Aveva E3d 3.1.6 //free\\ 💯

E3D and 3D Printing

E3D is well-known in the 3D printing community for their high-quality hotends and extruders, which are crucial components in Fused Filament Fabrication (FFF) or Fused Deposition Modeling (FDM) 3D printers. These components are responsible for melting and extruding the filament to create the printed object.

Useful Reports in 3D Printing

In the context of 3D printing, a "useful report" could refer to several types of data or documents:

Calibration Reports: These are generated after calibrating the printer and are crucial for ensuring that the printer is operating within accurate parameters. Calibration affects print quality, adhesion, and overall printer performance.
Temperature and Performance Reports: These reports can provide insights into how well the hotend and extruder are performing. Consistent temperature control is vital for print quality.
Error and Troubleshooting Reports: When issues arise, such as under-extrusion, over-extrusion, or temperature fluctuations, detailed reports can help diagnose problems.
Quality Control Reports: For production environments, these reports ensure that prints meet certain quality standards. They can track print success rates, material usage, and other metrics.

5. Laser Scan Integration

For brownfield projects (modifying existing plants), laser scan data is vital. AVEVA E3D 3.1.6 improved the point cloud engine. Users can now attach massive .pod or .pts files with smoother panning and zooming. The "Fit to Scan" tool was enhanced, enabling designers to snap new piping directly onto the point cloud representation of existing steel.

Part 10: Final Verdict – Is AVEVA E3D 3.1.6 Still Relevant?

Yes, but with caveats.

For brownfield retrofit projects where the existing model is already in 3.1.6, and for smaller-to-mid EPC firms that own perpetual licenses, this version remains a workhorse. Its clash detection, point cloud handling, and isometric output outclass many mid-range competitors even today.

However, for greenfield mega-projects or distributed teams, the lack of real-time cloud sync and vendor support will eventually push firms to upgrade. AVEVA E3D 3.1.6 is best viewed as the “Ford F-150” of 3D plant design—not the flashiest, but reliable, proven, and capable of getting the job done when operated within its intended scope.

Resources & Further Reading

AVEVA Official Knowledge Base: KB article "E3D 3.1.6 Hotfix Rollup 10" (requires support login)
Community Forums: E3D User Group on LinkedIn (active discussions on 3.1.6 vs. 4.2 performance)
Training: AVEVA’s "E3D Foundation" course (covers 3.1.6 layout & piping)

Have you deployed AVEVA E3D 3.1.6 on a recent project? Share your experience in the comments below or contact us for a detailed migration checklist.

The Ghost in the Pipeline

Marta Vasquez had been a 3D piping designer for fifteen years, long enough to have wrestled with the chunky, command-line giants of the 90s. But in the autumn of 2026, she was leading a team on the "Serpent’s Fang" project—a subsea chemical injection manifold for a North Sea operator. Their weapon of choice: AVEVA Everything3D 3.1.6.

To the uninitiated, E3D 3.1.6 was just another industrial software. But to Marta, it was a living, breathing digital atelier. She loved the subtle teal hue of its interface, the satisfying snap of a nozzle aligning to a pipe branch, the way the Dynamic View cube rotated the model as if it were a physical clay block held in her palm.

The problem was "The Ghost."

It started three weeks before the Critical Design Review. Every morning, Marta would open the master model. The structural steelwork was fine. The HVAC ducts were pristine. But the 6-inch acid injection line—her team’s pride—would be wrong. Its isometric path would be twisted, its supports dangling in mid-air, and its endpoint would be connected to a vent, not the injection tee.

Her junior, Leo, blamed a sync error. Her principal engineer blamed user error. Marta knew better. She had locked those coordinates. She had applied constraints. This was sabotage by a digital poltergeist.

One sleepless Tuesday at 2:00 AM, she decided to hunt it. She opened the "Clash Detective" not for clashing solids, but for logic. She ran a custom rule: Find all elements modified outside working hours.

The result came back blank.

Frustrated, she dove into the 3.1.6’s less-traveled feature: the Model Reference Manager. Unlike its predecessor (PDMS), E3D 3.1.6 had a powerful hierarchical history tracker. She selected the rogue pipeline—Line-AC-6001—and invoked the Audit Trail command.

