Zinsser Analytic has been providing customized laboratory solutions and consumable products for almost 50 years. With unique capabilities in developing automated fluid and powder handling systems, Zinsser Analytic provides technologies for a wide range of industries, including diagnostic research, pharmaceutical, chemical, and agricultural.
The top tier lab automation solutions are complemented by Zinsser Analytic’s Windows-based WinLissy software. Developed and incrementally improved since 1995, WinLissy is a powerful and flexible automation control and method design software that is equipped with sophisticated liquid and powder data handling capabilities and beyond, as well as allowing you full control of your automation system. WinLissy can adapt to the most demanding lab automation requirements.
Keep in mind that WinLissy is dependent on the automated testing platform you choose, and it initially needs to be programmed to align with the platform. Our team of application engineers will assist you and do the work of adapting WinLissy to your platform. In a sense, WinLissy is always customized to your specific needs.
WinLissy has a simple-to-use interface, making it easy for you and your staff to configure each step of the testing process when needed. Each process step can be designed individually to allow for a variety of unique processes depending on different samples, chemicals, and solvents. WinLissy allows you to easily set up the sample workup and solid-phase extraction system according to your requirements and processes.WinLissy provides you with the following abilities/features:
WinLissy modules enhance the software package to be highly flexible. Users can start with the ZA Runner to run pre-defined methods and simulations. Advanced users can use the ZA Layouter and ZA Designer to define rack layouts and set workflows and methods for testing, respectively. The ZA Layouter and ZA Designer are typically used by our application technicians and designers to provide the best experience for our customers.
WinLissy can control specific devices and easily integrates with other software, importing files from databases and exporting results in various standardized formats like CSV, SQL, XML, and Oracle file formats.
When your processes need higher flexibility than usual, the Worklist Creator can be used as an add-on application. The Worklist Creator allows you to create, plan, and export worklists to WinLissy for execution through simple drag and drop functionality using intuitive editors, for example, the pipetting editor, which offers an intuitive way to create pipette lists.
Since every process step is designed using the different WinLissy modules, multiple workflows can run simultaneously and changes can be applied with WinLissy. The customized sequential arrangement of the process can be composed by importing a specified MS Excel file, or through the Worklist Creator. Processes can either be carried out in a batch or in a continuous sample processing, whatever your specific requirements are.
The current version of WinLissy is the result of years of improvement, incremental updates, and industry-specific needs. To provide a maintained functionality and compatibility, Zinsser Analytic fully supports WinLissy through ongoing development and subsequent updates.
The pre-designed spreadsheets allow you to define the sequence of process steps, testing samples as well as racks. Input files can take various forms that suit your needs, for example, spreadsheets, text files, CSV files, etc. The example below displays the usage of a spreadsheet which is most commonly used.
The ZA Runner module allows you to execute the methods defined through the ZA Designer and ZA Layouter. The ZA Runner is the central application that combines all the aspects of testing and allows you to view the hardware used, and testing steps, and execute your methods.
We recommend that, as a first step, you allow our application engineers to set up WinLissy to your requirements. This includes:
It allows the application engineer to define test methods and then run them virtually to test them. Various laboratory devices can also be added to the hardware platform. The ZA Designer includes the Method Designer where customized import relations can be defined and process sequences can be imported.
Used to define hardware racks used in layouts on the workbench based on testing requirements. For example, a hardware gripper can be precisely positioned and tested. Layouts can be reused for other testing requirements.
The ZA Layouter allows you to: