MX7000 Double Beam UV/Visible Spectrophotometer

Advanced Double-Beam Analysis with Connected Convenience

$12,681.00

MX7000 Double Beam UV/Visible Spectrophotometer

Specifications Description Applications Contact

Double-beam UV-Vis, 190–1100 nm, 0.3 nm resolution, 1.8 nm bandwidth, 10.1-inch 1280×800 TFT touchscreen, flashing xenon lamp.

The MX7000 is a research-grade double-beam UV-Vis spectrophotometer providing simultaneous sample and reference beam measurement for the highest levels of accuracy and drift compensation. Covering 190–1100 nm with 0.3 nm wavelength resolution and 1.8 nm spectral bandwidth, it meets the demands of pharmaceutical analysis, environmental testing, and materials characterization. A flashing xenon lamp eliminates warm-up delays and extends service intervals, while the large 10.1-inch 1280×800 TFT touchscreen enables comprehensive, user-friendly method programming and data management.

Optical System	Double beam
Light Source	Flashing Xenon lamp
Detector	Dual silicon photodiode
Spectral Bandwidth	1.8 nm
Wavelength Range	190–1100 nm
Wavelength Accuracy	±0.3 nm
Wavelength Repeatability	≤0.1 nm
Wavelength Resolution	0.1 nm
Maximum Scan Speed	10000 nm/min
Scan Speed Range	20–3200 nm/min
Photometric Range	-4 ~ 4 A, 0 ~ 400 %T, 0 ~ 9999.9 C
Photometric Accuracy	±0.002 A (0–0.5 A); ±0.004 A (0.5–1 A); ±0.3 %T (0–100 %T)
Photometric Repeatability	≤0.001 A (0–0.5 A); ≤0.002 A (0.5–1 A); ≤0.1 %T (0–100 %T)
Noise Level	≤0.00006 A @ 0.0 A (260 nm, RMS)
Baseline Stability	≤0.0005 A/h @ 500 nm (2 h after preheating)
Baseline Flatness	±0.0008 A (200–1000 nm)
Stray Light	≤0.03 %T @ 340 nm (NaNO₂); ≤0.04 %T @ 220 nm (NaI); ≤1 %T @ 198 nm (KCl)
Measurement Modes	Photometry, Quantitation, Spectrum, Kinetics, Time Scan, Multi-Wavelength, DNA/Protein, Custom Method
Standard Cell Holder	10 mm 1-cell holder
Display	10.1-inch IPS color capacitive touchscreen (1280×800)
Storage	128 GB built-in; unlimited via USB, SD card, or network storage
Connectivity	USB-A ×3 (extensible); USB-B ×1 (PC); RJ-45 ×1; VGA ×1; HDMI ×1; Wi-Fi optional
Power Supply	100–240 V AC, 50/60 Hz, 100 VA
Dimensions (W×D×H)	580 × 420 × 235 mm
Weight	17 kg

Key Features

Advanced Double Beam Optical System
Engineered with a true double beam configuration and flashing Xenon lamp light source, the MX7000 delivers exceptional stability and accuracy across its full 190–1100 nm wavelength range — eliminating drift caused by lamp fluctuations.

Outstanding Photometric Performance
Dual silicon photodiode detection achieves a noise level as low as ≤0.00006 A (RMS) and baseline stability of ≤0.0005 A/h, ensuring highly reliable and reproducible measurements even in demanding analytical environments.

Exceptional Wavelength Precision
With a spectral bandwidth of 1.8 nm, wavelength accuracy of ±0.3 nm, and repeatability of ≤0.1 nm, the MX7000 ensures consistent, trustworthy results across every scan.

High-Speed Scanning
A maximum scan speed of 10,000 nm/min with a selectable range of 20–3,200 nm/min allows users to tailor throughput to their specific application — from rapid screening to high-resolution analysis.

Applications

The MX7000 UV-Vis Spectrophotometer is a versatile analytical instrument suited to a wide range of laboratory disciplines. In life sciences and biotechnology, it excels at DNA, RNA, and protein quantification, supporting researchers in genomics, proteomics, and molecular biology workflows. Its high photometric accuracy and dedicated kinetics mode make it equally well-suited for enzyme activity studies and reaction rate monitoring in biochemical research. In pharmaceutical and quality control environments, the MX7000 delivers the precision and repeatability required for raw material testing, dissolution studies, and compliance with pharmacopeial standards. Environmental and water quality laboratories benefit from its broad wavelength range and multi-wavelength measurement capabilities for the detection and quantification of pollutants, heavy metals, and chemical contaminants. The instrument is also widely applicable in food and beverage testing, chemical manufacturing, and educational settings, where its intuitive touchscreen interface and customizable methods lower the barrier to routine and complex spectrophotometric analysis alike.