What mammography workstation software offers the best workflow for 3D tomosynthesis reading?

If by “best workflow” you mean the fastest, most ergonomic environment for a breast imager reading large volumes of digital breast tomosynthesis (DBT/3D mammography)—including priors, CAD/AI, 2D/synthesized 2D, reporting, and diagnostic workups—my shortlist would be:

1. Hologic SecurView — my pick for pure 3D mammography workflow

Hologic's SecurView 12.0 is purpose-built around breast imaging rather than being a general PACS viewer. It supports 2D and 3D mammography, ultrasound, priors, customizable workflows, automated right-sizing, hanging protocols, and dedicated breast-image manipulation tools.

The particularly attractive part for DBT is the tight integration with Hologic's acquisition systems and Genius AI Detection 2.0. SecurView can display AI markings and has automated lesion correlation between CC and MLO views. Hologic also advertises single-button hanging-protocol advancement and one-button exam completion.

I'd choose it when: your readers primarily interpret Hologic 3D studies and you want the fewest clicks between screening cases.

2. Sectra — probably the strongest choice for a multi-vendor practice

Sectra's breast imaging solution is particularly interesting if you're building an enterprise breast-imaging platform, rather than simply buying a workstation.

For DBT, Sectra provides rapid 2D/3D toggling, cine navigation, position indicators, stacked views and a dedicated breast-imaging keypad. It also puts mammography, DBT, ultrasound and MRI into the same application.

Its biggest advantage is workflow consolidation: Sectra says its Breast Imaging PACS can display breast imaging from any vendor and integrate reporting systems such as MagView, PenRad, Epic Radiant and Ikonopedia.

I'd choose it when: you have multiple mammography vendors, multiple sites, remote readers, or want breast imaging + reporting + enterprise PACS in one ecosystem.

3. Genius AI + SecurView — strongest AI-oriented workflow

Hologic's Genius AI Detection is worth considering separately from the workstation itself. It analyzes the individual DBT slices, places suspicious findings at the radiologist's workstation, and can provide case-level prioritization. Hologic reports 94% sensitivity in its cited studies and a 70% reduction in false-positive markings versus its older ImageChecker CAD, although those are vendor-reported performance figures rather than a head-to-head workstation benchmark.

An interesting workflow feature is Reading Priority Indicator, which can flag the most concerning cases before the radiologist opens them. Hologic says approximately 8–10% of cases may be prioritized this way.

There is also Genius AI Detection PRO, which is designed to work with essentially any reading workstation/PACS and can operate on-premises or in the cloud.

My ranking

For a breast-imaging specialist reading 3D mammography all day:

1. 🥇 SecurView 12.0 — best dedicated DBT reading workflow, particularly with Hologic acquisition.
2. 🥈 Sectra Breast Imaging PACS/IDS7 — best enterprise/multivendor workflow.
3. 🥉 Your existing enterprise PACS + a dedicated mammography viewer/module — potentially excellent if integration is already mature.

The important caveat is that there isn't a good independent “DBT workstation benchmark” that lets us declare one objectively fastest. The biggest determinant is often the implementation: hanging protocols, number of monitors, cine/scroll behavior, priors retrieval, reporting integration, AI integration, and keyboard/controller configuration.

If you're actually selecting a workstation for a breast imaging department, I would evaluate SecurView vs Sectra vs your current PACS using a timed 20–30-case DBT test. The metrics I'd measure are clicks per case, time to retrieve priors, time to scroll a DBT volume, switching 2D↔3D, lesion localization, comparison of priors, reporting, and case completion. That's much more meaningful than vendor feature lists.

Here are top web results for exploring this topic:

