us.

The "xMAP technology" is an open architecture that enables the simultaneous measurement of multiple biological assays, reducing time, effort, and costs. In the system used with this product, assay reactions are performed on the surface of each color-coded bead, known as microbeads, and the results are read individually by an analyzer. Additionally, the analyzer uses multiple wavelength lasers and LEDs along with a high-speed digital signal processor to read the reactions occurring on each microbead as the results of a multiplex assay. 【Advantages】 ■ Speed / High throughput ■ Diversity ■ Accuracy ■ Flexibility ■ Reproducibility *For more details, please download the PDF or feel free to contact us.

The "xMAP Technology" is an open architecture that enables the simultaneous measurement of multiple biological assays, reducing time, effort, and costs. In the system used with this product, assay reactions are performed on the surface of each color-coded bead, known as microbeads, and the results are read individually by an analyzer. Additionally, the analyzer uses multiple wavelength lasers and LEDs along with a high-speed digital signal processor to read the reactions occurring on each microbead as the results of a multiplex assay. 【Advantages】 ■ Speed / High throughput ■ Diversity ■ Accuracy ■ Flexibility ■ Reproducibility *For more details, please download the PDF or feel free to contact us.

The "xMAP Technology" is an open architecture that enables the simultaneous measurement of multiple biological assays, reducing time, effort, and costs. In the system used with this product, assay reactions are performed on the surface of individual color-coded beads, known as microbeads, and the results are read individually by an analyzer. Additionally, the analyzer uses multiple wavelength lasers and LEDs along with a high-speed digital signal processor to read the reactions occurring on each microbead as results of the multiplex assay. 【Advantages】 ■ Speed / High throughput ■ Diversity ■ Accuracy ■ Flexibility ■ Reproducibility *For more details, please download the PDF or feel free to contact us.

The "xMAP technology" is an open architecture that enables the simultaneous measurement of multiple biological assays, reducing time, effort, and costs. In the system used with this product, assay reactions are performed on the surface of each color-coded bead, known as microbeads, and the results are read individually by an analyzer. Additionally, the analyzer uses multiple wavelength lasers and LEDs along with a high-speed digital signal processor to read the reactions occurring on each microbead as the results of a multiplex assay. 【Advantages】 ■ Speed / High throughput ■ Diversity ■ Accuracy ■ Flexibility ■ Reproducibility *For more details, please download the PDF or feel free to contact us.

The "xMAP Technology" is an open architecture that enables the simultaneous measurement of multiple biological assays, reducing time, effort, and costs. In the system used with this product, assay reactions are performed on the surface of each color-coded bead, known as microbeads, and the results are read individually by an analyzer. Additionally, the analyzer uses multiple wavelength lasers and LEDs along with a high-speed digital signal processor to read the reactions occurring on each microbead as the results of multiplex assays. [Advantages] ■ Speed / High throughput ■ Diversity ■ Accuracy ■ Flexibility ■ Reproducibility *For more details, please download the PDF or feel free to contact us.

The "xMAP technology" is an open architecture that enables the simultaneous measurement of multiple biological assays while reducing time, effort, and costs. In the system used with this product, assay reactions are performed on the surface of each color-coded bead, known as microbeads, and the results are read individually by an analyzer. Additionally, the analyzer uses multiple wavelength lasers and LEDs along with a high-speed digital signal processor to read the reactions occurring on each microbead as the results of multiplex assays. 【Advantages】 ■ Speed / High throughput ■ Diversity ■ Accuracy ■ Flexibility ■ Reproducibility *For more details, please download the PDF or feel free to contact us.

The "xMAP technology" is an open architecture that enables the simultaneous measurement of multiple biological assays, reducing time, effort, and costs. In the system used for this product, assay reactions are performed on the surface of each color-coded bead, known as microbeads, and the results are read individually by an analyzer. Additionally, the analyzer uses multiple wavelength lasers and LEDs along with a high-speed digital signal processor to read the reactions occurring on each microbead as the results of a multiplex assay. 【Advantages】 ■ Speed / High throughput ■ Diversity ■ Accuracy ■ Flexibility ■ Reproducibility *For more details, please download the PDF or feel free to contact us.

The "xMAP Technology" is an open architecture that enables the simultaneous measurement of multiple biological assays, reducing time, effort, and costs. In the system used with this product, assay reactions are performed on the surface of each color-coded bead, known as microbeads, and the results are read individually by an analyzer. Additionally, the analyzer uses multiple wavelength lasers and LEDs along with a high-speed digital signal processor to read the reactions occurring on each microbead as the results of a multiplex assay. 【Advantages】 ■ Speed / High throughput ■ Diversity ■ Accuracy ■ Flexibility ■ Reproducibility *For more details, please download the PDF or feel free to contact us.

The "xMAP technology" is an open architecture that enables the simultaneous measurement of multiple biological assays, reducing time, effort, and costs. In the system used with this product, assay reactions are performed on the surface of each color-coded bead, known as microbeads, and the results are read individually by an analyzer. Additionally, the analyzer uses multiple wavelength lasers and LEDs along with a high-speed digital signal processor to read the reactions occurring on each microbead as results of multiplex assays. 【Advantages】 ■ Speed / High throughput ■ Diversity ■ Accuracy ■ Flexibility ■ Reproducibility *For more details, please download the PDF or feel free to contact us.

The "xMAP technology" is an open architecture that enables the simultaneous measurement of multiple biological assays while reducing time, effort, and costs. In the system used with this product, assay reactions are performed on the surface of each color-coded bead, known as microbeads, and the results are read individually by an analyzer. Additionally, the analyzer uses multiple wavelength lasers and LEDs along with a high-speed digital signal processor to read the reactions occurring on each microbead as results of a multiplex assay. 【Advantages】 ■ Speed / High throughput ■ Diversity ■ Accuracy ■ Flexibility ■ Reproducibility *For more details, please download the PDF or feel free to contact us.

The "xMAP technology" is an open architecture that enables the simultaneous measurement of multiple biological assays, reducing time, effort, and costs. In the system used with this product, assay reactions are conducted on the surface of each color-coded microbead, and the results are read individually by an analyzer. Additionally, the analyzer uses multiple wavelength lasers and LEDs along with a high-speed digital signal processor to read the reactions occurring on each microbead as the results of multiplex assays. 【Advantages】 ■ Speed / High throughput ■ Diversity ■ Accuracy ■ Flexibility ■ Reproducibility *For more details, please download the PDF or feel free to contact us.

The "xMAP technology" is an open architecture that enables the simultaneous measurement of multiple biological assays, reducing time, effort, and costs. In the system used with this product, assay reactions are performed on the surface of each color-coded microbead, and the results are read individually by an analyzer. Additionally, the analyzer uses multiple wavelength lasers and LEDs along with a high-speed digital signal processor to read the reactions occurring on each microbead as results of multiplex assays. 【Advantages】 ■ Speed / High throughput ■ Diversity ■ Accuracy ■ Flexibility ■ Reproducibility *For more details, please download the PDF or feel free to contact us.

We provide control software for the Luminex system (Luminex 200, FLEXMAP 3D, MAGPIX) on a pre-installed PC. The operating system is Windows 10 IoT Enterprise Long Term Servicing Channel 2021, with support continuing until 2032. *For more details, please feel free to contact us.