Erweka

Erweka MultiCheck 6 Tablet Hardness Testers

Erweka MultiCheck 6 Tablet Hardness Testers offers ease of operation, maximum efficiency and enhanced operator convenience. This fully automatic combination tester is packed with innovative technology: The intuitive touch display with integrated MC.NET software functionality, the capsule weight measurement system and the patented Oblong Navigator® are only some of the innovative features. In addition, the MultiCheck 6 provides an unsurpassed low noise level and cleanest operation in its class.
Proven features have been retained: Erweka MultiCheck 6 can test up to five tablet parameters, fully automated and 100 % compliant with all pharmacopoeias around the world: A true all-rounder.
 

The Multicheck 6 Touch Display

Convenient Operation – Broad Feature Set
During the development of the MultiCheck 6 touch display we focused on the features which users will find most useful: Easy and fast creation of methods, launching of tests and documentation of test results. The intuitive touch display enables easy operation of offered functions. Thanks to the integrated MC.NET software functions, measurements can be launched and results displayed directly on the unit.
 
Storage Of Test Results!
By default, the unit stores 100 products/methods and has a product memory that can hold up to 1 million test results – enabling results from earlier tests to be re-called whenever required. In addition, extensive integrated calibration functions and the Audit Trail Light feature (logging What, Who, When) ensures that you have access to precise test results and extensive documentation of all working steps at all time - highest user convenience combined with powerful functionality.
 

  • High-Throughput Fluorescence Imaging and Analysis of Spheroids

    Introduction As cells do not grow in isolation, traditional two-dimensional (2D) cell culture monolayer models lack physiologically relevant environmental conditions and can have drastic differences in terms of their physical and biochemical features, compared to intact biological systems. Since more physiologically relevant animal studies are time consuming and expensive, there is a need for experimental models that span the gap between in vitro cell-based assays and in vivo animal studies.

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