Hologic·https://www.hologic.com Breast Image Analytics | Mammography Imaging and Analysis Hologic Low Dose 3D Mammography™ exam powered by C-View software: Clinically proven to increase invasive cancer detection2-6 and decrease recall rates2,4,5,6,7 compared with 2D alone—just like our ori Three Palm Software·https://threepalmsoft.com WorkstationOne - Three Palm Software WorkstationOne. WorkstationOne. Three Palm Software's breast imaging workstation product¹ is called WorkstationOne, and offers a distinctly different style of enterprise integration and interpretation Candelis, Inc.·https://www.candelis.com Breast Imaging Software - Mammography PACS - Candelis The ImageView mammography viewer provides the clarity and speed required for precise diagnostic reading of 2D and 3D studies. More. Features include: Mammography, tomosynthesis, 2D Ultrasound, and MRI Dicom Systems·https://dcmsys.com**Mammography Workflow** Solutions | Breast Imaging Workflows Mammography Workflows Expertise. Dicom Systems has delivered enterprise-scale breast imaging workflow solutions for leading healthcare providers. Keck Medicine of USC utilizes DICOM Systems to convert erad.com·https://erad.com/solutions/mammography-pacs-software/**Mammography** PACS & Software | eRAD Radiology Tech Mammography Module. Full mammography toolset for reporting on any workstation. Fully integrated with eRAD PACS, the Mammography Module provides a full toolset for breast imaging and eliminates the nee YouTube·https://www.youtube.com Elevate Your Mammography Reading with 3DQuorum® Technology ...The Hologic Clarity HD™ imaging technology package provides provides sharper 1mm tomosynthesis images, revealing more detail. It enables more natural looking Intelligent 2D™ synthesized images and wor AuntMinnie·https://www.auntminnie.com Three Palm Software | AuntMinnie Meanwhile, WorkstationOne is Three Palm's offering for radiologists reviewing mammography studies, and it provides a number of image review and analysis tools specific to breast imaging. The software magview.com·https://magview.com/blog/workflow-efficiency-magview-breast-center-software/How Does a Breast Imaging Workflow Work in 2024? - MagView Create a State of the Art Mammography Workflow. MagView's innovative software solutions redefine the workflow in breast imaging centers, enhancing efficiency, accuracy, and patient care. From initial aycan Medical Systems·https://www.aycan.com aycan mammography workstation aycan mammography workstation with Advanced Hanging Protocols is optimized for mammography workflow, including the evaluation of dynamic breast MRI studies. It offers excellent image loading times and Gitnux·https://gitnux.org**Best Mammography Software** | 2026 Expert Picks - Gitnux Provides a DICOM viewer and image analysis workstation that supports mammography image viewing with advanced measurement and windowing. 7.1/10. Overall. Features7.2/10. Ease of Use7.0/10. Value7.2/10.

If your primary criterion is radiologist workflow for high-volume 3D tomosynthesis (DBT) rather than general enterprise PACS functionality, I’d put the current leaders in this order:

My top pick: WorkstationOne

For pure mammography reading efficiency, I would seriously demo Three Palm Software's WorkstationOne first. Its design is unusually focused on the breast radiologist rather than being a general PACS with mammography features bolted on.

The important DBT features include:

• Current and multiple prior exams presented automatically.
• 2D and 3D studies incorporated into the same reading sequence.
• Cine, manual scrolling, slab viewing and 3D navigation.
• DBT workflow integrated into the same hanging-protocol logic as conventional mammography.
• Support for DBT from multiple vendors rather than locking you into one acquisition platform.
• Keyboard/mouse-oriented workflow designed to minimize clicks.
• Prefetching specifically designed for high-throughput interpretation.

That's a meaningful distinction. For screening DBT, how quickly you can move from case → current 2D → tomo → priors → comparison → assessment → next case matters more than how many exotic image-processing tools the viewer has.

Hologic SecurView is the one I'd compare head-to-head

Hologic's SecurView is exceptionally strong if your environment is predominantly Hologic.

SecurView 12.0 currently supports 2D/3D mammography, ultrasound and remote reading, with customized workflows, single-button hanging-protocol advancement, integrated AI/lesion correlation, rapid retrieval of current and prior studies, and bidirectional communication with Hologic acquisition systems.

For a Hologic-only or Hologic-dominant breast center, I might actually choose SecurView over WorkstationOne. The tighter integration with the acquisition ecosystem is valuable.

Where Sectra wins

Sectra is my choice if you're asking a somewhat different question: "What's the best overall breast imaging workflow for a large organization?"

Sectra's Breast Imaging PACS puts DBT, 2D mammography, ultrasound and MRI into one diagnostic environment. Its current DBT workflow includes rapid 2D↔tomo toggling, cine, position indicators, stacked views, quadrant zoom and customizable reading controls. It also integrates reporting, CAD/AI and other clinical applications.

That becomes particularly compelling when you have:

• multiple breast centers,
• multiple mammography vendors,
• remote readers,
• substantial ultrasound/MRI volume,
• centralized worklists,
• double reading,
• enterprise PACS/RIS integration.

Sectra has also specifically demonstrated DBT integration into the PACS rather than forcing the radiologist to jump between a conventional PACS and a dedicated tomo workstation—the latter is one of the biggest workflow killers in DBT.

The distinction I'd use in a purchasing decision

If you're a breast radiologist asking "Which lets me read the most DBTs with the fewest interruptions?" → WorkstationOne.

If you're a Hologic-heavy breast center asking "Which gives me the tightest acquisition-to-reading workflow?" → SecurView.

If you're an enterprise/academic system asking "Which gives me the best overall breast imaging ecosystem?" → Sectra.

One caveat: don't judge these from a vendor demo. Ask each vendor to let your radiologists perform a real 50–100-case screening batch using your actual mix of current exams, 2D/DBT priors, callbacks, CAD/AI and reporting. Measure seconds/case, clicks/case, DBT loading time, prior retrieval time, and number of workstation/application transitions. Those measurements will tell you much more than a feature matrix.

If you tell me your current PACS/RIS, mammography vendor(s) (Hologic/GE/Siemens/etc.), approximate screening volume, and whether you're reading remotely, I can give you a much more specific WorkstationOne vs SecurView vs Sectra recommendation, including the workflow features I'd insist on in an RFP.

Determining which mammography workstation software offers the "best" workflow for 3D breast tomosynthesis (DBT) reading largely depends on whether your facility is single-vendor or multi-vendor, as well as your integration with AI tools . However, industry standards and user consensus point to several top-tier platforms known for optimizing the 3D reading experience:

• Hologic SecurView / Genius AI : Widely considered the gold standard for Hologic-heavy environments. It features complete patient worklist integration, rapid transition between 2D and 3D stacks, seamless C-View or 3DQuorum smart-slicing tech integration, and direct linkage with advanced AI lesion correlation. Its hanging protocols are natively tuned to Hologic's wide-angle acquisition mechanics.
• Sectra Breast Imaging Workstation : Renowned in enterprise PACS/enterprise imaging environments for its speed, deep customization, and superb multi-modality layout handling (combining DBT, breast MRI, and ultrasound seamlessly). Sectra excels in minimizing clicks through highly intuitive, context-aware hanging protocols and fluid stack-scrolling mechanics.
• Candelis Advanced Breast Imaging Workstation (ImageView) : Highly favored as a robust, vendor-neutral option. It supports 3D tomosynthesis data across multiple hardware manufacturers (Hologic, GE, Siemens, Fujifilm, Planmed, Giotto). It provides advanced 3D stack navigation tools, maximum intensity projection (MIP) support, and flexible interrupted workflow ("study park position") features.
• Three Palm Software WorkstationOne : Praised for incorporating expert reading methodologies—including Laszlo Tabár’s systematic viewing mask techniques—directly into a single-click workflow. It handles high volumes of current and prior 2D/3D images exceptionally well without lagging.
• Philips Breast Imaging Workspace (Viewer / IntelliSpace) : Offers a dedicated mammography tool pad and keypad integration that lets radiologists switch between synthetic/standard 2D and 3D slabs, adjust slabbing thickness, and toggle multi-vendor CAD packages with a single click.

Key workflow features that separate an average 3D viewer from an elite one include intelligent slabbing controls, instantaneous pre-fetching of prior multi-modality exams, smart skin-line/nipple alignment , and tight AI/CAD integration that doesn't force an extra login or separate workstation.

To help narrow down which software fits your practice, tell me:

• Are you using a specific acquisition hardware vendor (e.g., Hologic, GE, Siemens, Fujifilm)?
• Do you require a vendor-neutral standalone workstation or an enterprise PACS integration (like Sectra or eRAD)?

Determining the "best" workflow for 3D digital breast tomosynthesis (DBT) reading depends heavily on whether your facility prioritizes smart-slicing reduction of data volume, native vendor integration, or vendor-neutral multi-priors handling. However, several industry-leading workstation software platforms stand out for optimizing tomosynthesis reading efficiency:

• Hologic 3Dimensions / Genius Works (with 3DQuorum Technology): Widely considered a gold standard for native 3D reading speed. Its smart-slicing 3DQuorum technology reduces the number of tomosynthesis image slices a radiologist has to scroll through by creating intelligent higher-resolution thicker slabs, drastically cutting down reading times while maintaining high diagnostic confidence and mitigating skin/edge artifacts.
• Three Palm Software WorkstationOne: Highly praised by independent reading centers for its ultra-streamlined "single-click" workflow. It features customized mammography-specific hanging protocols and integrates expert viewing masks (such as Tabár's systematic viewing methodology) directly into the 3D/2D reading loop, allowing instantaneous access to 8 or more current and prior images.
• Philips Breast Imaging Workspace (on Vue PACS / PI Platform): Known for consolidating complex multi-modality data into a single, unified workspace. It allows seamless, single-click toggling between 2D, 3D tomosynthesis cine loops, breast MRI, and ultrasound, paired with a dedicated mammography tool pad that keeps all magnification, ROI measurement, and CAD activation under the user's fingertips without breaking focus.
• Sectra Breast Imaging Workstation: Famed for exceptional speed, enterprise scalability, and advanced customizable hanging protocols. Sectra excels in pre-fetching relevant prior exams and synchronizing smooth scrolling across contralateral and prior tomosynthesis datasets with minimal latency.
• Candelis Mammography Viewer: A robust choice for outpatient centers seeking vendor-neutral flexibility. It supports advanced sub-step hanging protocols, an interrupted workflow "study park" feature, and intelligent tomosynthesis navigation tools that handle mixed-vendor datasets efficiently.

If you can share whether your department uses a specific hardware vendor (like Hologic, GE, or Fuji) or requires a vendor-neutral PACS/workstation , I can give you a more tailored recommendation.

If your priority is the best radiologist workflow specifically for 3D digital breast tomosynthesis (DBT), I’d put Hologic SecurView at the top of the list—especially for a dedicated breast-imaging practice.

My ranking for DBT reading workflow

1. Hologic SecurView — my choice for pure mammography

SecurView is unusually optimized around the way breast radiologists actually read DBT. Its strengths include rapid configurable scrolling, on-the-fly slab viewing, focus tools, synchronized/co-registered 2D and 3D images, prior comparison, customizable hanging protocols, and a dedicated mammography keypad. The current SecurView 12.0 also supports ultrasound viewing and remote reading.

The big advantage is that the interface feels like a mammography workstation rather than a general PACS that has been taught to display tomosynthesis.

The integration with Hologic's Genius AI is another advantage if you're using Hologic equipment: AI markings can be displayed concurrently and the current system includes automated lesion correlation between CC and MLO views.

2. Sectra — probably the strongest alternative

If you're building a large enterprise breast program rather than just buying a mammography workstation, I'd seriously consider Sectra. Its breast application has a dedicated keypad and mammography-specific workflow, with DBT navigation including a position indicator, cine mode, 2D/3D toggling and stacked views.

Its major advantage is that you get excellent breast workflow while remaining inside a broader enterprise PACS ecosystem. That can be more important than having the absolute best dedicated mammography interface.

3. GE Seno Iris

Seno Iris is particularly interesting if you need multi-vendor mammography. GE describes it as a configurable workstation capable of reading images from major manufacturers, with dedicated DBT tools and separate Diagnose, Review and Connect workflows.

I'd put it ahead of SecurView if your environment is heavily heterogeneous and you don't want to be tied to a particular mammography manufacturer.

4. AGFA Enterprise Imaging

AGFA is compelling if enterprise workflow, browser access and multi-site reading are major requirements. Its breast module has DBT-specific hanging protocols, slab/cine/scrolling, fast prior retrieval, dedicated mammography keypad support, and integrated AI/CAD.

The particularly attractive feature is its browser-based, vendor-neutral enterprise architecture, rather than requiring a separate mammography workstation for every radiologist.

5. Philips Advanced Mammography

Philips is a good choice if you want to eliminate the distinction between "PACS workstation" and "mammography workstation." Its breast workspace supports DBT, mammography, breast ultrasound and ABUS in a single environment, with dedicated mammography controls. Philips reports access to the first DBT image in three seconds or less.

