Molecular Devices
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Molecular Devices
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Featured product categories
DNA/ RNA protein quantification
DNA, RNA and protein quantification determines sample concentration and purity for quality control and downstream PCR, sequencing or protein assays. Choose methods by sensitivity, sample volume and detection range: UV-Vis assesses absorbance and A260/A280 ratios, while dye-based fluorescence offers higher sensitivity but requires reagents and preparation time.
View product category →Luminometer
Luminometers rapidly and sensitively quantify ATP to indicate biological contamination, cell numbers, or metabolic activity in microbiology, cell culture, diagnostics, and process analysis. They detect luciferase-generated luminescence; select for accuracy, sensitivity, dynamic range, and ATP assay compatibility. They do not identify specific microorganisms.
View product category →Microscopes – Cell imaging microscope
Cell imaging microscopes support gentle live-cell visualization for time-lapse and real-time studies, helping observe structures and processes without toxic dyes or intense illumination. Selection can consider imaging modality, detector sensitivity and resolution, imaging speed, environmental controls, and quantitative image-analysis capabilities.
View product category →Single Cell Dispenser
Single cell dispensers isolate individual cells from suspensions or cultures and deliver them into microtiter plates, slides, or other carriers for cell culture, molecular biology, genetic manipulation, and single-cell analysis. Selection should consider isolation accuracy, cell and vessel compatibility, automation, and integration; optical detection commonly identifies cells before dispensing.
View product category →Laboratory automation (1)
Automated colony pickers
Automated colony pickers identify, select, and transfer individual bacterial or fungal colonies from culture plates for downstream work such as sequencing or resistance testing. Imaging-guided robotic transfer improves efficiency and reproducibility. Choose systems with suitable plate compatibility and precise detection and transfer, particularly for well-isolated colonies.
View product category →Cell biology and cell culture (2)
Robots for Microbiological Sample Transfer
Robots for microbiological sample transfer automate precise, repeatable pick-and-place, colony replication, and agar plating workflows. They support standardized processing in research, quality assurance, and bioprocess development. Selection depends on carrier and plate compatibility, transfer accuracy, throughput, automation level, and gripper type; they are not intended for general liquid handling.
View product category →Single Cell Dispenser
Single cell dispensers isolate individual cells from suspensions or cultures and deliver them into microtiter plates, slides, or other carriers for cell culture, molecular biology, genetic manipulation, and single-cell analysis. Selection should consider isolation accuracy, cell and vessel compatibility, automation, and integration; optical detection commonly identifies cells before dispensing.
View product category →Laboratory consumables (6)
Microtiter plate Reader
Microtiter plate readers analyse biological, biochemical, and chemical samples in multiwell plates for applications such as ELISAs, cell growth assays, and high-throughput screening. They measure absorbance, fluorescence, luminescence, or related optical signals; selection depends on detection modes, plate compatibility, sensitivity, speed, and data-analysis requirements.
View product category →Microtiter plate Washer
Microtiter plate washers automate programmed cleaning of multiwell plates for applications such as ELISA, removing residues and unbound reagents to support reproducible bioanalytical tests. Select models by plate-format compatibility, wash-channel design, custom-cycle programmability, and maintenance requirements.
View product category →Multiwell plate Reader
Multiwell plate readers analyze biological, chemical, and physical reactions in microtiter plates for assays such as ELISA, cell growth testing, nucleic acid quantification, and high-throughput screening. Choose supported detection methods and plate compatibility; multimode systems combine absorbance, fluorescence, and luminescence for broader assay flexibility.
View product category →Multiwell plate Washer
Multiwell plate washers automatically clean multiwell and microtiter plates for ELISA and other immunological assays by dispensing wash liquid and aspirating residual fluids. Programmable wash cycles support reproducible, standardized preparation. Select for plate-format compatibility, wash-channel configuration, automation level, and waste-liquid removal efficiency.
View product category →Plate Stacker
Plate stackers automate the stacking and exchange of microplates for high-throughput, standardized workflows in cell culture, molecular biology, and bioanalysis. Select models based on plate-format compatibility, stack capacity, exchange speed, and integration with connected instruments. They mechanically handle plates and do not perform measurement or liquid handling.
View product category →Plate Washer
Plate washers automate the cleaning of multiwell and microtiter plates for laboratory assays, particularly ELISA, removing residual reagents or solvents with reproducible wash cycles. Selection should consider plate compatibility, programmable cycles, channel number, and precise dosing and removal of wash liquids.
View product category →Liquid handling and pipetting (1)
Plate Reader
Plate readers measure optical signals from biological, chemical, and physical reactions in microtiter plates for applications including ELISAs, cell growth tests, nucleic acid quantification, and high-throughput screening. Select by detection mode—absorbance, fluorescence, luminescence, or multimode—plate compatibility, throughput, and data-analysis requirements.
View product category →Microscopy and imaging (2)
Live Cell Imaging
Live cell imaging examines living cells over time to analyze functions, division, dynamics, and signal transduction in vitro. Fluorescence or brightfield approaches enable time-resolved observation of cellular responses. Selection depends on temporal resolution, detector sensitivity, fluorophores, and temperature or CO2 control, while phototoxicity may limit imaging.
View product category →Microscopes – Cell imaging microscope
Cell imaging microscopes support gentle live-cell visualization for time-lapse and real-time studies, helping observe structures and processes without toxic dyes or intense illumination. Selection can consider imaging modality, detector sensitivity and resolution, imaging speed, environmental controls, and quantitative image-analysis capabilities.
View product category →Molecular biology, PCR and sequencing (2)
DNA/ RNA protein quantification
DNA, RNA and protein quantification determines sample concentration and purity for quality control and downstream PCR, sequencing or protein assays. Choose methods by sensitivity, sample volume and detection range: UV-Vis assesses absorbance and A260/A280 ratios, while dye-based fluorescence offers higher sensitivity but requires reagents and preparation time.
View product category →Microarray
Microarrays enable parallel screening of many biomolecules from small samples for applications including gene expression profiling, genotyping, protein interaction studies, and tissue analysis. Choose among DNA, protein, tissue, or carbohydrate formats based on the analyte, spot count, multiplexing needs, sample volume, and detection-equipment compatibility.
View product category →Spectroscopy and analytics (2)
Luminometer
Luminometers rapidly and sensitively quantify ATP to indicate biological contamination, cell numbers, or metabolic activity in microbiology, cell culture, diagnostics, and process analysis. They detect luciferase-generated luminescence; select for accuracy, sensitivity, dynamic range, and ATP assay compatibility. They do not identify specific microorganisms.
View product category →Microtiter plate Photometer
Microtiter plate photometers quantify optical signals from biological, chemical, or physical reactions across many wells, supporting high-throughput assays such as ELISA, protein, enzyme, cell-based, and nucleic acid analyses. Select models by detection modes and compatibility with 96-, 384-, or 1536-well plates.
View product category →All 16 product categories
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