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Full system control and real-time monitoring 
The DT-810 dissolution tester is controlled by a 21 CFR 11 compliant software package. The dedicated software offers easy-to-use operation for fully-automated control and monitoring of testing processes of the whole system including the the pump, the fraction collector and the UV/VIS spectrophotometer. Powerful and user-friendly features include a validation program compliant with USP, EP and Japanese Pharmacopoeia procedures, a daily self-diagnostic function, monitoring functions of the system conditions and system status such as the bath temperature, vessel temperature and the UV/Vis absorbance of the sample, among other parameters.

Jasco P-2000 digital polarimeter
A new generation of polarimeters offering simplicity, reliability and complete validation protocols.

FP-8000 series spectrofluorometer
The FP-8000 series incorporates Jasco's latest technology to offer enhanced performance and functionality; realizing high sensitivity measurements, a wide dynamic range, an automatic cut filter to exclude higher order diffraction, the fastest scan speed for rapid 3-D measurements and high-speed data acquisition for phosphorescence measurements. 
A wide range of accessories is available to offer capabilities for the needs of all operators and the Jacso Spectra Manager II software ensures an easy to use system. 
The FP-8000 series includes 4 different models to meet user requirements from simple luminescence experiments to advanced materials applications.

Features of the J-1000 series 
The three models of the J-1000 series offer the most robust feature set available, for applications ranging from education and routine analysis to complex research with strict requirements. 

Jasco provides the solution for the next chiral technology
Circularly Polarized Luminescence (CPL) gives different/complementary information to other chiroptical techniques such as ORD, CD, VCD and ROA, since it reflects the structural properties of the first excited state. In addition emission properties may be more interesting than the absorption ones, particularly in the field of new materials research, where emission features have more technological impact. Lastly theoretical calculations for the excited chiral molecules are now possible, due to the increasing computational power in several laboratories. All these factors contribute to the growing interest toward this technique.