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E-mail
30065778@QQ.com
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Phone
18918225919021-31121802
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Address
2nd Floor, Building 5, No. 319 Tongli Road, Jiufu Development Zone, Songjiang District, Shanghai
Product Categories
- Fat analyzer
- Infrared instrument
- TR transmittance and reflectance tester
- Accessories and consumption of photometer
- Residual chlorine analyzer
- Fully automatic nitrogen concentrator
- Digital vertical optical meter
- SPE
- Nitrogen blowing instrument
- Reflection tester
- uv-vis
- Dual beam UV visible spectrophotometer
- Visible spectrophotometer
Shanghai Spectral Analysis Instrument Co., Ltd
TU-1810 plus
NegotiableUpdate on 12/15
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Overview
Features: TU-1810plus has a unique and reasonable modular design for light, machine, point, and microcomputer, with a streamlined appearance and ultra-high performance and cost-effectiveness
Product Details
feature：
The TU-1810plus has a unique and reasonable modular design for light, machine, point, and microcomputer, with a streamlined appearance and ultra-high performance and cost-effectiveness.Proportional monitoring automaticultravioletVisible spectrophotometerIt adopts a brand new optical platform, ARM chip control and data processing, and the instrument has a single machine with
Functions such as photometric measurement, spectral scanning, automatic scanning, automatic curve building, kinetics, and multi wavelength measurement.
● Truly achieve massive document saving, can directly output PDF, Excel, Email, with a 3-digit USB port for output,
Design a unique optical system, 1600/mm high-performance holographic imported grating, and original imported high-performance receiver to ensure excellent performance indicators of the instrument.
Imported environmentally friendly deuterium lamp system effectively reduces your inhalation of ozone; Original imported OSRAM tungsten lamp holder and OSRAM long-life tungsten lamp.
Advanced control system that can monitor the real-time lighting time of deuterium and tungsten lamps;
The socket type deuterium lamp and tungsten lamp design can save you the trouble of optical debugging after replacing the lamp;
● Large sample chamber, 5-100mm various specifications of colorimetric dishes; Can be directly connected to a printer to print graphs and experimental data;
GLP self identification function, which can detect the wavelength accuracy and photometric accuracy of the instrument at any time as needed, and issue a detection report;
● Large sample room with built-in 5cm 8-link multifunctional sample rack.
technical indicators
| Product Model | TU-1810 plus |
| optical system | CT optical path structure ratio monitoringUV visible spectrophotometerWavelength 0.1 nm, focal length 200mm |
| spectral bandwidth | 1.8nm |
| wavelength range | 190—1100 nm |
| display | Dual mode operation instrument host 8-inch true color touch LCD display screen+PC workstation |
| Wavelength accuracy | ± 0.3nm (@ 656.1nmD2, ± 0.3nm (full wavelength range)) measured ± 0.3nm |
| stray light | ≤0.03%T(220nm Nal;360nm NaNO2) |
| luminance range | 0-200%T，-0.301-6.0A，-9999-9999C |
| Photometric accuracy | ±0.002A(0-0.5A), ±0.3%T(0-100%T) |
| photometric repeatability | ±0.001A(0-0.5A), ±0.15%T(0-100%T) |
| data output | USB data output, email, PDF, Excel Bluetooth language mode: automatic switching between Chinese and English |
| weight | 14 kilograms |
| size | 450*300*200mm |
| power supply | AC 90-240V； Power 100W |
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Main Function Introduction
Basic measurement
You can choose the desired testing wavelength and method within the range of 190-1100nm to determine the absorbance or transmittance of the sample at the set wavelength.
The concentration of the sample can also be directly read by inputting the concentration of the standard sample or concentration factor.
Quantitative measurement
Measure the content of an unknown concentration sample solution by using a curve with known parameter factors or establishing a standard solution curve.
You can choose the desired testing wavelength and method within the range of 190-1100nm to determine the absorbance or transmittance of the sample at the set wavelength.
The concentration of the sample can also be directly read by inputting the concentration of the standard sample or concentration factor.
