Media asset management (MAM) is the process and tooling used to store, organize, govern, and distribute rich media files including 3D models, images, video, and documentation from a central location.
Key Takeaways (TL;DR)
- What it is?: Media asset management (MAM) is the process and tooling used to store, organize, govern, and distribute rich media files including 3D models, images, video, and documentation from a central location.
- Why does it matter for manufacturers?: Most manufacturers have invested heavily in creating 3D and CAD assets that are practically inaccessible to sales, marketing, and dealer teams because no governed pipeline moves content from engineering to where it needs to go.
- The core challenge: Traditional media asset management tools were built for 2D content. They cannot ingest native CAD files, apply format optimization, or distribute 3D assets to dealer portals, parts catalogues, and eCommerce channels at scale.
- What good media asset management looks like?: A governed, centralized asset library connected to PLM, ERP, and downstream publishing channels through open APIs, where content is automatically prepared, approved, and distributed to a website, dealer portal, parts catalogue, and mobile device – without manual handoffs.
- The manufacturing gap: Standard MAM and DAM tools were built for 2D and video libraries, so no part of the category was designed to move 3D engineering data through an enterprise organization and out to external channels. That gap is where the most significant content bottlenecks sit.
- Business outcomes: Manufacturers with automated media asset management pipelines report more than 25% faster sales cycles, higher eCommerce conversion rates, and fewer service desk calls because buyers can fully inspect products before purchasing.
Table of Contents
Media Asset Management: at a Glance
| Topic | Key Insight |
| What is media asset management? | The systems and processes used to store, organize, govern, and distribute rich media assets including 3D, images, video, and documentation |
| Primary challenge for manufacturers | 3D CAD assets are trapped in engineering systems, inaccessible to the teams and channels that need them |
| What separates MAM from DAM | MAM handles rich media files including video and 3D; DAM manages a broader range of digital assets including documents and brand assets |
| Core capabilities | Ingest, metadata tagging, search, access control, approval workflows, version control, distribution |
| Where does traditional MAM fall short? | Most MAM tools were built for broadcast and media; they do not handle native CAD files, automated optimization, or manufacturing-specific distribution channels |
| What do the best systems do? | Automate the preparation and distribution of 3D content from engineering to dealer portals, parts catalogues, eCommerce, and mobile devices |
| Business outcomes | More than 25% faster B2B sales cycles; higher conversion on product pages; fewer service desk calls |
| Key consideration for manufacturers | Whether the system can connect to PLM, ERP, and PIM through open APIs without requiring a rip-and-replace of existing infrastructure |
What Is Media Asset Management?
Media asset management (MAM) is the combination of tools, workflows, and governance processes used to store, organize, and distribute rich media files throughout their lifecycle. In practice, a media asset management system gives teams a governed, searchable central repository where assets can be found, approved, versioned, and distributed without manual coordination between departments.
The term originally emerged from broadcast and video production, where managing large video files across complex post-production workflows was the primary challenge.
Today, the term: “media asset management” means something broader, particularly in manufacturing, where the most valuable assets are not video files but 3D models, CAD-derived content, technical documentation, and product imagery that must travel from engineering teams to a wide range of downstream destinations.
A well-functioning media asset management system handles the full lifecycle of a rich media asset:
- Ingest: assets enter the system from engineering tools, design software, or external vendors
- Organize: metadata is applied automatically or manually so assets are searchable and identifiable
- Govern: access controls, approval workflows, and version tracking ensure the right people see the right content
- Transform: file format conversion, optimization, and derivative generation prepare assets for different destinations
- Distribute: assets are published to the channels that need them, whether a website, a dealer portal, a parts catalogue, or a mobile device
For manufacturers, that last step, distribution, is where most existing tools fail. The gap between an asset existing in an engineering system and that same asset appearing on a dealer portal or product page is typically filled with manual handoffs, email chains, and duplicate file preparation.
Those gaps are covered in the sections ahead.
How Media Asset Management Works?
Understanding how media asset management works in practice requires looking at each stage of the pipeline. Most organizations have gaps at multiple points rather than a single missing piece.
Here’s how the media asset management process really works:
1. Ingestion and metadata
Assets enter the system from various sources. Engineering uploads CAD files from SolidWorks or SiemensNX.
A design team brings in renders. Marketing uploads video. Documentation teams add technical PDFs. At ingestion, the system applies metadata: either manually entered, automatically extracted from the file, or enriched from connected systems like PLM.
Good metadata is what makes assets findable. Without it, even a large, well-organized repository becomes a search problem.
For manufacturers, metadata typically includes part numbers, product families, CAD version numbers, design change cycles, and downstream channel requirements.
2. Organization and search
A media asset management system organizes assets into a structure that different teams can navigate without needing to understand the engineering file hierarchy. Search should work across metadata, file type, approval status, and downstream usage history.
For manufacturers managing thousands of SKUs across multiple product lines, search capability is not a nice-to-have.
A salesperson who cannot find the right 3D model for a product demo in under a minute will default to asking engineering, which restarts the bottleneck.
3. Access control and approval workflows
Not all assets should be accessible to all users. Engineering files containing proprietary geometry should not be visible to external vendors. Draft assets pending quality review should not be publishable.
A media asset management system enforces these rules through role-based access controls and structured approval workflows. For IP-sensitive manufacturers, this governance layer is what separates a functional system from a liability.
Assets with proprietary design data need to go through automated IP stripping before any external party can access them.
4. Version control
Products change. A machine gets a design update, a component changes in the next production run, a visualization gets corrected after a quality review.
Version control ensures every downstream channel reflects the current asset, and that historical versions are available for compliance or archival purposes. Without version control, teams manage variants manually.
That produces the most common failure state in enterprise asset management: different departments working from different versions of the same product.
5. Distribution and publishing
This is where digital media asset management solutions differ most from each other. Some systems store and govern assets but leave distribution to manual downloads or email.
The strongest systems connect to downstream destinations via open APIs and push updates automatically when an approved asset changes.
For manufacturers, distribution means more than sending files. It means delivering assets in the correct format for each destination: GLB for a web viewer, USDZ for iOS AR, a high-resolution image for a dealer catalogue, and a parts-linked interactive model for a 3D parts catalogue.
That format translation step is where most standard MAM tools stop short.
Key Features of a Media Asset Management System
Knowing how the pipeline works is one thing. Knowing what to look for in a system is another. Not all digital media asset management software covers the same capabilities.
The features that matter most depend on content types and distribution requirements.
For manufacturers working with 3D and CAD assets, the following are most relevant:
1. Centralized asset repository
A single governed location for all rich media assets, replacing scattered storage across engineering servers, SharePoint folders, Dropbox links, and agency archives.
The repository should be accessible to the right teams without requiring specialist software.
2. Metadata and tagging
Structured metadata that makes assets searchable by product line, part number, format, approval status, and intended use.
For manufacturers, this often includes engineering-specific attributes like CAD source software, BOM linkage, and design change revision.
3. Access controls and permissions
Role-based access that controls who can view, download, edit, and approve assets. External vendor access should be scoped and audited.
For IP-sensitive manufacturers, access to pre-optimized CAD files should be restricted to internal engineering teams.
4. Approval and QA workflows
Structured review and approval processes that route assets through the right reviewers before publishing.
For manufacturers, this typically involves engineering (3D accuracy), marketing (visual quality), and product management (release approval).
5. Version control and audit trail
Tracking of every change to every asset, with the ability to roll back and audit who accessed or modified content. SOC2 Type II certification is the standard for enterprise-grade audit capability.
6. Format transformation and optimization
The ability to automatically convert source files to the formats required by different destinations – easily customizable per client based on their unique needs.
For 3D assets, this includes generating GLB, USDZ, STEP, and optimized web formats from a single source CAD file, without manual intervention.
7. Distribution and API integration
Connections to downstream channels including eCommerce platforms, dealer portals, parts catalogues, and mobile applications via open APIs, with webhook-triggered updates when approved assets change.
8. Search and discovery
Full-text and metadata search across the entire asset library, with filtering by file type, product family, approval status, and usage history.
Media Asset Management vs. Digital Asset Management: What’s the Difference?
The terms media asset management and digital asset management (DAM) are often used interchangeably, but they describe different scopes of functionality.
Here’s how:
- Digital asset management (DAM): is the broader category. A DAM system manages all types of digital assets, including images, documents, brand guidelines, marketing collateral, and other files that need to be organized and distributed across an organization.
- Media asset management: on the other hand, historically refers to a more specific subset, focusing on rich media files: video, audio, and increasingly 3D content that require processing, format transformation, and technical workflows that standard document management cannot handle. MAM systems are built for the complexity of large media files: transcoding, format derivatives, version management across production states, and integration with creative editing tools.
In a manufacturing context, this distinction is more practical than categorical. Most standard DAM tools handle 2D images and documents well.
They store 3D files as binary blobs: they can hold the file, but they cannot ingest a native CAD file, optimize it for web delivery, strip IP from proprietary geometry, or publish to 3D-specific destinations like Amazon’s 3D product page API or an interactive parts catalogue.
That is the gap in digital media asset management solutions for manufacturers: the 3D and CAD layer, where the most commercially valuable content sits, and where standard MAM and DAM tools consistently fall short.
Why Media Asset Management Matters for Manufacturers?
Understanding that gap is the first step. Understanding what it costs commercially is what usually drives organizations to fix it.
For most manufacturers, the media asset management problem is not about images or marketing videos.
Instead, it is about the 3D product data that engineering teams spend years creating and that almost never reaches the channels where it would generate value.
Given below, are key reasons why MAM is crucial for brands, especially manufacturers:
- B2B buyers expect digital-first product experiences: A Gartner survey of 646 B2B buyers found that 67% prefer a rep-free buying experience. A manufacturer whose product pages show flat 2D photography of complex industrial equipment is not meeting that expectation. Buyers either call to ask questions, which increases service desk costs, or they find a competitor whose digital content does the selling for them.
- 3D content directly lifts commercial outcomes: VNTANA holds the first API access to bulk-publish 3D to Amazon, where 3D listings show an average 9% higher conversion rate than 2D listings. Google Organic Shopping shows a 6% higher click-through rate for products with 3D content. For a manufacturer with meaningful eCommerce revenue, those are direct revenue impacts.
- Dealer and distributor networks require current, consistent content: A manufacturer with hundreds of dealer locations has no reliable way to ensure every dealer’s catalogue, portal, and ordering system reflects the current product lineup without an automated content pipeline. Manual updates create version drift, errors, and compliance liability.
- Product launches depend on content readiness: When every new product launch requires engineering to manually prepare CAD files and marketing to outsource renders, the content pipeline becomes the critical path for revenue. A single product delay caused by content preparation is typically worth far more than the cost of a governed media asset management system.
- AI needs clean, structured 3D data: Manufacturers investing in AI for simulation, digital twins, and operational automation need their 3D assets in a standardized, metadata-rich, accessible format. Assets scattered across PLM systems and engineering drives, with inconsistent naming and missing metadata, cannot power AI workflows.
The digital asset management infrastructure that structures and governs 3D content is a prerequisite for AI use cases, not an afterthought.
Common Media Asset Management Challenges in Manufacturing
The commercial consequences above are well understood by most manufacturing leadership teams. What is less well understood is why the pipeline keeps failing. The challenges are structural, not organizational.
Fixing them requires addressing the pipeline itself, not just the storage.
Here’s a closer look at what they really are:
1. CAD files are the wrong format for everything downstream
A SolidWorks, SiemensNX, or CATIA file is accurate and detailed. It is also typically hundreds of megabytes in size, requires specialist software to open, and contains proprietary geometry that cannot be shared externally without modification.