The screen flickered. Then, a pop-up: "Last Modified By: USER: SYSTEM / HOST: OFFSHORE-LEGACY-02 / TIMESTAMP: 2026-10-17 03:14:22"

Marta froze. Offshore-Legacy-02 was a decommissioned server. It had been physically unplugged and sent to a recycler in Aberdeen six months ago.

She should have called IT. She should have locked the model and gone home. Instead, she opened the 3.1.6 Command Line Console—a forgotten relic from the PDMS days—and typed: SHOW POSITION /OFFSHORE-LEGACY-02

The 3D view spun. It zoomed past the manifold, past the riser, past the subsea template, and stopped at a coordinate 50 meters due west of the platform jacket—out in the empty digital ocean.

There, floating in the grey void, was a perfect, shadowy copy of Line-AC-6001. But it was different. It wasn't acid injection. It was a 12-inch crude oil line, painted in the livery of a rival contractor who had gone bankrupt in 2019. And attached to its flange was a sticky-note annotation, a feature unique to 3.1.6.

Marta clicked the note.

It read: "Don't trust the isometric extractor in this build. It reverses the bolt lengths on flanges > 8 inches. Fix it manually. Signed, The Ghost."

She sat back. There was no ghost. There was only a cached, orphaned user session—a digital echo of a long-gone engineer who had discovered a bug in the 3.1.6 bolt table logic and had left a phantom warning inside a deleted model. Every night, the server’s garbage collector tried to merge that phantom into the live model, twisting her pipeline in the process.

Marta didn't delete the phantom. She couldn't. Instead, she opened the Customization menu, wrote a tiny PML (Programmable Macro Language) script, and told E3D 3.1.6 to treat that phantom coordinate as a "sacred ancestor"—read-only, never merged, but always visible.

She fixed the bolt lengths manually, as the note said.

At the Critical Design Review, the client was amazed. No clashes. Perfect isometrics. Marta simply smiled and said, "AVEVA E3D 3.1.6 is a good tool. You just have to respect its... memory."

And every night, when she locked her workstation, she imagined the ghost in the void, its phantom pipeline finally at rest, its warning heeded.

In the world of industrial 3D, that was the closest thing to a happy ending.

AVEVA™ E3D Design 3.1.6 advances plant and marine engineering by enabling real-time, multi-discipline collaboration within a centralized data model and enhancing clash detection capabilities. Key updates, including the Space Management Application and Quick HVAC Router, are designed to significantly increase design efficiency and productivity. For more details, visit AVEVA. AVEVA E3D Design Releases

AVEVA E3D Design 3.1.6 is a powerful 3D plant and marine design solution that focuses on performance enhancements and data interoperability.

Here are the most interesting highlights and features tied to the 3.1.x generation: 🌟 Key Feature Highlights

Optimized IFC Export: The 3.1.6 update includes targeted corrections and improvements for Industry Foundation Classes (IFC) certification, allowing you to export clash-free multi-discipline 3D designs more reliably to other platforms.

Space Management Application: This module lets you create functional, space, and zone arrangements. You can calculate partial mass properties (weight, volume, and area) specifically for items located within that defined space. aveva e3d 3.1.6

Advanced Drawing Production: The integrated Draw module pulls intelligence directly from the master design database. Any physical modification in the 3D model automatically pushes live updates to the associated 2D engineering drawings.

MultiCAD Engine Integration: E3D utilizes an upgraded HOOPS Exchange engine, making it possible to natively reference and import heavy 3D datasets from platforms like Navisworks, Revit, and SolidWorks without manual conversion. 💡 Core Engineering Modules

Piping & Equipment: Swiftly create equipment using geometric primitives or customized templates, or import external mechanical parts via standard data interfaces.

Terrain Modelling: Allows civil and structural designers to build accurate 3D representations of terrain directly within the main model space to map out site grading.

