Centralized Data Management
Store models, simulation projects, reports, mold-trial data, process settings and related engineering files in one structured platform.
Transform simulation records, mold-trial data, process settings and engineering experience into searchable, reusable knowledge that supports faster and more consistent product-development decisions.
Centralize models, simulations, process settings and mold-trial information.
Search and compare historical projects and validated engineering results.
Reuse proven design and process knowledge across teams.
Support AI-assisted design decisions and automated simulation workflows.
Moldex3D iSLM is an intelligent data-management and engineering-knowledge platform created for plastic product development, mold design and injection-molding operations.
It brings CAD models, simulation records, project files, process settings, mold-trial results and engineering conclusions into a consistent and structured environment.
Instead of allowing valuable project experience to remain in individual computers, spreadsheets or personal knowledge, iSLM converts it into a reusable company asset.
Engineering teams can review 3D models, compare project data, search historical cases and use validated information to make faster and more consistent decisions.
Product and mold-development teams generate valuable information throughout every project, but that information is often scattered, difficult to compare and hard to reuse.
Project data may be distributed across local computers, shared folders, emails and spreadsheets.
Teams may repeat simulations and investigations because earlier experience cannot be found easily.
Multiple files and revisions can cause teams to use outdated models or process information.
Important design and molding knowledge may remain only with a few experienced engineers.
Moldex3D iSLM supports structured project management, data visualization, project comparison, intelligent discovery and simulation automation.
Store models, simulation projects, reports, mold-trial data, process settings and related engineering files in one structured platform.
Review CAD models and product structures through a browser without requiring every user to install separate CAD software.
Compare multiple simulation, design, process and quality datasets side by side to identify meaningful differences.
Use historical project information to identify similar products and reference design, material and process conditions.
Review similar historical projects and reference important design parameters such as gate location, temperature and machine settings.
Link project folders and knowledge bases so changes, file imports and content updates can be synchronized.
Visualize project and quality indicators, including Pass/NG status, to understand overall conditions quickly.
Upload CAD models, apply defined analysis workflows and launch multiple simulation projects with less manual project preparation.
Record project tasks, responsibilities, priorities, deadlines, progress information and engineering results.
Connect product-development data with automation, visualization and intelligent engineering recommendations.
Reference historical projects and validated engineering data to support more reliable product, gate and process decisions.
Reduce manual file handling through project synchronization, automatic updates and batch data organization.
Review 3D models, quality indicators and key datasets through clear browser-based visualization and comparison.
Automate project creation, analysis setup, scheduling and result return to reduce repetitive engineering work.
iSLM creates a connected record of the design, simulation, validation and molding-development lifecycle.
Product geometry, part revisions and mold-related model information.
Moldex3D setup files, analysis results, reports and engineering conclusions.
Plastic materials, grades and relevant project-selection information.
Historical gate types, locations, runner layouts and validated design references.
Melt temperature, mold temperature, filling settings, packing conditions and cooling parameters.
Trial conditions, observed defects, corrections, photographs and final approved settings.
Inspection results, Pass/NG status, dimensional findings and quality-review information.
Lessons learned, successful solutions, recommendations and reusable project experience.
Capture each stage of product and mold development so that validated experience remains available for future projects.
Upload product models and define project information.
Search historical projects and reference proven designs.
Perform Moldex3D analyses and store results systematically.
Capture actual process conditions, defects and corrections.
Convert approved results into references for future work.
Improve collaboration, reduce repeated work and make product-development decisions using validated company data.
Find and reuse earlier project results instead of repeating the same engineering investigations.
Use simulation history, mold trials and process settings as evidence for design and manufacturing decisions.
Reference proven project knowledge to reduce uncertainty during design validation and initial mold trials.
Improve access to project information and reduce time spent searching for files or recreating knowledge.
Retain valuable engineering experience even when project members change roles or leave the organization.
Share validated design and molding approaches across product, tooling, CAE and manufacturing teams.
Give different departments access to consistent project information through one connected platform.
Organize project information and synchronized updates to reduce the risk of using outdated data.
Build a structured engineering foundation for automation, analytics and AI-assisted manufacturing decisions.
iSLM is useful for organizations that manage multiple plastic products, simulations, mold designs, trials and production conditions.
Manage high-volume plastic-component and tooling projects.
Organize complex product, process and quality information.
Maintain traceable design, simulation and validation data.
Reuse design and molding knowledge across product families.
Record mold designs, trials, corrections and approved settings.
Connect simulation recommendations with actual shop-floor trials.
Manage connectors, enclosures and engineering-plastic projects.
Organize advanced material and molding-development knowledge.
Manage packaging simulations and development workflows.
Connect material applications with validated simulation results.
Reuse product and molding knowledge across packaging designs.
Centralize engineering data for molded machine components.
iSLM connects technical and management teams involved in plastic product and mold development.
Rheologist Gaze & Solutions helps customers move beyond software installation and establish a practical iSLM environment aligned with their design, simulation, tooling and manufacturing workflow.
We study how your teams currently store, share and reuse product, simulation and mold-development data.
Understand iSLM using practical project-management, comparison and engineering-knowledge examples.
Establish logical project categories, tags, fields and knowledge structures based on company requirements.
Receive assistance in connecting iSLM with existing Moldex3D and engineering workflows.
Train users to upload, organize, compare, search and reuse engineering information.
Obtain ongoing support for platform use, data management and simulation-knowledge workflows.
Contact Rheologist Gaze & Solutions to evaluate Moldex3D iSLM for simulation-data management, mold-trial knowledge, project automation and intelligent product-development decisions.
Request an iSLM Demonstration Contact Our Engineering Team