L7 Scheduling
Time to challenge the resource scheduling status quo.
L7 Notebooks is an integral component of the L7|ESP Unified Platform, which consolidates protocols and notebook library data within the same database that houses LIMS, inventory data, scheduling tools, and various other applications. This system leverages the existing workflow chain configurations of L7|ESP to automate task orchestration seamlessly. For instance, when a benchtop researcher logs a sample collection in Notebooks, the system automatically schedules the corresponding analytical procedure in L7 LIMS and then retrieves the results back into Notebooks for analysis and interpretation.
Introducing L7 Scheduling.
L7 Scheduling provides a robust solution to the production and patient treatment management challenges faced by pharmaceutical manufacturing departments and organizations.
Robust data integrity
Maintain data integrity through role-based user access controls, comprehensive audit trails, and secure electronic signatures.
Priority-based scheduling
Enables efficient resource allocation based on task priority, expected completion dates, and duration.
Integrated assignee details
Incorporates essential assignee information, including workgroup, location, and equipment, into the scheduling process.
Unified platform integration
Seamlessly integrates into the L7|ESP Unified Platform, contextualizing data and orchestrating workflows across the analytical and manufacturing ecosystem.
System synchronization
Ensures automatic synchronization with MES and LIMS applications for streamlined operations.
Complex supply chain support
Addresses the complexities of real-world process supply chains and their scheduling demands.
Regulatory compliance
Guarantees compliance with 21 CFR Part 11 for the production of small molecules, biologics, and cell and gene therapy products.
Dive deeper into the platform.
L7|SYNAPSE™ Datasheet
L7|SYNAPSE™ is the agentic AI layer of L7|ESP®, connecting natural-language interaction with governed scientific data, approved documentation, user permissions, and workflow execution. Designed for regulated life sciences environments, it grounds responses in an organization’s own knowledge and operational context. This datasheet provides an introduction to L7|SYNAPSE and its capabilities for retrieving information across L7|ESP, generating…
DownloadL7|ESP® Platform Brochure
L7|ESP® is the Agentic Operating System for Precision Science, bringing workflow orchestration, data contextualization, scientific applications, and system connectivity into one operating environment. It supports research, development, manufacturing, quality, and diagnostics while preserving the relationships among processes, materials, instruments, people, and results as work is executed. This brochure provides an overview of the L7|ESP architecture,…
DownloadL7 Scheduling Datasheet
L7 Scheduling is the resource scheduling and capacity planning application within L7|ESP®. It coordinates staff, instruments, equipment, tasks, and workflows across laboratory and manufacturing operations using priorities, expected completion dates, task duration, location, and resource availability. The datasheet describes how L7 Scheduling connects planning with L7|ESP workflow and operational data, synchronizes with L7 LIMS and…
DownloadL7 Scheduling Builds on Embedded Workflows to Maximize Production Capacity and Operational Efficiency
L7 Scheduling efficiently manages the schedules of personnel, workgroups, locations, equipment, and custom resources. It dynamically and automatically links these schedules to entries and "schedulable" data sources. This functionality is invaluable for laboratories and therapeutic manufacturing units, ensuring streamlined operations and optimized resource utilization.
ReadWhat customers are saying.
By utilizing L7 Scheduling as part of the L7|ESP Unified Platform allows researchers to run their laboratories at capacity with optimized resource utilization and staff schedules. Automating the administrative burden with L7|ESP allows laboratory staff to focus on high-value activities while optimizing production cost-effectiveness.