Interactive Reporting: Features a built-in Report Designer that replaces static data sheets with visual charts, grouping, and live summaries directly in the design workspace. AVEVA E3D Design Releases

AVEVA E3D Design 3.1.6 is the current major iteration of AVEVA’s flagship 3D plant design software, succeeding the industry-standard PDMS. This version is widely regarded as the most powerful 3D design solution for the Oil & Gas, Power, and Marine sectors, known for its ability to handle massive datasets with high precision. Key Highlights of Version 3.1.x

Graphical Explorer: A major addition that uses a proprietary rendering framework to improve performance when navigating and rotating large, complex models.

Integrated Discipline Modules: Includes dedicated modules for Supports (creating and modifying supports without needing write access to main piping/steel elements), Surface Manager (importing/repairing surfaces in formats like IGES and STEP), and Piping Design.

AI-Driven Add-ons: Features like the Whitespace Optimizer use AI to automatically clean up and position annotations on technical drawings to save manual drafting time.

Modern Interface: Unlike the classic PDMS, E3D uses a modern ribbon-style UI that is more intuitive and customizable. User Experience & Feedback

Users generally praise the software for its technical depth, but highlight significant hurdles for new adopters:

Optimization and Collaborative Design in AVEVA™ E3D Design 3.1.6

Modern industrial plant design requires a seamless transition between 3D modeling and 2D documentation. AVEVA™ E3D Design 3.1.6 represents a significant step in the evolution of data-centric engineering, offering enhanced tools for multidisciplinary collaboration, clash detection, and automated drawing production. This paper explores the core functionalities of version 3.1.6, specifically focusing on workflow efficiencies in reporting, drafting, and supports administration. 1. Introduction

AVEVA™ E3D Design is the industry standard for 3D design in the process plant, marine, and power industries. Version 3.1.6 continues to build on the "Everything3D" philosophy by integrating engineering, design, and simulation into a single data-centric environment. This approach allows for real-time visibility of multidiscipline updates, which is critical for reducing engineering rework and eliminating costly on-site clashes. 2. Key Functional Modules

The software is organized into several high-performance modules that streamline the design lifecycle:

Draw and Draft: The Draw module allows designers to populate 2D drawings with information pulled directly from the 3D model database, ensuring consistency.

Supports Administration: This module facilitates the creation and modification of engineering supports based on specific project standards without requiring write access to the primary piping or steelwork elements.

Reporting Designer: New reporting tools allow for Simple and Designer reporting, enabling users to filter, group, and summarize data with calculated fields and charts for deliverable reports. 3. Workflow Enhancements

A major advantage of version 3.1.6 is the implementation of Lists and Collections. This feature enables users to perform bulk actions—such as changing insulation across multiple components or deleting numerous structure members—simultaneously, significantly increasing modeling speed.

Furthermore, the integration of Area-Based Automatic Drawing Production (ADP) within the Supports discipline allows for the rapid generation of documentation directly from the model, further reducing the manual administrative burden. 4. Project Criteria and Standards

In practical application, E3D 3.1.6 adheres to rigorous model definition criteria. For instance, industrial project specifications often require specific modeling for: Piping: Designed according to P&IDs and line lists.

Equipment: Surface modeled to exact dimensions and contours.

Reserve Volumes: Inclusion of "soft" volumes for maintenance and access routes to ensure operational safety. 5. Conclusion

AVEVA™ E3D Design 3.1.6 remains a powerful tool for complex engineering projects, particularly in power and renewable energy. By leveraging its advanced reporting, automated drafting, and intuitive GUI, engineering teams can minimize risks and maintain a high level of design integrity throughout the project lifecycle. AVEVA E3D Design

AVEVA E3D 3.1.6 Report

Introduction

AVEVA E3D is a comprehensive engineering, design, and construction management software solution used in the process industry. The latest version, AVEVA E3D 3.1.6, offers a range of features and enhancements to improve design efficiency, collaboration, and data management. This report provides an overview of the key features, benefits, and system requirements of AVEVA E3D 3.1.6.

Key Features

Enhanced Design and Engineering: AVEVA E3D 3.1.6 offers improved design and engineering capabilities, including enhanced piping, equipment, and structural modeling.
Integrated Project Management: The software provides integrated project management tools to manage projects from concept to completion, including scheduling, budgeting, and resource allocation.
Collaborative Workflows: AVEVA E3D 3.1.6 enables collaborative workflows between designers, engineers, and contractors, improving communication and reducing errors.
Data Management: The software provides advanced data management capabilities, including automatic data validation, data analytics, and reporting.