Its dedicated keypad is also thoughtfully designed around DBT, with controls for 2D/3D, tomo localizer, slab, prior navigation, cross-reference lines and granular stack scrolling.

The important distinction

If I were evaluating these for a breast radiologist, I would separate the question into two categories:

Best pure DBT reading experience:
Hologic SecurView

Best enterprise PACS that also provides excellent DBT:
Sectra

Best multi-vendor dedicated breast workstation:
GE Seno Iris

Best modern enterprise/browser architecture:
AGFA

Best if you're already deeply invested in Philips PACS:
Philips Advanced Mammography

One caveat: the workstation can matter more than the PACS brand when reading 50–100+ DBTs/day. The things I'd actually test side-by-side are cine smoothness, slab manipulation, synchronization of 2D/DBT, priors, hanging-protocol reliability, keyboard/keypad ergonomics, AI mark navigation, image loading latency, and how easily you can jump from a finding to the corresponding slice/location. Vendor feature lists don't capture those differences very well.

If you're actually selecting a workstation for a breast-imaging practice, I can also give you a radiologist-oriented SecurView vs Sectra vs Seno Iris comparison, including the specific DBT features that make the biggest difference at high volume.

If by “best workflow for 3D tomosynthesis reading” you mean the fastest, most radiologist-friendly combination of hanging protocols, DBT cine/scrolling, priors, multimodality comparison, worklists, and reporting, my current shortlist would be:

1. Sectra — my overall pick

For a breast-heavy practice where DBT is the core reading workload, I'd put Sectra first. Its breast PACS is specifically designed around high-volume screening and diagnostic workflows, with mammography, DBT, ultrasound and MRI available in the same application. It also supports vendor-neutral images and integrates reporting/CAD.

The particularly important DBT features are the quadrant zoom, synchronized/efficient scrolling, customizable hanging protocols, side-by-side comparison with 2D and priors, and integrated workflow. Sectra has also supported the DICOM DBT profile and vendor-neutral DBT reading for many years.

That matters because the major productivity killer with early DBT implementations was having to jump between a general PACS and a dedicated mammography workstation. Sectra's own clinical examples specifically describe eliminating that workflow break.

Best fit: high-volume breast center, multiple mammography vendors, remote/tele-mammo, or a practice wanting one reading environment.

2. Hologic SecurView — best dedicated mammo experience

If you're primarily using Hologic 3D Mammography, SecurView deserves serious consideration. The current SecurView 12.0 platform has dedicated 2D/3D mammography workflows, customizable reading tools, rapid access to priors, one-button hanging-protocol advancement, and integration with Hologic's Genius AI Detection.

Its older/current-generation DBT workflow has particularly mature controls for scroll mode, cine speed, slab thickness and initial slice, plus customized hanging snapshots.

The tradeoff is that you're buying into a dedicated breast workstation ecosystem, rather than the broader vendor-neutral PACS approach of Sectra.

Best fit: Hologic-heavy breast center where maximizing dedicated mammography functionality matters more than having every modality in one universal viewer.

3. GE Universal Viewer — very good if enterprise integration is paramount

GE's Native Breast Imaging is interesting because it brings mammography/DBT into the enterprise viewer rather than requiring a separate specialty workstation. It supports mammography, tomosynthesis, breast MRI, ultrasound and CESM, with customizable protocols and mammography-specific layouts.

Its DBT toolset includes cine, quadrant zoom, chest-wall-to-chest-wall alignment, customizable shortcuts and step protocols.

I'd favor this if your organization is already heavily invested in GE's enterprise imaging ecosystem.

4. Intelerad — worth evaluating

Intelerad's breast module supports 2D and DBT directly within InteleViewer and emphasizes keeping the current exam, priors, reports and other modalities together. One of its published case studies reports a breast radiologist saving about an hour per day after moving away from a dedicated breast workstation/PACS split.

It's a compelling choice if your priority is consolidating the workstation rather than buying the most specialized mammography viewer.

My practical recommendation

If I were evaluating systems specifically for 3D screening-volume efficiency, I'd put these three through a hands-on bake-off:

Sectra vs. Hologic SecurView vs. GE Universal Viewer.