None of the downstream channels that need product visuals, dealer portals, eCommerce product pages, sales configurators, or parts catalogues, can consume a native CAD file directly.
The conversion step from CAD to channel-ready format is where most manufacturing content pipelines break down. Without automated optimization, every product requires manual preparation before it can appear anywhere outside engineering.
2. Engineering becomes the gatekeeper
When CAD files require manual preparation before sharing, the engineering team becomes the bottleneck for every content request. Marketing needs a render. Sales needs a model for a demo.
A dealer needs an updated product visualization after a design change. Each request joins an engineering queue with other priorities, delaying commercial activity.
Astec Industries experienced this directly: engineers used to spend two weeks preparing a single model before it could be used in sales or marketing contexts.
The bottleneck was not the asset; it was the absence of an automated preparation pipeline.
Most manufacturers underestimate how much engineering time this queue consumes until they see the alternative. Send VNTANA one of your own CAD files and watch it come back channel-ready: book a demo.
3. Duplicate content creation across departments
Without a governed media asset management pipeline, the same product gets created multiple times across departments.
Engineering maintains the CAD model. Marketing outsources a render for the product page. Sales builds a separate visualization. The dealer portal team produces another version for their catalogue.
The same product, created four or five times, at significant cost, with no version control connecting them.
When the product changes, none of the downstream versions update. Version drift becomes the default state.
4. IP sensitivity limits what can be shared externally
Manufacturers with proprietary product designs cannot share CAD data with external vendors, agencies, or cloud platforms without first stripping sensitive geometry and metadata.
Without automated IP stripping, every external sharing decision requires an engineer to review and prepare the file manually, adding another queue to an already constrained pipeline.
5. Standard MAM tools were not built for 3D
Most digital media asset management software was designed for broadcast video or marketing image libraries. The architecture assumes that files are ready to store and distribute.
It does not account for the transformation pipeline that 3D manufacturing content requires: CAD ingestion, automated optimization, IP stripping, format derivative generation, and connection to manufacturing-specific downstream channels like parts catalogues and dealer portals.
Real-World Examples of Media Asset Management in Manufacturing
The challenges above are common across the industry.
The examples below show what happens when manufacturers put a proper media asset management pipeline in place, and what the absence of one has cost in practice:
1. Astec Industries: from two weeks to 15 minutes
Astec Industries manufactures complex industrial equipment including road construction machinery.
Their engineering team owned detailed 3D models of every product, but those models required two weeks of manual preparation before they could be used in any sales or marketing context. Salespeople could not demo products without an engineer on the call.
After implementing an automated asset management pipeline, Astec’s model preparation time dropped from two weeks to 15 minutes. Salespeople can now pull up a product visualization directly without engineering involvement.
The same pipeline also powers Astec’s AI infrastructure, with CAD files converting automatically to USD format for use in NVIDIA Omniverse for digital twin and robot training workflows.
2. Kohler: 8,000+ models, zero manual bottleneck
Kohler managed over 8,000 3D models across its product portfolio, with engineering as the bottleneck for every content update. Quality was inconsistent across channels, and there was no automated path to syndicate content to dealer and retailer partners.
After centralizing their asset library and connecting it via API to eCommerce, Home Depot, Lowe’s, and Amazon, Kohler reduced 3D preparation time from days to minutes. Marketing gained direct control over viewer settings across the portfolio.
The result: consistent visualization across all channels, higher conversion rates, and hundreds of hours of manual work eliminated each month.
3. Roeslein & Associates: an aftermarket parts catalogue built from CAD
Roeslein & Associates ran its aftermarket parts business on static 2D parts content. Dealers and technicians could not visually confirm which part they needed, so wrong parts shipped, returns and credits ate into margin, and the service desk absorbed the confusion. Every attempt to modernise the catalogue stalled on the same problem: the CAD data was too heavy and too sensitive to work with directly.
VNTANA automated the conversion of existing CAD and BOM data into a clickable 3D parts catalogue. Technicians spin the assembly, identify the exact component visually, and order it correctly the first time, with no engineering involvement in producing or maintaining the catalogue.