Benefits

Improved Design Efficiency: AVEVA E3D 3.1.6 streamlines design and engineering processes, reducing project timelines and costs.
Enhanced Collaboration: The software enables real-time collaboration and communication between stakeholders, reducing errors and improving project outcomes.
Increased Data Accuracy: AVEVA E3D 3.1.6 ensures data accuracy and consistency, reducing the risk of errors and rework.

System Requirements

Operating System: Windows 10 (64-bit) or later
Processor: Intel Core i5 or equivalent
Memory: 8 GB RAM or more
Graphics: NVIDIA Quadro or equivalent
Storage: 10 GB free disk space or more

New Features and Enhancements

Improved User Interface: AVEVA E3D 3.1.6 features an improved user interface, providing easier navigation and access to tools and functions.
Enhanced Clash Detection: The software offers enhanced clash detection capabilities, identifying potential clashes and interferences between design elements.
Support for New Formats: AVEVA E3D 3.1.6 supports new file formats, including ISO 10303-239 and ISO 10303-242.

Conclusion

AVEVA E3D 3.1.6 is a powerful engineering, design, and construction management software solution that offers a range of features and enhancements to improve design efficiency, collaboration, and data management. The software provides numerous benefits, including improved design efficiency, enhanced collaboration, and increased data accuracy. With its improved user interface, enhanced clash detection, and support for new formats, AVEVA E3D 3.1.6 is an essential tool for process industry professionals.

E3D V6 Upgrade to E3D 3.1.6: A Write-up

Introduction

The E3D V6 is a popular extruder upgrade for 3D printers, known for its high-performance capabilities and ease of use. Recently, I had the opportunity to upgrade my E3D V6 to the latest E3D 3.1.6 version. In this write-up, I'll share my experience with the upgrade process and provide an overview of the changes and improvements.

What's new in E3D 3.1.6?

The E3D 3.1.6 is a significant upgrade over the previous V6 version, with several key improvements:

New Hotend Design: The E3D 3.1.6 features a redesigned hotend with improved thermal performance, allowing for more precise temperature control and faster heat-up times.
Upgraded Heatbreak: The new heatbreak design provides better thermal isolation between the hotend and the cold zone, reducing heat creep and improving overall performance.
E3D's proprietary 'Thermistor': The E3D 3.1.6 uses a new, high-precision thermistor that provides more accurate temperature readings and better stability.
Improved Cooling: The upgraded design includes improved cooling capabilities, with a new heatsink and fan configuration that provides better airflow and more efficient cooling.

Upgrade Process

The upgrade process was relatively straightforward, taking about 30 minutes to complete. Here's a brief overview:

Disassembly: I disassembled the V6 extruder, removing the hotend, heatbreak, and thermistor.
Cleaning: I cleaned the area where the new hotend would be installed, making sure to remove any debris or old thermal paste.
Installation: I installed the new hotend, heatbreak, and thermistor, making sure to follow E3D's instructions for proper assembly and thermal paste application.
Reassembly: I reassembled the extruder, reconnecting the electrical connections and re-tightening all screws.

Results and Performance

After completing the upgrade, I was eager to test the E3D 3.1.6's performance. Here are my findings:

Temperature Control: The new hotend and thermistor provide exceptional temperature control, with accuracy within ±0.5°C.
Heat-up Time: The E3D 3.1.6 heats up significantly faster than the V6, reaching 200°C in about 2 minutes.
Print Quality: The improved thermal performance and heatbreak design have resulted in improved print quality, with fewer issues related to heat creep and stringing.

Conclusion

The E3D 3.1.6 upgrade has been a significant improvement over the V6, offering better thermal performance, improved temperature control, and enhanced print quality. While the upgrade process was relatively straightforward, it's essential to follow E3D's instructions carefully to ensure proper assembly and optimal performance.

If you're considering upgrading your E3D V6 to the 3.1.6 version, I highly recommend it. The improvements are well worth the investment, and the upgrade process is manageable for most users.

