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Microplate Spectrophotometer INNO-M (Absorbance & Luminescence)

Fiyat Sorunuz

Next-generation multi-mode microplate reader combining absorbance and luminescence detection with monochromatic measurement technology

Monochromator-based optical system with 200–1000 nm wavelength range
Supports 6–384 well microplate configurations
Photomultiplier (PMT) detector with 300–700 nm spectral range
Wavelength accuracy: ±2 nm
Dynamic range: 0–4.0 OD with ±1% accuracy, linearity, and repeatability
Multiple measurement modes: wavelength scanning, endpoint, kinetic, area scan
NANO-V microplate option for DNA/RNA/protein analysis (24-well, 2 µL sample)
Linear and orbital shaking with dual-speed control
INNO X Windows software with 7-curve regression support
Compact design: 8 kg, 333×303×245 mm

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Daha fazla detay

The INNO-M Microplate Multi-Mode Reader is a cutting-edge laboratory instrument designed for comprehensive absorbance and luminescence research applications. Built on monochromatic measurement technology, the INNO-M features a monochromator-based optical system enabling free wavelength selection from 200 to 1000 nm, supporting microplates with 6 to 384 wells. Equipped with a photomultiplier (PMT) detector covering 300–700 nm with a 420 nm peak wavelength, this instrument delivers superior sensitivity and wavelength accuracy for demanding research protocols.

Technical Specifications

Wavelength Accuracy	±2 nm
Wavelength Range	200 – 999 nm
Wavelength Selection Method	Via Monochromator
Microplate Compatibility	6 ~ 384 well plates
Absorbance Detector	Photodiode
Luminescence Detector	Photomultiplier (PMT)
Luminescence Wavelength Range	300 – 700 nm
Peak Wavelength (Luminescence)	420 nm
Light Source	Xenon flash
Dynamic Range (OD)	0 ~ 4.0
OD Accuracy	0 ~ 2 OD: ±1%
OD Linearity	0 ~ 2 OD: ±1%
OD Repeatability	0 ~ 2 OD: ±1%
Detection Limit (Luminescence)	3×10⁻²¹ mol
Measurement Modes	Wavelength scanning, endpoint, kinetic, area scan
Shaking/Orbital Motion	Linear, orbital (dual-speed)
DNA/RNA/Protein Analysis (NANO-V)	24-well microplate, 2 µL sample [optional]
Software	INNO X (Windows-based)
Curve Regression Options	Linear, quadratic, cubic, logarithmic, exponential, linear-logarithmic, point-to-point, 4-parameter logistic (4PL)
Weight	8 kg
Dimensions	333 × 303 × 245 mm

Applications

Enzyme-linked immunosorbent assays (ELISA)
Gene expression profiling and quantitative PCR validation
Protein quantification and nucleic acid analysis (DNA/RNA)
Fluorescence immunoassays and luminescence-based screening
Cell viability and proliferation assays
Kinetic reaction monitoring and real-time endpoint analysis
High-throughput drug discovery and compound screening
Biomarker detection and diagnostic assay development
Spectrophotometric absorbance studies across UV-Vis range
Multi-parametric microplate-based research protocols

Frequently Asked Questions

What wavelength range does the INNO-M cover?

The INNO-M provides free wavelength selection from 200 to 1000 nm via its monochromator-based optical system, with wavelength accuracy of ±2 nm.

Which microplate formats are supported?

The instrument supports standard microplates with 6, 12, 24, 48, 96, 384, and other configurations up to 384 wells. An optional NANO-V module accommodates 24-well plates with 2 µL sample volumes for DNA/RNA/protein analysis.

What is the detection limit for luminescence measurements?

The INNO-M achieves a luminescence detection limit of 3×10⁻²¹ mol, utilizing its PMT detector operating in the 300–700 nm range with optimal sensitivity at 420 nm peak wavelength.

What measurement modes are available?

The INNO-M supports wavelength scanning, endpoint, kinetic, and area scan measurement modes, accommodating diverse analytical protocols.

How accurate are the optical density (OD) measurements?

Within the 0–2 OD range, the INNO-M delivers ±1% accuracy, linearity, and repeatability across all measurements.

What analysis options does the INNO X software provide?

INNO X software supports seven curve regression models: linear, quadratic, cubic, logarithmic, exponential, linear-logarithmic, point-to-point, and 4-parameter logistic (4PL).

Is sample mixing available?

Yes, the instrument features both linear and orbital shaking capabilities with dual-speed control for thorough sample homogenization.

What is the difference between the absorbance and luminescence detectors?

Absorbance is measured using a photodiode detector across the full 200–999 nm range, while luminescence employs a photomultiplier (PMT) detector optimized for 300–700 nm with 420 nm peak sensitivity, enabling fluorescence and chemiluminescence assays.