LAB+ | EDI
interface framework
The EDI module (Electronic Data Interchange) from
MAQSIMA LAB+ | The LIMS is a powerful feature,
that is, the electronic exchange of data and documents
between the laboratory and external partners.
It automates and optimizes data exchange
Communication,resulting in efficient collaboration
and process improvements.
The LAB+ | module EDI supports various data formats and protocols,
to ensure a seamless exchange of information with external partners such as customers, suppliers or regulatory authorities. By implementing standardized EDI formats, data can be transferred quickly and securely, minimizing manual entries and potential errors.
The module enables the electronic receipt of orders and inquiries from customers. As soon as an order is received via the EDI system, it is automatically imported into the LIMS and integrated into the corresponding workflow. This speeds up the sampling and analysis process and improves the laboratory's response time.
In addition, the EDI module supports the automatic sending of results and reports to customers. Once the analyzes are completed, the results are generated directly from the LIMS and sent to customers via the EDI system. This eliminates the manual sending of reports and ensures quick and reliable delivery of results.
Another advantage of the EDI module is that it enables the exchange of quality control data with suppliers. Through automated data exchange, information on raw materials, ingredients or product specifications can be exchanged directly between the laboratory and suppliers. This makes it easier to manage quality standards, support regulatory compliance and improve supply chain processes.
In summary, this enables MAQSIMA LAB+ | EDI enables the electronic exchange of data and documents between the laboratory and external partners. It optimizes the flow of information, accelerates processes and improves efficiency. By implementing the EDI module, laboratories can improve their communication and achieve seamless integration into business processes.