AVEVA E3D Design 3.1.6 is a powerful, integrated 3D design solution used primarily in the process plant, marine, and power industries to create detailed models and high-quality drawings Key Features and Enhancements in 3.1

The 3.1 series introduced several workflow-improving features that carry into the 3.1.6 maintenance releases: Work Packs

: Enables designers to plan for construction and installation early in the design phase by creating staged sets of design elements. Visual Queries

: A key part of the Work Packs application, allowing you to view model content in 3D using specific visual properties based on selected criteria. Supports Administration

: Enhanced tools for configuring project defaults for supports, including auto-naming, ancillary defaults, and structural support frameworks. Interoperability

: Improved data exchange with other tools, such as the ability to import/export IFC files and integrate with Tekla Structures for structural detailing. Tekla User Assistance Essential Setup & System Requirements

For optimal performance of AVEVA E3D 3.1.6, ensure your environment meets these standards: : A minimum of 16 GB high-speed RAM is recommended.

: Dual monitors or a single ultra-wide screen (1920x1200 minimum) are highly recommended for the intensive UI. Operating System

: Officially supports Windows 10, as well as Windows Server 2016 and 2019. Project Setup : Sample projects like AVEVA Plant Sample AVEVA Marine Sample can be installed via the

files located in the installation package to help test your environment. AVEVA™ Documentation Quick Tips for Efficient Modeling Aveva E3D and Tekla Structures Interoperability

In the context of building equipment, a "feature" is a primitive or custom shape added to an equipment element to define its physical form. Creation Workflow : You navigate to the module, select your equipment object, and use the menu to add primitives like cylinders, boxes, or nozzles. Sub-Equipment

: Features can be organized into sub-equipments to maintain a clean hierarchy (Site > Zone > Equipment > Sub-Equipment > Feature). 2. Key Software Features in Version 3.1.x

AVEVA E3D 3.1.x introduced several high-level features designed to improve interoperability and drawing production: MultiCAD Feature

: Allows the direct import and processing of CAD files from over 30 external systems (e.g., Solidworks, Revit, AutoCAD) into the E3D model database. This can be done via the Interfaces tab or command line. Drawings in Model

: Starting with E3D 3.1, you can create and view 2D drawings directly within the

module. This allows for real-time updates—when the 3D model is modified based on drawing comments, the changes are instantly visible. Advanced Sectioning Location Detail View

feature to define planes by selecting points, which automatically generates updated section views for pipe racks or equipment layouts. 3. Writing Custom Features (PML/Command Line)

For power users, "writing" a feature often means scripting a custom object or automation using the Programmable Macro Language (PML) PML Objects

: You can write a PML object to handle batch imports or automate the creation of recurring geometric patterns. Command Line

: Many features, such as equipment creation or MultiCAD imports, can be executed through direct commands if you prefer a keyboard-centric workflow over the Ribbon UI. PML code snippet for creating a geometric feature, or are you looking for a technical write-up on one of these modules? AVEVA E3D Design Releases

Final

It was a typical Monday morning at the headquarters of AVEVA, a leading provider of engineering, design, and operations solutions for the process industries. In a small conference room, a team of engineers and designers gathered to discuss their latest project: the design of a new liquefied natural gas (LNG) plant.

The team leader, Rachel, stood at the front of the room, gesturing to a large screen behind her. "Alright, let's get started. We've been using AVEVA E3D 3.1.6 to design this plant, and I want to walk you through the progress we've made so far."

The team nodded, sipping their coffee and getting comfortable. Rachel continued, "As you know, E3D 3.1.6 is a powerful tool that allows us to create detailed 3D models of our designs. It's been a game-changer for our team, enabling us to visualize and analyze our designs in ways that were previously impossible."

One of the team members, Alex, spoke up. "I've been working on the piping design, and I have to say, the new features in 3.1.6 have made it so much easier to manage. The auto-routing tool is amazing – it saves me hours of work every day."

Rachel smiled. "That's exactly what we were hoping for when we upgraded to 3.1.6. And with the enhanced collaboration features, we can work more efficiently with our clients and stakeholders to ensure that everyone is on the same page."

As the team began to discuss their specific tasks and challenges, another team member, Jamie, mentioned that he was having some issues with the model's clash detection. Rachel nodded and called up the E3D model on the screen. "Let's take a look. Jamie, can you show me where you're running into problems?"

