SP1000UV Spectrophotometer

Precision UV-Vis Analysis — From Research Bench to Quality Lab

$1,727.00

The SP1000UV is a single-beam UV-Vis spectrophotometer covering 195–1050 nm through a tungsten/deuterium dual-lamp system. With a 4 nm spectral bandwidth and patented wavelength drive delivering ±0.8 nm accuracy, it provides reliable, repeatable measurements across the full UV and visible spectrum. The 5-inch TFT color touchscreen, 10 mm 4-cell sample changer, and comprehensive photometry and quantitation software make it a practical, capable instrument for routine laboratory analysis. USB and RS232 connectivity, 6-language support, and compatibility with EasyUV PC software ensure it integrates easily into a wide range of laboratory environments.

Optical System Single beam
Light Source Tungsten, Deuterium
Detector Silicon photodiode
Spectral Bandwidth 4 nm
Wavelength Range 195–1050 nm
Wavelength Accuracy ±0.8 nm; 0.3 nm @ 656.1 nm
Wavelength Repeatability ≤0.3 nm
Wavelength Resolution 0.1 nm
Wavelength Scan Speed 10,000 nm/min
Measurement Range -0.3–3 A, 0–200 %T, 0–9999.9 C
Photometric Accuracy ±0.003 A (0–0.5 A); ±0.006 A (0.5–1 A); ±0.5 %T (0–100 %T)
Photometric Repeatability ≤0.002 A (0–0.5 A); ≤0.003 A (0.5–1 A); ≤0.2 %T (0–100 %T)
Noise ≤0.0001 A @ 0.0 A (500 nm, RMS)
Stability ≤0.002 A/h @ 500 nm (2 h after preheating)
Stray Light ≤0.2 %T @ 220 nm (NaNO₂); ≤0.05 %T @ 220 nm (NaI)
Measurement Modes Photometry, Quantitation
Sample Compartment 10 mm 4-cell manual changer
Display 5-inch TFT colour touchscreen
Memory 236 KB built-in; unlimited via USB storage
Connectivity RS232 ×1 (printer), USB-A ×1 (storage), USB-B ×1 (PC)
Power Supply 100–240 V AC, 50/60 Hz, 120 VA
Dimensions 456 (W) × 360 (D) × 185 (H) mm
Weight 10.7 kg

Applications

The SP1000UV is designed for laboratories requiring reliable UV and visible range analysis. Its dual tungsten/deuterium lamp system and 195–1050 nm range make it well suited for pharmaceutical development and quality control, biochemical and protein analysis, nucleic acid quantification, environmental monitoring, food safety testing, and academic research — wherever precise absorbance, transmittance, or concentration measurements are needed across the full UV-Vis spectrum.

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