
Epicor Connected Process Control (CPC) enables manufacturers to digitize and standardize production processes through a flexible no-code/low-code manufacturing platform. Combining digital work instructions, operator guidance, process control, and real-time data collection, CPC helps teams improve execution, reduce errors, and maintain consistent production across assembly and manufacturing operations.
With support for connected equipment and shop floor devices, manufacturers can capture production and quality data directly from operations while gaining greater visibility into performance, defects, rework, and process compliance. Product traceability capabilities provide a detailed history of each product's build and inspection record, supporting quality initiatives and continuous improvement efforts.
CPC is well suited for manufacturers managing complex product variations, dynamically presenting operators with the appropriate instructions and process requirements for each build. By connecting people, processes, and production data within a single platform, manufacturers can improve quality, increase operational visibility, and drive more consistent outcomes across the shop floor.
Available on-premises or in the cloud, CPC scales from individual production areas to enterprise-wide manufacturing environments.
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Jama Connect® is an innovative platform for product development that establishes Living Requirements™. It weaves together disparate activities related to testing and risk management, ensuring comprehensive compliance, mitigating potential risks, enhancing processes, and maintaining adherence to regulations. Organizations involved in developing intricate products, systems, and software can now effectively outline, synchronize, and implement their requirements. This streamlined approach significantly decreases the time and resources needed to demonstrate compliance and minimizes the need for rework. By selecting a user-friendly, adaptable solution accompanied by supportive services focused on fostering adoption, companies can confidently pave the way to their success. The platform’s design emphasizes collaboration, ensuring that all stakeholders are aligned throughout the product development lifecycle.
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CSAM ProSang
CSAM ProSang is an advanced Laboratory Information Management System (LIMS) that efficiently manages the entire lifecycle of blood, cells, and tissues, beginning from donation and leading up to their application in transfusions or transplants. Presently, it operates across five nations, catering to over 180 blood centers that are spread throughout 26 healthcare regions. The robust capabilities of CSAM ProSang cover all aspects of blood donor management along with the oversight, production, analysis, allocation, and distribution of blood for transfusion activities. Furthermore, it utilizes a standardized approach relevant to the management of stem cells, organ transplants, and tissues. The system also oversees immunological evaluations, which include tests for immunogenicity and tissue-type serology. From the collection of a donor's sample through every phase of production, analysis, and final delivery to the recipient, CSAM ProSang meticulously monitors each step using barcode labels. This innovative barcode technology not only improves operational efficiency but also triggers automatic alerts for users when an incorrect blood, cell, or tissue sample is identified, thereby maintaining safety and accuracy throughout the entire process. By prioritizing precision and reliability, CSAM ProSang stands out as an indispensable asset in the realm of contemporary healthcare management, ultimately contributing to better patient outcomes.
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CellCount
CellCount is a web-based application specifically created for the purpose of counting cells in laboratory environments that employ either hemocytometers or images from automated cell counters. This software efficiently analyzes images taken by microscope cameras or smartphones to locate the chamber grid and accurately quantify both viable and non-viable cells using the trypan blue exclusion technique. In cases where the grid recognition fails, users have the flexibility to manually mark the crossings for precise counting. The application delivers results that include cell viability percentages, corrected dilution cell concentrations per milliliter, and a histogram that illustrates cell size distributions. Users can observe the detected cells as they are outlined in the images and have the option to add or remove detections, modify classifications, and validate the final cell count. Furthermore, the application supports the sharing of protocols, enabling laboratories to preserve essential settings like dilution rates, selected squares, sensitivity thresholds, and parameters for cell sizes. By keeping detailed records of their samples, teams can export in-depth reports along with collections of images, and they have the ability to verify accepted records through a SHA-256 hash for added security. In conclusion, CellCount serves a diverse range of research and biotechnology laboratories that handle various cell types, such as cell lines, primary cells like PBMCs, and yeast, proving to be an indispensable tool for comprehensive cell analysis and management in scientific research.
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