Jamie walked Rachel through his process, and together they identified the issue. Rachel explained that the new clash detection tools in 3.1.6 would automatically identify potential conflicts between different systems, such as pipes and equipment.

The team spent the next few hours working through their challenges and making adjustments to the design. As they worked, they discussed the benefits of using AVEVA E3D 3.1.6, from improved accuracy and reduced errors to enhanced collaboration and increased productivity.

As the meeting wrapped up, Rachel summarized the next steps and assigned tasks to each team member. The team dispersed, feeling more confident and prepared to tackle the challenges of designing a state-of-the-art LNG plant. E3D and 3D Printing E3D is well-known in

Over the next few weeks, the team continued to work on the design, leveraging the capabilities of AVEVA E3D 3.1.6 to optimize their workflow and deliver a high-quality design. When the project was completed, the client was thrilled with the result – a safe, efficient, and cost-effective LNG plant that would meet their needs for years to come.

The AVEVA E3D 3.1.6 software had played a critical role in the project's success, enabling the team to collaborate more effectively, manage complexity, and deliver a world-class design.

AVEVA E3D Design 3.1.6 is a specific update within the 3.1 series of AVEVA’s flagship 3D plant and marine design software

. While individual point releases (like 3.1.6) often focus on performance fixes and minor enhancements, the core "feature" of this version centers on

enhanced multidisciplinary coordination and advanced space management Key Feature Focus: Intelligent Space Management

One of the most significant advancements in the 3.1 series available in this version is the Space Management application

. This feature moves beyond simple 3D modeling by allowing designers to create functional and volumetric arrangements: Functional Arrangements

: Define specific zones within a project, such as compartments or area arrangements, which are essential for complex marine and offshore projects. Volumetric Data

: Spaces provide a volumetric representation that helps in 3D coordination, ensuring that different disciplines (piping, structural, electrical) do not conflict within a designated area. Mass Property Calculations

: The tool can automatically collect all model elements—like hull or outfitting parts—within a defined space to calculate weight, volume, and area for detailed reporting. Other Notable Capabilities in Version 3.1.x Integrated Laser Data

: Supports the import of photorealistic laser scans directly into the design environment, allowing for "clash-free" brownfield modifications where new designs are checked against existing physical conditions. Surface Manager

: Features for importing surfaces from formats like IGES, SAT, and STEP AP 203, specifically useful for marine projects requiring complex geometry repair and assessment. Enhanced Reporting

: A "Report Designer" module that enables users to generate deliverable-quality PDF or CSV reports with charts and images directly from the 3D database. Universal MultiCAD Import

: Improved support for importing data from third-party tools like Navisworks, Revit, Creo, and NX to maintain a "single source of truth" model. Engineering design software | AVEVA

AVEVA E3D Design 3.1.6: Advancing Precision in Multi-Discipline Engineering

AVEVA E3D Design 3.1.6 is a significant update within the 3.1 series of AVEVA’s flagship 3D design solution. Tailored for the process plant, marine, and power industries, this version focuses on enhancing project execution speed and multi-discipline collaboration.

As of May 2026, 3.1.6 represents a stable, mature iteration of the 3.1 platform, integrating advanced lean construction principles and high-fidelity visualization into the engineering workflow. Key Capabilities of the 3.1.6 Platform

The 3.1 series introduced several foundational modules that 3.1.6 continues to refine:

Space Management Application: This allows for the creation of functional, space, and area arrangements. It enables 3D coordination by providing volumetric representations for ships or plants, facilitating mass property calculations like weight and volume directly from the model.

Surface Manager: Primarily for marine projects, this module supports importing/exporting surfaces in formats like IGES, SAT, and STEP. It includes tools for quality assessment and repair of surfaces transferred from third-party applications.

Enhanced HVAC Modeling: Building on the "Quick Draw" and "Quick Pipe Router" technologies, 3.1.6 features improved HVAC workflows with a modern UI and real-time dimension feedback. Technical Enhancements & User Experience

AVEVA E3D 3.1.6 prioritizes an intuitive, ribbon-style user interface that reduces the learning curve compared to older systems like PDMS.

