Product Detail

Product Detail

MP xtend

Key Features
  • HIGHLY EFFECTIVE – Fast heating & degassing of dissolution medium with vacuum degassing
  • DATA INTEGRITY – Full audit trail and reporting of all steps performed including dispensing and tank cleaning
  • ERGONOMIC – Universal SmartFill™ dispensing head fits on all vessel types and avoids re-aeration
  • PRODUCTIVITY – Medium tank with 16 litres capacity for multiple dissolution runs
  • CLEAN – Automated self-cleaning enables validation of the cleaning process
  • EASY – Intuitive user interface with menu-guided steps for simple operation
  • FLEXIBILITY – Heat & degas distilled ionized water, ready-to-use medium, or prepare dissolution medium with up to two concentrates
Category

Share This Items :

Free installation

Lorem ipsum dolor sit amet, consectetur

FREE SHIPPING

Lorem ipsum dolor sit amet, consectetur

Product Description

The universal SmartFill™ dispensing head of the MP Xtend™ media preparation station fits securely on any vessel type and brand. Its ergonomic design enables users to quickly and accurately fill multiple vessels at a central location in your lab. Alternatively it is possible to dispense directly into the vessels of any dissolution bath without having to remove the glassware.

Related Products

Related Products

DT50

The bathless DT50 sets new standards in fast and user-friendly operation. Induction heating technology reduces heating times to only 3 – 5 minutes and eliminates unproductive cleaning tasks. Proven automatic end-point detection makes visual monitoring by the operator a thing of the past.

USP4

Sometimes referred to as the “Swiss Army Knife”, flow-through cells allow dissolution testing of virtually all dosage forms. SOTAX was the first manufacturer to develop a standardized flow-through dissolution tester and has ever since helped pharmaceutical companies all over the world in designing robust flow-through methods – and new flow-through cells for novel dosage forms.

ATS Xtend™ Offline

Dissolution tester automatically withdraw, filter, and collect samples in tubes, capped LC vials, or well plates