Sim-100 Micro-spectrophotometer
The Simgen Sim-100 Micro Spectrophotometer is a new full wavelength micro-volume spectrophotometer that applies the surface tension properties of liquids with a sample volume of 0.5-2 μl. On the detection table, a fixed optical path is pulled out through the contact of the upper and lower arms to achieve rapid, micro, and high-concentration detection, and at the same time, there is no need for consumables such as quartz tubes and capillaries. The high-energy xenon light source provides full-spectrum detection from 190-840 nm and can be turned on and used at any time without the need for warm-up. The instrument is widely used to detect nucleic acids, proteins, cell solutions, microarray samples, and conventional full-wavelength scanning.
Sim-100 Micro-spectrophotometer
The Simgen Sim-100 Micro Spectrophotometer is a new full wavelength micro-volume spectrophotometer that applies the surface tension properties of liquids with a sample volume of 0.5-2 μl. On the detection table, a fixed optical path is pulled out through the contact of the upper and lower arms to achieve rapid, micro, and high-concentration detection, and at the same time, there is no need for consumables such as quartz tubes and capillaries. The high-energy xenon light source provides full-spectrum detection from 190-840 nm and can be turned on and used at any time without the need for warm-up. The instrument is widely used to detect nucleic acids, proteins, cell solutions, microarray samples, and conventional full-wavelength scanning.
Price List
| Cat. No. | specification | Price |
| Yes-100 | 1 unit | contact us |
Introduction
The Simgen Sim-100 Micro Spectrophotometer is a new full wavelength micro-volume spectrophotometer that applies the surface tension properties of liquids with a sample volume of 0.5-2 μl. On the detection table, a fixed optical path is pulled out through the contact of the upper and lower arms to achieve rapid, micro, and high-concentration detection, and at the same time, there is no need for consumables such as quartz tubes and capillaries. The high-energy xenon light source provides full-spectrum detection from 190-840 nm and can be turned on and used at any time without the need for warm-up. The instrument is widely used to detect nucleic acids, proteins, cell solutions, microarray samples, and conventional full-wavelength scanning.
Features
- The sample volume is small, no dilution is required, and no cuvette is required
- UV-Vis full wavelength scan (200-850 nm)
- No need to preheat, directly open and test, fast speed, direct display of concentration value
- The concentration range of the sample is 50 times that of a conventional UV-Vis spectrophotometer
- Statistical software is simple and easy to master
Specifications:
| Sample Volume | Test Holes | Pathlength | Light source |
| 1-2 μl | 1 pc | 1 mm (automatic to 0.05 mm) | Xenon flash source |
| Detectors: | Wavelength range: | Wavelength accuracy: | Wavelength Resolution: |
| 3864 unit linear CCD array | 200-850 nm | 1 nm | 3 nm（FWHM@Hg546 nm） |
| Absorbance accuracy: | Absorbance accuracy: | Absorbance range: | Lower limit of detection (dsDNA): |
| 0.003 Abs | 1%（0.76 absorbance 350 nm） | 0.02-75（Equivalent to 10 nm） | 2 ng/μl |
| Test time: | Instrument size (mm): | Instrument Medium Weight(kg): | Sample Holder Material: |
| < 5 seconds | 200*170*300 | 1.35 | Quartz fiber and non-lure steel |
| Power Adapter: | Power consumption: | Static Power Consumption: | Software operating platform |
| 12 V DC | 12-18 watts | 5 watts | Windows/OS |
Experimental data
Figure 1: The graph below shows the measured results of DNA concentration and purity.
Resources
Thesis
- Lou H, Li H, Wei T, et al. Stimulatory effects of oleci acid and fungal elicitor on betulinic acid production by submerged cultivation of medicinal mushroom Inonotus obliquus[J]. Journal of Fungi, 2021, 7(4): 266.