#United States #Aerospace #iBase-t #Solumina #Lake Forest

iBase-t Unveils Solumina i130: A Leap in Model-Driven Manufacturing

On April 15, 2026, iBase-t, recognized as a front-runner in cloud software solutions for the Aerospace and Defense industries, announced its latest innovation: the Solumina i130. This new iteration of the Solumina Manufacturing Operations Platform aims to redefine the landscape of configuration-driven manufacturing with its integrated intelligence and model-driven execution workflows.

The Solumina i130 has been engineered for the complexities inherent in Aerospace and Defense manufacturing. By embedding intelligence directly into execution workflows, this platform offers a pathway to measurable return on investments (ROI), shortening the timeline to value and ensuring architectural alignment with stringent manufacturing standards.

Key Features of Solumina i130

The Solumina i130 signifies a continued evolution towards a flexible, model-driven manufacturing platform. This modernization allows manufacturers in Aerospace and Defense to exert enhanced control and precision across their operations. Among its standout features are:

• - Enhanced 3D Model Viewer: This feature facilitates richer interactions with 3D models on the shop floor, elevating the experience for users and stakeholders alike.
• - Action Initiation from 3D Models: Users can now initiate discrepancies and holds directly from engineering and in-process 3D models, streamlining workflows and improving responsiveness.
• - SUID Generation and Impact Analysis: Future-proof capabilities enabling the generation of unique identifiers and interaction with 3D objects for effective impact analysis between model revisions.

Kathryn Hoffman, Director of Product Management at iBase-t, articulated the company's vision, stating, "Every platform in the enterprise has a critical role—ERP for financial management, PLM for design—but for intelligent shop floor execution, manufacturers need a system tailored to the intricate needs of Aerospace and Defense production. Solumina i130 fulfills that requirement."

A Redesigned User Experience

In addition to its enhanced capabilities, the Solumina i130 introduces a revamped Web UI. This new user interface boasts features such as a consolidated landing page, home pages tailored to individual user preferences, quick controls, and keyboard shortcuts. Such enhancements not only drive productivity but also boost overall user satisfaction, essential in today's fast-paced industrial landscape.

Additional improvements include:

• - Updated Quality Discrepancy Screens: These redesigned screens simplify the handling of discrepancies, facilitating group assignments and supporting multiple items per alteration.
• - Increased Stability and Security Measures: iBase-t has implemented further security enhancements across the Solumina environment, ensuring robust safety for its users.

How Solumina i130 Can Transform Manufacturing

With the debut of Solumina i130, iBase-t aims to empower Aerospace and Defense manufacturers with the tools necessary to quicken production timelines, enhance first-time quality outputs, and adapt more swiftly to changes in manufacturing demands. The innovations embedded within this platform exemplify iBase-t's commitment to providing measurable business impact and advancing technological progress in the sector.

As the digital ecosystem continues to evolve, iBase-t ensures that its solutions not only meet but exceed industry expectations, allowing clients like Northrop Grumman, GE Aerospace, and Rolls Royce to operate at peak efficiency. With Solumina i130 now available, the future of manufacturing in the aerospace field looks promising and agile.

In conclusion, the launch of Solumina i130 marks a significant milestone in positioning iBase-t as a leader in innovative manufacturing solutions that resonate with the demands of today’s Aerospace and Defense sectors. As industries navigate the complexities of modern manufacturing, iBase-t provides an adaptable platform that is engineered for success.