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Microplate Fluorometer Module HM-QT96M

【Introduction】Dual-color module; up to 96 samples; 45 seconds per plate.

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Product details

Fluorometer series for micro-volume nucleic acid and protein quantification

Fluorometer measurement speed sample volume and optical features

Fluorometer applications in sequencing library preparation and PCR research

Fluorescence detection principle for nucleic acid and protein assays

Five fluorometer models compared by sample throughput and optical configuration

Micro-volume sample preparation and fluorescence measurement workflow

Five-inch touchscreen on handheld fluorometer models

Fluorometer dynamic range and low concentration assay illustration

Workstation fluorometer modules and automation interfaces

Fluorometer series technical specification comparison

Hengmei company staff and laboratory photographs

Product Overview

HM-QT96M is a microplate fluorometer module for fluorescence-based nucleic acid and protein concentration measurement. It processes up to 96 samples in a black opaque microplate and can operate through PC control or integrate into an automated library preparation workstation. Sample input is 1–20 μL, used with the appropriate fluorescence assay reagents. Designed for sequencing library preparation workflows, this module supports post-extraction concentration checks and nucleic acid input assessment before downstream library steps.

Key Features

Fluorescence-based quantification with high-efficiency LED excitation and a SiPMT detector.
Micro-volume sample input of 1–20 μL.
Five-decade dynamic range and two-point calibration.
Open reagent platform compatible with suitable Qubit® series quantification kits.
PC control, USB-to-serial and Bluetooth communication; raw fluorescence and concentration values can be uploaded.
PC-controlled automatic drawer supports integration with robot-arm workflows.

Applications

Use fluorescence assays to quantify sample input during NGS library preparation, check DNA concentration before PCR research, and assess low-concentration nucleic acids or proteins after extraction. Workstation control and compatible robot-arm integration support automated sample handling. Assay selection must match the optical configuration and reagent kit; microRNA and general RNA assay coverage differ by model.

Technical Specifications

Parameter	Specification
Model	HM-QT96M
Sample input	1–20 μL
Sample throughput	1–96
Sample container	96-well black opaque microplate
Detection time	45 s per full plate
Fluorescence channels	2
Excitation wavelengths	Blue 457–483 nm; red 630–650 nm
Emission wavelengths	Green 505–535 nm; red 672–712 nm
Light source	High-efficiency LED
Detector	SiPMT
Sensitivity	dsDNA 0.05 ng/μL; ssDNA 0.1 ng/μL; RNA 0.5 ng/μL; microRNA 0.1 ng/μL
Assays	dsDNA, ssDNA, RNA, microRNA and protein with the corresponding assay reagents
Dynamic range	5 decades
Calibration	2-point calibration
Display / control	PC control
Communication	USB-to-serial; Bluetooth
Power supply	DC 24 V, 2 A
Operating environment	15–30°C; relative humidity <75%; indoor use
Dimensions	259 × 180 × 103 mm
Weight	2 kg

Assay Selection

Use the corresponding reagent kit and standards for the selected DNA, RNA or protein assay.

Related Models

Parameter	Specification
HM-QT1	Single sample; dual-color handheld instrument; 0.5 mL tube
HM-QT8	Eight samples; single-color handheld instrument; assay configuration selected for DNA/protein or microRNA
HM-QT8-X2	Eight samples; dual-color handheld instrument for DNA, RNA and protein assays
HM-QT8M	Eight-sample single-color module for workstation integration
HM-QT96M	Dual-color module; up to 96 samples; 45 seconds per plate

Operation and Support

Prepare the sample with the selected assay reagent, perform the required calibration, and load the specified tube or microplate. Read the concentration using the PC or workstation control software. For automated use, coordinate the sample handling and control interface with the workstation configuration.