Dissolution Tester F-DIST107 widely used pharmaceutical benchtop device with microprocessor-controlled technology. Design consist of cabinet, control system, electrical system, water bath system, transmission system, sensor, and paddle components, vessel and pole. The basket and paddle units are made-up of SUS316L stainless steel. Features eight vessels and eight poles (four vessels and four poles at front and other at back), offers speed range of 20 to 200 rpm and time range of 1 to 900 min. The magnetism-pumped circular water current system used for even heat distribution. Has convenient operation with high precision control, mobilization, sensitivity and low noise. The unit has auto testing, auto diagnose and auto alarm system features, and LED screen shows pre-set and real data alternately in time.
Four vessels and four poles in front and others at back
Speed range
20 to 200 rpm
Speed accuracy
± 2 rpm
Maximum capacity of beaker
1000 ml
Basket radial run-out
± 1.0 mm
Paddle radial run-out
± 0.5 mm
Temperature range
Ambient to +45.0°C
Temperature Stability
± 0.3°C
Preset timing nine points
1 to 999 min
Time accuracy
± 0.3%
Power
1200 W
Voltage
AC 110V/220V, 50Hz/60Hz
Dimension (W × D × H)
680 × 540 × 480 mm
Net weight
74.5 kg
Eight vessels and eight poles design: four vessels and four poles at front and other at back
Basket and paddle units are made-up of SUS316L stainless steel
Microprocessor controlled technology, automatic control of temperature, rotational speed and time
Automatic up and down head movement
Conveniently operated by keystroke
Time and other parameters can be pre-set at many points
Tester automatically runs to the next vessel with the automatic beep sound
Magnetism-pumped circular water current heat the system evenly and bath liquid achieves an equal temperature
Pre-set and real data displayed alternately on the LED screen
High automation with auto test, auto diagnose and auto alarm
It finds wide application in Pharmaceutical Industry, for detecting velocity and extent rate of dissolution i.e. solution formation from a dosage form like tablet, capsule, and ointment, etc. across manufacturing plants, research centres.
