Dissolution Tester Trust-E 08 with DC Sample Collector Electrolab 01210404
PART NO: EL01210404
The Trust-E 08 with DC Sample Collector is a 21 CFR Part 11 compliant dissolution tester with a data integrity operating system. It is designed to minimise routine validation and is internationally regulatory compliant. This dissolution tester has easy access to all physical parameters to allow for easy cleaning and mechanical qualification. The dissolution testers are available with 8 stations for your testing needs.
Key Features of the Trust-E:
Key Design Features:- Easy access to all physical parameters for cleaning and mechanical qualification
- Minimal routine validation due to the design
- Sturdy bath top plate that is corrosion free
- All sample contact parts are made of inert materials
- Versatility allows adaptation to USP 1, 2, 5, 6 intrinsic and special height (45 mm) apparatus
- Transparent and amber coloured vessels-capacity ranging from 100 ml to 4 L
- Sampling manifold dives the individual cannulas and vessel temperature probes to the appropriate sampling zone based on the method
- Wake up and sleep mode for the temperature controller saves time and conserves energy
Sample Collector Benefits:
Automation Compatible:- High performance ZDV (Zero-Dead-Volume) syringe pump for precise and accurate sampling
- 2 axis movement of sample collector arm enables piercing of pre-cut septa for HPLC vials
- Enclosed sample collector prevents contamination and excess evaporation of samples
- Rinsing: There are two programmes available for rinsing in the dissolution tester, the Split-Rinse and the Loop-Back. The Split-Rinse is a programmable rinse volume purged to waste in multiple cycles to avoid carryover. Loop-Back circulates the rinse volume through the transfer tubing back to vessel to eliminate waste volume
- Dilution with Stirring: Simultaneous purging and mixing of the aliquot and diluent for homogeneous sample preparation (Patented). Automated dilution of aliquot is possible by using replenishment media or mobile phase