Roeslein launched the catalogue faster than planned and increased replacement part sales. For most manufacturers the aftermarket parts catalogue is the highest-margin line in the business and the most-visited part of the digital estate, which makes it the clearest commercial case for a governed 3D pipeline.
4. Doosan Bobcat: from CAD files to interactive product pages
Doosan Bobcat’s CAD files were too large and in the wrong format for direct web use. Every product page update required engineering involvement.
2D photography was insufficient for conveying the detail buyers expected when evaluating complex equipment. After automating the CAD-to-web pipeline, Bobcat launched interactive 3D product pages with scene graph navigation and AR capabilities.
The result was a higher conversion rate compared to 2D-only pages, with B2B buyers able to self-serve product evaluation at a level previously requiring a sales rep.
What Good Media Asset Management Looks Like?
Those four examples share a consistent pattern. The asset was not the problem. The pipeline was. A well-functioning media asset management system for a manufacturer does not require buyers to wait for engineering.
It does not produce version drift across dealer channels. And it does not require a specialist to open a file before anyone can see what a product looks like.
Here is what the operating model looks like when it works:
- A single source of truth for all product content: All 3D, 2D, documentation, and technical data sits in one governed repository connected to PLM, ERP, and PIM. When a product changes in engineering, that change propagates downstream. Version control is automatic, not dependent on someone remembering to update a shared folder.
- Automated preparation at ingestion: When a CAD file enters the pipeline, it is automatically optimized: file size is reduced, orientation is standardized, proprietary geometry is stripped for external sharing, and format derivatives are generated for every downstream destination. The content is channel-ready by the time it leaves the central repository.
- Structured QA and approval workflows: Products go through review and approval before any content is published. Engineering confirms 3D accuracy. Marketing reviews visual quality. Product management approves the release. Reviewers see the prepared, optimized asset, not the raw CAD file, and they do not need specialist software to approve it.
- API connections to every downstream destination. The central repository pushes to dealer portals, eCommerce platforms, parts catalogues, sales tools, and mobile devices via open APIs. When a product is approved, it publishes across a website, a dealer portal, a parts catalogue, and a mobile device simultaneously.
- Webhook-triggered updates: When a product changes, the update flows through the preparation and approval pipeline and every connected channel updates automatically. No one manually pushes updates. No channel shows outdated content.
For manufacturers evaluating digital media asset management solutions, VNTANA is the enterprise 3D digital asset management platform that connects these pieces into a single automated pipeline.
It sits upstream of existing PLM, ERP, and PIM systems through open APIs rather than replacing them.
VNTANA describes this operating model in three modes, each mapped to a bottleneck it removes. Orchestrate gives all 3D and 2D content one governed home, with approval workflows and version control across engineering, vendors, sales, service, and marketing, so no team rebuilds an asset that already exists. Transform converts and prepares that content automatically, including native CAD, so no one waits on a 3D specialist. Activate publishes it to dealer portals, sales tools, parts catalogues, and eCommerce through open APIs, so nothing is reformatted by hand for each channel.
How to Choose Digital Media Asset Management Software?
Knowing what good looks like is useful. Knowing what to ask when evaluating software is what moves a decision forward.
Choosing digital media asset management software for a manufacturing environment requires a different evaluation framework than standard DAM procurement.
Here are the questions that matter most:
1. Can it ingest native CAD files?
Most MAM and DAM tools cannot. They store files, but they cannot process SiemensNX, SolidWorks, CATIA, Creo, or STEP files natively.
If your most valuable assets originate in engineering CAD tools, the system needs to handle those formats at ingestion, not after manual conversion.
2. Does it automate format transformation?
A single source CAD file needs to produce multiple format derivatives: a web-optimized GLB for a 3D viewer, a USDZ for iOS AR, a high-resolution image for a dealer catalogue, and a format-compliant version for a specific marketplace.
Manual conversion at each step is not sustainable at scale.