Integrated Laser Data: Native support for point cloud data through LFM technology allows designers to work in a "Trusted Living Point Cloud" environment. 3.1.6 specifically addresses performance with high-density datasets, allowing users to toggle between intensity and color rendering.

Collaborative Workflow: Multi-user, concurrent access ensures that global teams can work on a single source of truth, minimizing design clashes.

Simplified MCAD Models: Updates include tools to simplify MCAD models by removing small holes or parts to reduce file size and improve system performance. Implementation and System Requirements

For a stable installation, the following system specifications are recommended: Recommendation Operating System Windows 10 (64-bit) or Server 2019 Framework Microsoft .NET 8.0 Memory (RAM) 32GB+ for large-scale "World" publishing Database

Elements >100km from origin require a MAP CHECK/BUILD in newer versions AVEVA E3D Design 3.1.10 Release Notes

AVEVA E3D Design 3.1.6 is a significant update in the evolution of AVEVA's 3D design software, introducing enhanced capabilities for process plant, marine, and power industries. Released as part of the broader 3.1 series, version 3.1.6 focuses on improving multidisciplinary coordination and modeling efficiency through new tools like Space Management and refined design workflows. Key Features and New Applications

The release of AVEVA E3D 3.1.6 brings several advanced functionalities designed to streamline complex engineering projects:

Space Management Application: This new tool allows users to create functional, space, and area arrangements. It provides volumetric representations for compartments or zones, enabling detailed 3D coordination and partial mass property calculations for weight, volume, and area.

Structural Enhancements: Version 3.1.6 introduces improved end datum and connection functionality. Designers can now connect sections directly to plates or floors using a new "connector to panel" option, ensuring precision in angled structural alignments.

HVAC Redesign: The update features a Quick HVAC router that mirrors the efficiency of the Quick Pipe Router. It includes modern UI feedback for dimensions and tools to quickly identify and fill gaps in ducting.

Laser Scan Integration: E3D 3.1.6 natively supports point cloud data, allowing designers to work within a "Trusted Living Point Cloud". Improvements include the ability to switch between intensity and color rendering and support for larger datasets. System Requirements for AVEVA E3D 3.1.6

To ensure optimal performance, especially when handling large-scale digital twins or complex laser scans, the following specifications are recommended: System Requirements - AVEVA™ Documentation

Part 9: Getting Started with AVEVA E3D 3.1.6 (Tips for New Admins)

If you are deploying 3.1.6 for the first time, follow these best practices:

Database Isolation: Create separate project databases for reference data (catalogs), design, and drafting to prevent file bloat.
Regular GCCC (Global Clash Comparison Check): Schedule nightly batch clashes to identify new interferences after multi-user edits.
PML Customizations: Store custom shortcuts in a shared PML library accessible via the $@ include path—this ensures all workstations behave identically.
Backup Strategy: Use AVEVA’s DBDUMP utility weekly. Restoring from a raw VUE backup is unreliable across different OS environments.

The Platform Prerequisites

One of the technical necessities of moving to E3D 3.1.6 is the requirement for AVEVA Product Architecture (APM) 1.9.6.

This might seem like backend trivia, but it is essential for IT planning. APM 1.9.6 includes the latest runtimes and security updates that E3D relies on to function. This alignment ensures that E3D runs on the most secure and efficient backbone available, but it does mean upgrade paths must be planned carefully—cannot simply install E3D 3.1.6 on an older APM architecture. 3.1.6 remains fully functional. However

Part 8: E3D 3.1.6 vs. Newer Versions (E3D 4.x/5.x)

Why would a firm still use 3.1.6 in 2024-2025? Primarily stability and license model. Many legacy EPCs own perpetual licenses of 3.1.6, whereas newer versions have moved to subscription-based named user licenses. For a firm that does not require web-based review (AVEVA Teamwork) or AVEVA AIM (Asset Information Management), 3.1.6 remains fully functional.

However, if you need:

VR / AR walkthroughs → Upgrade to E3D 4.0+
Tight integration with AI-driven topology optimization → Look at E3D 5.0
Subsea cable & umbilical routing → E3D 3.1.6 lacks specialized toolkits found in 3.2+.