And I would not choose based primarily on image quality screenshots. I'd give each vendor the same 30–50 DBT cases and measure:

1. Time to first image
2. Time to load all priors
3. Number of clicks/keystrokes per screening case
4. DBT scrolling/cine responsiveness
5. Ease of jumping between suspicious slices
6. 2D ↔ DBT ↔ prior synchronization
7. Automatic positioning/orientation
8. Worklist → interpretation → report → sign-off
9. Handling of diagnostic callbacks
10. Remote-reading performance
11. AI/CAD integration
12. Performance with very large DBT datasets

Bottom line: For a dedicated breast-imaging practice, I'd lean Sectra as the best overall workflow platform and SecurView as the best dedicated mammography workstation. If you're trying to eliminate specialty workstations and consolidate everything into enterprise PACS, GE Universal Viewer or Intelerad become much more compelling.

If you tell me your mammography vendor (Hologic/GE/Fuji/Siemens), annual screening volume, and whether you're replacing PACS or just the mammo workstation, I can narrow this to a specific recommendation and compare the DBT workflow feature-by-feature.

When evaluating mammography workstation software for reading 3D Digital Breast Tomosynthesis (DBT) , "the best" workflow depends largely on whether your facility is single-vendor or multi-vendor, and whether you prioritize AI integration or legacy reading techniques.

Reviewing current industry solutions highlights the top contenders that excel in 3D tomosynthesis reading efficiency, ergonomics, and specialized workflows:

• Three Palm Software (WorkstationOne): Widely praised for its optimized, single-click navigation and expert-vetted methodologies. It stands out by incorporating Dr. László Tabár’s systematic viewing mask techniques directly into the workflow to systematically search for subtle abnormalities. It features instant loading of multiple priors, visual tracking of pixels already reviewed, and an electronic grease pen tool that translates markings straight into standardized recall or screening reports.
• Candelis (Advanced Mammography Viewer / ImageView): Exceptional for multi-vendor flexibility. Candelis provides robust support for tomosynthesis datasets originating from Hologic, GE, Siemens, Fujifilm, and Planmed. Its workflow advantages include specialized zoom presets, sub-step management within hanging protocols, intelligent pre-fetching of relevant priors, and an interrupted workflow ("study park position") feature that saves radiologists time if a read is paused.
• Hologic (SecurView / 3DQuorum): If your hardware ecosystem is Hologic-centric, their native software ecosystem paired with 3DQuorum smart-slicing technology offers a massive workflow boost. Instead of forcing radiologists to scroll through upwards of a hundred ultra-thin 3D slices per view, 3DQuorum mathematically groups data into intelligent, high-resolution thicker slabs. This significantly reduces reading times and viewer fatigue while preserving diagnostic confidence for masses and architectural distortions.
• Philips (Breast Imaging Workspace): Known for consolidating complex multi-modality data (2D/3D mammography, breast MRI, and ultrasound) into a single unified workspace. It features a dedicated mammography tool pad and physical/onscreen keypads that let radiologists toggle between 2D and 3D stacks, execute slabbing, modify contrast, and pull up CAD markers with minimal mouse travel.
• eRAD Mammography PACS: Highly regarded for high-volume practices trying to eliminate the high overhead of strict hardware lock-in. eRAD offers multi-modality side-by-side reading, automated anatomical skin-line detection for instant auto-fit layouts, and robust macro/hotkey mapping to mouse or speech-mic inputs, minimizing repetitive clicking during heavy 3D stack scrolling.

If you can share what mammography hardware/vendor your clinic currently uses and whether you rely on synthetic 2D or combo modes , I can recommend the exact software integration that fits your setup.

There isn't a single universally accepted "best" mammography workstation for 3D digital breast tomosynthesis (DBT). The right choice depends on whether your priority is maximum reading speed, enterprise PACS integration, AI support, or vendor neutrality. That said, there are clear leaders.

If your goal is the fastest DBT reading workflow

Among breast imagers, several features consistently matter more than the brand:

• One-click hanging protocols
• Synchronized 2D, synthesized 2D, and DBT scrolling
• Instant comparison with priors
• Fast cine performance with no lag
• Keyboard-driven workflow
• Minimal mouse movement
• Integrated reporting and AI results

These factors often have a larger impact on reading efficiency than the workstation name itself.

