Manual PMDI wasting is a tedious time consuming task that can result in repetitive stress injuries over time. Coupled with this risk, improper manual shaking and shake-to-fire intervals in testing can vary the delivered dose from 75% to 320% of label claim per actuation. Over or under-delivery of the delivered dose during a single actuation can change the total drug concentration, introduce variability, and impact final results.

Viota^® software easily keeps you in control of every aspect of your OINDP testing. The powerful, intuitive interface makes it simple to create methods, execute system runs, and analyze important data across all Proveris instruments.

Vulcan comes with an option of Syringe or Laboratory Peristaltic pump based reagent delivery system which are made of super engineering plastics, having excellent corrosion resistance, enabling the pumps to be used with strong acids, strong alkalis, and chemical solutions that erode general-purpose plastics. They are highly resistant to heat.

Our custom designed QAsh software allows the user to make batch fi les that control all aspects of an ashing process. The samples are ramped or held steady at specifi c temperatures in multiple steps as a function of time according to easy-tomake batch fi le program. Further, the blower motor and fl ow of air to the sample are both under the control of software. This way, precise, reproducible ashing of samples is possible from day to day. All sample ashing data is collected and stored in hard disk for archiving or future viewing in graphical or tabular formats. Several different batch fi les may be made in order to accommodate the varying types of user sample types. If desired, the sample program can be modifi ed at any time, even during running.

The Ray-Ran Advanced Universal Pendulum Impact Tester utilizes advanced microprocessor technology to determine the energy required to break or rupture specimens such as plastics, composites, ceramics and nonferrous metals to international testing methods for Izod, Charpy and Tension Impact Testing. To calculate the impact energy, the apparatus uses advanced and highly accurate rotary encoder technology to record the lost angle of the hammer after impacting a test sample against the angle recorded after calibrating the hammer. The resulting lost angle is calculated as the test sample’s impact energy by the advanced microprocessor system.

Color is a decisive criterion when evaluating product quality. Schmidt + Haensch develops, produces and distributes Colorimeter for photometric determination of liquid color (Coloromat 100) as well as for automatic color grading of crystallized sugar by electronic reflectance meter (Saccharoflex 2020).

Both the Coloromat 100 single-beam photometer and the Saccharoflex 2020 reflectance meter have pre-installed methods performing sample analyses conform to ICUMSA standards.