Quantitative measurement
Measure the content of an unknown concentration sample solution by using a curve with known parameter factors or establishing a standard solution curve.
Single point method testing
Quantitative analysis of samples can be performed by obtaining the concentration factor from a standard sample and reading the sample concentration.
Quantitative analysis of samples can be performed by obtaining the concentration factor from a standard sample and reading the sample concentration.
·Standard Curve<Multi point Method>
For quantitative analysis of samples, multiple standard samples (two or more) can be used to establish absorbance concentration curves at different wavelengths, and the unknown sample concentration can be obtained from these curves.
spectral measurement
Spectral scanning, qualitative analysis of unknown samples, analysis of the maximum and minimum absorption peak positions of unknown samples, analysis of absorbance, transmittance, energy, etc. at each wavelength of unknown samples
It can record the curve of the absorbance, transmittance, or energy of the sample as a function of wavelength, and measure the peak and valley values.
The user sets a wavelength range and scanning interval, performs blank zeroing with a reference solution, and then scans the sample solution. The scanning speed is not less than 4100nm per minute (1nm interval), with four scanning modes.
Time measurement
Dynamics measurement, also known as time measurement, refers to the process where users set wavelength points based on their own samples and scan the sample solution within a certain scanning time range at regular intervals
Measure absorbance or transmittance at scanning intervals, or convert absorbance to concentration by inputting concentration factors.
Can perform time scanning to set single wavelength absorbance or transmittance, and establish absorbance (or transmittance) - time curve
Multi wavelength measurement
Users can measure the absorbance or transmittance of the sample solution at 2-50 multiple wavelength points at once. Greatly improve the efficiency, convenience, speed, and accuracy of experimenters' work
For quantitative analysis of samples, multiple standard samples (two or more) can be used to establish absorbance concentration curves at different wavelengths, and the unknown sample concentration can be obtained from these curves.
spectral measurement
Spectral scanning, qualitative analysis of unknown samples, analysis of the maximum and minimum absorption peak positions of unknown samples, analysis of absorbance, transmittance, energy, etc. at each wavelength of unknown samples
It can record the curve of the absorbance, transmittance, or energy of the sample as a function of wavelength, and measure the peak and valley values.
The user sets a wavelength range and scanning interval, performs blank zeroing with a reference solution, and then scans the sample solution. The scanning speed is not less than 4100nm per minute (1nm interval), with four scanning modes.
Time measurement
Dynamics measurement, also known as time measurement, refers to the process where users set wavelength points based on their own samples and scan the sample solution within a certain scanning time range at regular intervals
Measure absorbance or transmittance at scanning intervals, or convert absorbance to concentration by inputting concentration factors.
Can perform time scanning to set single wavelength absorbance or transmittance, and establish absorbance (or transmittance) - time curve
Multi wavelength measurement
Users can measure the absorbance or transmittance of the sample solution at 2-50 multiple wavelength points at once. Greatly improve the efficiency, convenience, speed, and accuracy of experimenters' work
Automatic measurement of DNA/protein
The automatic measurement of DNA/protein mainly involves measuring the absorbance at the points of 260nm/280nm/230nm/320nm, and obtaining the concentration of DNA and protein according to the calculation formula.
configuration table
| serial number | name | quantity | Remarks |
| 1 | Automatic UV visible spectrophotometer host | One unit | |
| 2 | power cord | One root | |
| 3 | High performance paired quartz colorimetric dish 1cm | Two pieces | |
| 4 | High performance paired glass colorimetric dish 1cm | Four of them | |
| 5 |
Data package (operation manual, warranty card Product Qualification Certificate |
a set | |
| 6 | Multi functional 5cm 8-color comparison pool | a set | advantage |
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Optional PC workstation |
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| 7 |
Win10 Spectral Analyst PC Workstation Contains GMP audit tracking software that meets the requirements of the 2020 Pharmacopoeia and is bound to the Win system |
a set | optional |
| 8 | USB connection cable | One root | optional |
| 9 | Automatic eight rack | a set | optional |
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