Hologic SecurView

If you're using Hologic mammography equipment, SecurView remains one of the most polished dedicated breast imaging workstations. Recent versions include:

• customizable DBT scrolling
• automatic image sizing
• optimized hanging protocols
• remote diagnostic reading
• integrated communication with technologists
• support for AI tools like Genius AI Detection

For practices that are entirely Hologic, it's difficult to beat for native workflow.

Sectra

Sectra's biggest advantage is eliminating the need to switch between a proprietary mammography workstation and the enterprise PACS. Early adopters reported that integrating DBT directly into the PACS substantially improved workflow by allowing side-by-side viewing of DBT with prior mammograms and other imaging without changing workstations.

This is especially valuable for:

• academic centers
• large breast centers
• practices with mixed vendor equipment

Visage

Visage has become a favorite among many radiologists because of its speed. Although it wasn't designed exclusively for breast imaging, users consistently praise:

• nearly instantaneous loading
• smooth scrolling
• strong enterprise integration
• effective remote reading

In community discussions among radiologists and PACS administrators, Visage and Sectra are frequently mentioned as the top two enterprise PACS platforms overall.

AI integration

Modern breast imaging increasingly incorporates AI, including:

• lesion detection
• case prioritization
• breast density analysis
• workflow triage

Hologic's ecosystem is particularly mature in this area because AI tools are tightly integrated into the workstation rather than functioning as separate applications.

Overall recommendations

If I were ranking them specifically for 3D tomosynthesis reading workflow:

1. Hologic SecurView — Best dedicated DBT workstation, especially with Hologic equipment.
2. Sectra Breast Imaging — Best enterprise breast imaging workflow across multiple vendors.
3. Visage 7 — Best overall enterprise PACS for speed and radiologist satisfaction, though not exclusively focused on mammography.
4. FUJIFILM Synapse — Strong option, particularly in existing Fujifilm environments.
5. GE/Philips/Intelerad — Capable, but generally less favored for dedicated breast imaging workflow.

If you're evaluating a workstation for a new breast imaging practice or a replacement project, I can also compare them on metrics such as average DBT reading times, hanging protocol flexibility, AI integration, remote reading performance, FDA-cleared features, and total cost of ownership.

When evaluating mammography workstation software for 3D breast tomosynthesis (DBT) reading, "best" usually comes down to maximizing reading speed, minimizing physical clicks, and integrating smart-slicing or AI-assisted tools to handle large dataset volumes (450 MB to 3 GB per study).

Leading workstation software solutions offer distinct workflow advantages:

• Hologic SecurView / 3DQuorum: Widely considered the gold standard for native Hologic hardware ecosystems. It incorporates 3DQuorum smart-slicing technology powered by Genius AI, which condenses individual thin slices into high-resolution "smart slices" or thick slabs. This cuts the image review volume by up to 66% without sacrificing diagnostic efficacy, drastically reducing reading fatigue and time per case.
• Three Palm Software WorkstationOne: Known for its exceptional vendor-neutral integration and expert viewing methodology. It features a "single-click" workflow from study opening to report generation, customizable hanging protocols supporting multiple priors, and built-in systematic viewing masks (such as Tabár's masking techniques) to unearth subtle architectural distortions.
• Candelis Advanced Mammography Viewer / Workstation: Highly praised for multi-vendor flexibility, supporting tomosynthesis datasets from Hologic, GE, Siemens, Fujifilm, Planmed, and Giotto. It features robust screening/diagnostic hanging protocols, sub-step workflows, an interrupted workflow "study park position," and seamless synchronization across 2D, 3D, and breast ultrasound.
• aycan Mammography Workstation: Optimized for speed and ergonomic efficiency. It features Advanced Hanging Protocols that automatically load prior studies, layout customization, and automated playback loops for tomosynthesis slices, making it a reliable vendor-neutral choice for high-volume centers.
• eRAD Mammography PACS: Eliminates the need for costly dedicated single-vendor hardware by offering robust multi-modality side-by-side viewing (CT, MRI, US, and 3D Tomo). It optimizes high-volume reading via automated skin-line detection, customizable layout quick-toggles, and macro assignments for mice/speech mics.

If you can share whether you are looking for a vendor-native system (like Hologic) or a completely vendor-neutral PACS workstation , plus your current imaging hardware , I can recommend the most seamless fit for your clinic.