Indizo is a fully walk away platform that automates the labor intensive and error-prone tasks of spraying, weighing, and sample collection for pump delivery and dose content uniformity testing for vertically and side-actuated nasal sprays.

Using Vereo^® Actuator technology as its core engine and Viota^® software for control and analysis, the system reduces out-of-specification results and manual inconsistencies with precise, repeatable actuation, offering a superior level of parameter control to mimic human usage.

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.

The Kinaero™ High-Throughput Fire-Down System is a solution that precisely automates shaking and actuation of up to 10 devices simultaneously, ensuring uniform dose delivery for every shot through the life of the devices.

Designed to meet rigorous testing standards for orally inhaled and nasal drug products (OINDPs), SprayVIEW® Measurement Systems are the industry standard for measuring and analyzing the spray pattern and plume geometry produced by spray and aerosol generating devices.

These systems have been validated and are being used in development and production environments at leading pharmaceutical companies, CDO/CMO/CROs, device manufacturers, and regulatory agencies around the world.

Vereo Actuators replicate the human usage of devices to provide consistent and reliable in vitro testing results across a wide range of spray and aerosol analysis applications. Precise control of actuation parameters lets you hone in on specific profiles of interest.

Four different actuator models and a selection of device holders accommodate any spray or aerosol delivery mechanism. We can also design a device-specific holder to match the contours of your proprietary device. The robust, proven functionality, combined with Proveris’ unrivaled experience in automated actuation make Vereo Actuators the preferred choice of the leading device manufacturers, generic and innovator pharmaceutical companies, home and beauty companies, CDO/CMO/CROs, and regulatory agencies around the world.

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.

Containing all the tools you need to achieve 21 CFR Part 11 compliance, the software eliminates paper record keeping, and lets you manage your data more efficiently. Use of a traditional client-server architecture ensures that data is collected and stored safely and securely, and available for analysis any time, anywhere.

The Nitron High-Temperature Automated Digestion and Dispensing system is designed for routine and customizable methods that require heating up to 400°C.

The QPrep Automated Workstation provides an integrated solution for precise sample Laboratory dilutions, Liquid Transfers, dispensing and other Automated Liquid Handling Systems functions for the laboratory.

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.

QPlate Wireless is our latest Lab Digestion System in Wireless Computing Connectivity to offer enhanced productivity, reliability and control for critical chemistry solutions – with precision.

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 6MBA is the basic model offered within the Ray-Ran Range of Melt Flow Indexers. The manually operated test procedure is very simple to undertake. Molten Polymer is extruded through a closely controlled orifice (die) from the apparatus using pre set conditions of temperature and pressure produced by a dead weight system. The extruded polymer is cut off manually and is then weighed. Using the time interval to extrude the polymer its flow rate over 10 minutes can easily be determined, thus giving the Melt Flow Index (MFI) or Melt Mass Flow Rate (MFR) in g/10 min. By conducting a simple Density Test at test temperature on the same material using the same pre set conditions and a known piston travel distance the Melt Volume Rate (MVR) can also be determined.

The 6MPCA is the most advanced model offered within the Ray-Ran Range of Melt Flow Indexers. The operating procedure is very simple to undertake using its on board advanced microprocessor technology. The large liquid crystal display (LCD) provides simple on screen instructions reducing user error and the test parameters are easily entered via the alpha numeric membrane keypad. The apparatus can accurately determine results for MFR, MVR and Density at test temperature.

Bulk density apparatus is testing equipment used to measure the bulk density property of powder, granules and other “divided” solids, especially used in reference to mineral components (soil, gravel, sand), chemical substances, (pharmaceutical), plastics like polyethylene (hdpe or mdpe) pvc, polystyrene etc, or foodstuff and any other masses of granular or particulate matter. The Method A tester is primarily used to measure the apparent density of fine granules that can be poured readily through a “V” shaped funnel, the material under test is allowed to flow into a cylindrical cup with a known volume of 100cm³.