3. Does it handle IP protection automatically?
For manufacturers with proprietary designs, the system needs to strip sensitive geometry and metadata automatically before content reaches any external destination.
If this step requires engineer involvement, it becomes a bottleneck rather than a safeguard.
4. Does it connect to PLM, ERP, and downstream channels via API?
A media asset management system that does not connect to existing manufacturing infrastructure creates yet another silo.
The system should augment existing PLM, ERP, and PIM systems, not replace them, and should push content to downstream channels including dealer portals, parts catalogues, and eCommerce platforms via open APIs.
5. Does it meet enterprise security requirements?
SOC2 Type II certification is the standard for enterprise security review. Without it, the procurement process at larger manufacturers will stall.
The system should also support SSO, role-based access controls, granular permission settings, and on-prem or private cloud deployment for IP-sensitive environments.
6. Does it scale across large asset volumes?
Manufacturers like Kohler manage 8,000+ models across their product portfolio.
The system needs to handle bulk processing, bulk governance, and bulk updates, with org-wide admin controls rather than per-asset configuration.
7. Can it run on-prem or in a private cloud?
For manufacturers where cloud onboarding requires lengthy security reviews, the optimization and processing layer needs to be deployable locally.
This is the specific unlock for IP-sensitive environments where sensitive files cannot leave the company’s own infrastructure.
Working through this evaluation against a real system is faster than working through it on paper. Bring your own product files and your security requirements: schedule a walkthrough.
Everything You Need to Know About Media Asset Management
| Topic | Key Takeaway |
| Definition | Systems and processes for storing, organizing, governing, and distributing rich media assets including 3D, images, video, and documentation |
| Why do manufacturers need it? | 3D CAD assets are commercially valuable but practically inaccessible without an automated pipeline from engineering to downstream channels |
| Core features | Ingest, metadata tagging, access controls, approval workflows, version control, format transformation, API distribution |
| MAM vs. DAM | MAM focuses on rich media; DAM covers a broader asset range. For manufacturers, neither standard category handles native CAD files and 3D distribution at scale |
| Where do standard tools fail? | Most MAM and DAM tools were built for broadcast or marketing content; they cannot ingest CAD files, apply optimization, strip IP, or connect to manufacturing distribution channels |
| What good media asset management looks like? | Single source of truth, automated preparation, structured QA, API connections to every downstream channel, webhook-triggered updates |
| Key outcomes | More than 25% faster B2B sales cycles; 9% higher Amazon conversion with 3D; fewer service desk calls; elimination of duplicate content creation |
| VNTANA’s role | VNTANA is the enterprise 3D DAM that automates 3D content from engineering to every downstream channel – sitting upstream of existing infrastructure through open APIs |
| Evaluation criteria | CAD file support, automated format transformation, IP protection, API connectivity to PLM/ERP/eCommerce, SOC2 Type II certification, on-prem deployment option |
| Who owns the problem? | Shared across engineering, digital commerce, IT, and 3D content operations; requires cross-functional coordination to solve |
| What to do first? | Audit your current asset state: what content exists, where it sits, what format it is in, and which downstream channels need which content type |
| Publishing destinations | Website, dealer portal, parts catalogue, mobile device, eCommerce marketplaces, sales tools, XR applications |
Your 3D Assets Deserve Better Than a Shared Drive – Try VNTANA
Most manufacturers we work with arrive at the same realization during a content audit: the problem is not that they lack product content. It is that the content they have cannot get to the channels that need it.
VNTANA is the enterprise 3D digital asset management platform that solves exactly that problem. The platform connects to existing PLM, ERP, PIM, and eCommerce systems through open APIs. It ingests native CAD files from SolidWorks, SiemensNX, CATIA, Creo, and 40+ other formats.
The platform automatically optimizes and prepares content for every downstream destination. Plus, it publishes across a website, a dealer portal, a parts catalogue, and a mobile device from a single governed source of truth.
