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Popular Alternative Choice
Molecular Devices SpectraMax M5 Multi-Mode Microplate Reader
- Five preferred modes for diverse bioresearch applications.
- No filter change with dual monochromator optics.
- Flexible for 6-well to 384-well microplates and cuvettes.
- Key applications: ELISA, nucleic acid, endotoxin testing.
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Fully Recertified!
Molecular Devices SpectraMax M5e Multilabel Microplate Reader
The Molecular Devices SpectraMax M5E is a multi-mode plate reader that delivers single mode reader performance with five preferred detection modes for a wide range of applications. The dual monochromator optics allow the widest range of applications to be utilized for bioresearch and drug discovery applications, all without the need to change filters. The SpectraMax M5e possesses five preferred modes for multiple detection benefits in one platform: UV-Visible Absorbance (Abs), Fluorescence Intensity (FI), Time-Resolved Fluorescence (TRF), Fluorescence Polarization (FP), Luminescence (Lumi).
Applications include endpoint, kinetic, spectrum, and multi-point well-scanning combining absorbance and fluorescence in 6-well to 384-well microplates, as well as endpoint, kinetic, and spectrum applications in absorbance and fluorescence using cuvettes, can be run with little to no optimization. For use within biochemistry, cell biology, immunology, molecular biology, and microbiology. Typical applications include ELISA, nucleic acid, protein, enzymatic type homogeneous and heterogeneous assays, microbial growth, endotoxin testing, and pipettor calibration.
All of our equipment is fully tested to perform at factory specifications before being shipped.
The Molecular Devices SpectraMax M5e Multilabel Microplate Reader includes:
- > Windows 10 Data Station Pre-Loaded with SoftMax Pro Software 6.3
- > Interface Cable
- > Spectramax Validation Report
- > Operator's Guide
- > Top Read Plate Adapter
- > Power Cord
- > Full Parts and Labor 180 Day Warranty
Molecular Devices SpectraMax M5e Multilabel Microplate Reader Specifications
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UV/Vis Photometric Performance
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Wavelength Range
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200 - 1000 nm
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Wavelength Selection
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Monochromator, tunable in 1.0 nm increments
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Wavelength Bandwidth
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? 4.0 nm
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Wavelength Accuracy
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2.0 nm
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Wavelength Repeatability
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0.2 nm
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Photometric Range
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0 - 4.0 OD
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Photometric Resolution
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0.001 OD
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Photometric Accuracy
(Microplate)
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< 0.006 OD 1.0%, 0-2 OD
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Photometric Precision
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< 0.003 OD 1.0%, 0-2 OD
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Baseline Flatness
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< 0.001 OD
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Stray Light
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< 0.05% @ 230 nm
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Fluorescence Photometric:
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Dual Monochromators
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1 nm increments
EX 250 - 850 nm
EM 360 - 850 nm
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Bandwidth (EX, EM)
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9, 9 nm
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Detection Limit
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3.0 fmol/well FITC 200l in 96 wells
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Time Resolved Fluorescence:
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Wavelength Range
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360 - 850 nm
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Sensitivity
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0.5 fmol/well Eu-chelate (obtained with DELFIA reagent
from PE by using a 384 well plate)
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Data Collection
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50 - 1450 sec, 200sec increments
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Luminescnece:
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Wavelength Range
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360 - 850 nm
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Detection Limit
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10 amol/well alkaline phosphatase 200 l/well (obtained
with Emerald II reagent from ABI)
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General Specifications:
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Light Source
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Xenon Flash Lamp
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Detector
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Photomultiplier (R-3896)
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Plate Formats
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6, 12, 24, 48, 96, 384 wells
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Read Time
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96 well (Abs 18 sec, FI 15 sec)
384 well (Abs 49 sec, FI 45 sec)
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Shaker Time
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0 to 999 seconds
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Temperature Range
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Ambient +4 C to 45C
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Temperature Accuracy
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1 C @ 37C
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Temperature Uniformity
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0.5C @ 37C set point
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Power
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110 - 120 Vac 50/60 Hz
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Computer Specifications
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Processor
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Intel I5-7200U CPU
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Ram
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16.0 GB
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Brand
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Hewlett-Packard
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Hard drive
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240GB Solid State Drive
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Operating System
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Windows 10 64-Bit
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- Confirm the power supply and PCB output correct, stable voltages across all required connections
- Inspect the display for any dim or dead pixels; replace affected components to maintain full visual clarity and operational accuracy
- Verify full functionality of all buttons, ensuring precise and responsive input control
- Check the XY assembly for proper movement and alignment; thoroughly clean all railings, removing any debris or contaminants
- Confirm stable software communication and connection between the instrument and PC, addressing any connectivity issues
- Inspect and clean or replace all filters as required to ensure optimal airflow and performance
- Examine internal wiring and electrical connections for any breaks, disconnections, or tears; replace or secure any compromised wiring
- Test the lamp’s full functionality, replacing it if any performance issues, dimming, or faults are detected
- Execute the necessary validation protocol, documenting completion with a date on a calibration/verification certificate
- Perform and verify appropriate updates to the PC operating system for compatibility and security
- Conduct a thorough cosmetic inspection, ensuring all external components meet quality and aesthetic standards
Technician Inspection and Recertification Checklist: Instruments
The Following Checklist Is to Be Performed on All Incoming and Outgoing Pieces of Equipment
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Task
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Completed?
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Remarks?
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Confirm stable, correct voltage outputs from power supply and PCB
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Completed
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Inspect display for dim or dead pixels; replace as needed
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Completed
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Verify functionality of all buttons for precise, responsive control
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Completed
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Check XY assembly for proper movement; clean railings to remove debris
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Completed
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Confirm stable software communication between instrument and PC
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Completed
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Inspect and clean or replace filters to maintain optimal performance
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Completed
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Examine internal wiring for damage; replace or secure compromised connections
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Completed
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Test lamp functionality; replace if dimming or faults are detected
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Completed
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Execute validation protocol and document on calibration/verification certificate
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Completed
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Update PC operating system for compatibility and security
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Completed
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Conduct cosmetic inspection to ensure quality of external components
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Completed
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To View More of Our Recertification Protocol Click Here
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