Micro-spectrophotometer TRMS-603 Micro-spectrophotometer TRMS-603 is an innovative type of full-wavelength spectrophotometer for the detection of samples. The wavelength of the cuvette is 200nm to 850nm. Equipped with stainless steel and quartz fibre with Bluetooth and WIFI united in, allowing for remote control and printing of results. Built-in fibre to prevent fibre splitting as a response to external force collisions, which would cause irregular measurement results.
Wavelength scanning Range | 190 to 850 nm |
Wavelength Accuracy | ±1 nm |
Optical Path | 1/0.5/0.05 mm automatic conversion |
Optical Range | 190 to 1100 nm |
Sample Volume | 0.3 to 2.0 μl |
Wavelength Resolution | 2 nm (FWHM Hg 546n m) |
Cuvette wavelength Range | 200 nm to 850 nm |
Trial cuvette Specifications (light path) | 1/2/5/10 mm |
Cuvette minimum Volume | 50 μl |
Sample level Height | 5 mm |
Type | Recyclable micro cuvette |
Cuvette darkroom | standard cuvette darkroom |
Absorbance Accuracy | 2 nm (FWHM Hg 546n m) |
Absorbance Range | 0.002 Abs |
Nucleic acid Range | 1% (0.76 absorbance at 350nm) |
Protein Range | 0.002 to 300 Abs (equivalent to 10mm optical path) |
Detection Time | 0.4 to 15000 ng/μl (ds-DNA) |
Machine Size | 0.01 to 400 mg/ml (BSA) |
Weight | less than 3s |
Light Source | 20×30×20 cm |
Detector | 3.5 kg |
There is no need to warm up checking can begin at any time
Built-in Win10 system, constructed 7-inch high-definition showcase, full touch operation
32GB of storage space is pre-installed
Two USB ports can be connected to a variety of devices
The platform is constructed out of stainless steel and quartz fibre
Built-in fibre to prevent fibre breakage caused by external force collision, resulting in chaotic measurement results
Built-in Bluetooth and WIFI allow for remote operation and wireless printing of results
Users can save measuring device result data and design techniques straight in spreadsheet mode with a digital manual
Applicable for detecting nucleic acid, protein, colloidal, and proteomic samples, as well as conventional full-wavelength scanning, among other things.
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