Our patented Intelligent Optimization™ is easily customizable per client based on their unique needs – removes the biggest bottleneck for manufacturers, turning 221MB STEP files into as little as 1.3MB with internals removed (or 9.4MB with full hierarchy preserved), automatically and with proprietary geometry stripped before content reaches any external destination, while preserving full visual fidelity.
The platform also handles version control, approval workflows, and bulk governance across thousands of products. You do not need to rip-and-replace your existing systems either.
VNTANA fits upstream of your existing PLM, ERP, and PIM – augmenting what you already have rather than replacing it.
Book a demo to see what the pipeline looks like with your actual product files.
FAQs About Media Asset Management
What is media asset management in manufacturing?
Manufacturing-specific media asset management stores, organizes, and distributes rich assets like 3D models and CAD files to where they are needed, such as dealer portals or eCommerce sites. Unlike standard tools, it handles native CAD files, automates optimization, and protects your IP. This shift eliminates slow, manual handoffs, often resulting in more than 25% faster sales cycles for manufacturing teams.
What is the difference between media asset management and digital asset management?
Think of digital asset management as the home for broad brand assets. Media Asset Management, however, focuses on rich media like 3D models needing technical processing. For manufacturers, the key difference is that standard tools cannot handle native CAD files or 3D optimization. You need a dedicated system built for 3D content to effectively get your data into dealer portals or eCommerce sites.
What are the core features of digital media asset management software?
Good media asset management software does more than just store files. It provides a central library with tagging, version control, and approval workflows. For manufacturers specifically, you need more: native CAD support, automated optimization, and IP protection. Crucially, your system should connect directly to your PLM, ERP, and eCommerce channels. Without these, you are just managing storage rather than creating an effective pipeline for your content.
How does media asset management improve B2B sales for manufacturers?
Media asset management boosts B2B sales by putting product content directly into the hands of your commercial teams. Instead of waiting for engineers to prepare files, your sales team can access accurate, up-to-date 3D visualizations to run demos independently. Research shows that interactive 3D can cut sales cycles by more than 25%. Astec Industries, for example, slashed their model prep time from two weeks to 15 minutes, so sales could move without waiting on engineering.
What types of files does a media asset management system handle?
A media asset management system handles rich media files including video, images, audio, 3D models, and for manufacturers, native CAD files from tools like SolidWorks, SiemensNX, AutoCAD, CATIA, and Creo, as well as standard 3D formats including GLB, USDZ, FBX, OBJ, and STEP. Standard MAM and DAM systems handle 2D image and video formats but typically store 3D and CAD files as binary blobs without the ability to process, optimize, or publish them to 3D-specific destinations. A manufacturing-grade MAM system needs to handle 40+ CAD and 3D formats natively to cover the full range of source files in a typical industrial product portfolio.
Can media asset management work with proprietary CAD data?
You can definitely handle proprietary CAD data safely. The secret is automated IP stripping. Before sharing anything externally, the system automatically removes sensitive geometry and metadata, leaving you with a usable visualization rather than raw engineering files. VNTANA automates this, and for environments where files cannot leave the network at all, the optimization engine can be deployed in a Docker container on-prem or in your private cloud, so sensitive files never leave your environment. This allows IP-conscious manufacturers to ditch slow manual reviews and switch to efficient, automated distribution.
How does media asset management connect to existing manufacturing systems?
A well-designed system won’t replace your existing manufacturing stack. Instead, it connects directly to your PLM, ERP, and other tools through open APIs. This automation is a huge win. When your product design changes in engineering, updates flow automatically to all your dealer portals and eCommerce sites. The goal is to enhance your current infrastructure rather than adding another isolated silo that your team has to manage separately.
What objection do most manufacturers have about adopting a media asset management system?
Manufacturers often worry that proprietary CAD data is too sensitive for the cloud. But you can address this by running your optimization processing in a Docker container on-prem or on a private cloud. This ensures sensitive files never leave your environment. Plus, SOC2 Type II compliance covers standard security audits. The fastest way to move past these concerns is running a proof-of-concept with your own files. It helped companies like Doosan Bobcat and Astec launch in just weeks.
