Tablet Dissolution Apparatus DS 14000 with Piston Pump Labindia Analytical

Labindia Tablet Dissolution Tester, DS14000 with imported bi-directional peristaltic pump allows accurate & precise sample collection in sample collector. It is uniquely designed to support USP 1, 2, 5 & 6 and is compliant with the latest USP, BP, IP pharmacopeias. Apparatus for Intrinsic test & Stationary basket methods are also available.

Standard Features

1. Advanced micro controller based user friendly state-of-the-art product design with alphanumeric splash waterproof polyester soft keys. User interactive software in dialogue mode for ease of operation with protection against invalid entries

2. Support USP 1, 2, 5 & 6 and is complaint with USP, BP, IP specifications. Apparatus for Intrinsic test & Stationary basket methods are also available

3. Conical shaped low evaporation recovery lids on the tablet dispenser reduces the media loss during long dissolution run

4. Mono shaft design allows easy changeover between Apparatus I & II thus eliminates the routine height validation check per USP

5. Apparatus for Intrinsic test & Stationary basket methods are also available

6. Tablet Dispenser drops 12 dosage form at single instance

7. Non-Volatile Memory storage of 15 methods with parameter

8. GLP Complaint report format with Alphanumeric entries of Sample name & identification number for authentication

9. RS 232C Interface for PC connectivity & Parallel port for printer

PUMP SYSTEM - PP 08

Piston Pump - PP 12 is Microprocessor controlled and is ideal for Sample withdrawal from 12 channels

The Piston Pump - PP 12 with inert ceramic rotor overcomes all absorption issues

High flow rates of 25 ml / min can be achieved with accuracy better than 1%

Rinse function for reducing carryover issues

Ceramic rotor eliminated drug Adsorption issue

Life : min One million cycles

High volumetric Accuracy ±0.1 ml FOR 10 ml

Due to individual rotation, in case of one pump failure other can be operated

Flow rate can be programmed 25 ml/min

Surfactant Media Compatibility