Page 6 - Shimadzu Tm Analysis System
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Efficient Automated Workflow
• Automated support functions utilizing digital technologies, such as M2M, IoT, and
Artificial Intelligence (AI), that enable higher productivity and maximum reliability.
Conventional Tm analysis requires multiple steps, including checking the UV-Vis spectrum, annealing,
• Allows a system to monitor and diagnose itself, handle any issues during data acquisition
measuring the melting curve, and analyzing data, with recording and data management performed separately.
without user input, and automatically behave as if it were operated by an expert.
In contrast, LabSolutions UV-Vis Tm achieves a seamless workflow and efficient Tm analysis by performing
• Supports the acquisition of high-quality, reproducible data regardless of an operator’s
time-consuming annealing, correction (background wavelength and temperature blank correction), skill level for both routine and demanding applications.
and Tm value calculation (average or derivative methods) steps automatically.
Check data by Easy setting Retains a record of
NEW switching configuration and everything from
between tabs automatic analysis measurement
to analysis
Tm Analysis System
Melting Curve Tm Analysis Settings
Application log
LOG
(LabSolutions DB)
UV-Vis Spectra Temperature Program Settings
Tm Value
One Step Analysis
Measure spectrum Anneal Measure Tm values and analyze data Calculate Tm values
A
B C
B C D
D
A
records prevents Tm value reproducibility
be entered manually each time
transition from spectral
measurement to annealing/melting
Our conventional method Risk of switching samples during measurement curve measurement Annealing temperature must Lack of analysis process/parameter Tm Value Tm Value
No record of annealing
Annealing/melting
Spectral
curve measurement steps
execution is retained
steps
steps
Tedious data management because
spectral and melting curve
temperature is retained
data are managed separately No record of annealing Analysis results can vary depending
on the analyst
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