JASCO Asia Portal - Dissolution Tester -

Spectroscopy

Chromatography

Semiconductor

DT-810 Dissolution Tester

Circular bath design for optimum temperature uniformity

The model DT-810 dissolution Tester is fully automated and designed fot flexibility to provide dissolution testing of up to 8 samples with either the paddle method (standard) or the rotating basket method (option). The unique circular design provides uniform wafer temperature while utilizing a round heating element. The Direct-Center automatic centering mechanism provides hands-free positioning of the dissolution vessles and drive shafts for accurate dissolution tests with high reproducibility. all components can be controlled via PC using simple keystroke operations with a user friendly graphic interface.

Meets USP, EP and JP requirements

21 CFR Part 11 compliant

Excellent temperature stability using the circular bath

Uniform temperature distribution between vessels

Easy to set up and maintain

Direct-Center vessel centering for automatic alignment of vessels and drive shafts

Test vessels manufactured with precise tolearnces for vessel dimensions
PC control for monitoring

Automated tablet dropping system for dosage loading

Automatic sampling tube positioning for upper and lower positions

DT-810 Dissolution Tester Systems

	Peristaltic Pump System
	With a rapid pump speed, this system can collect or measure the absorbance of a testing solution in as little as 2 minutes.
	Syringe Pump System
	This system has high pumping volume accuracy and can dilute a collected solution by introducing a dilution solution from an external source. It also supports an 8-position automated filter changer.
	Automated On-line DT-LC System
	The analysis of dissolution samples by conventional spectrophotometers or conventional HPLC separations can require a large amount of time when analyzing the number of samples collected from a dissolution test. By utilizing UHPLC, the analysis time can be reduced from 1/5 to 1/10 the time required compared with conventional HPLC.