Steam 社区 :: MEDICALHOLODECK®。虚拟现实中的外科、解剖学、医学和DICOM。适用于医学生、护士、医生和外科医生。

商店页面

MEDICALHOLODECK®。虚拟现实中的外科、解剖学、医学和DICOM。适用于医学生、护士、医生和外科医生。

全部讨论截图艺术作品实况直播视频新闻指南评测

MEDICALHOLODECK®。虚拟现实中的外科、解剖学、医学和DICOM。适用于医学生、护士、医生和外科医生。

商店页面

1 人在组里聊天

学习解剖学，使用AI分割医学影像，并在VR中练习手术 – 适用于未来的医生、护士和医疗专业人员。Meta Quest请访问Meta Store，iOS请访问App Store。

访问商店页面

过去的一周中最热门的社区和官方内容。 (?)

Spatial imaging in clinical practice worldwide

3 月 12 日

How are medical professionals around the world using spatial imaging? How does it improve clinical understanding, training, and patient care?

Simplify complexity with spatial visualization

Virtual reality allows surgeons to explore patient anatomy in three dimensions before entering the operating room, improving planning for complex tear duct procedures. Instead of interpreting anatomy from multiple image slices, clinicians can examine detailed 3D reconstructions and understand spatial relationships more clearly.

Within the immersive environment, structures such as the tear duct system, surrounding bone, and nearby vessels can be inspected from any angle. This helps surgeons define the optimal surgical approach, anticipate anatomical variations, and prepare more confidently before the procedure begins.

To the publication[www.medicalholodeck.com]

Better planning with spatial visualization

Augmented and mixed reality help surgical teams understand complex three-dimensional anatomical relationships by placing digital medical data directly into the physical environment. Surgeons can visualize patient-specific imaging alongside the operative field, making spatial relationships between organs, vessels, and pathological structures easier to interpret.

In endometrial cancer procedures, these technologies support preoperative visualization of sentinel lymph nodes and surrounding anatomy. During surgery, augmented guidance can help orient the surgical team, providing spatial context that supports more precise navigation and decision-making in the operating room.

To the publication[www.medicalholodeck.com]

3D imaging for neck surgery

Virtual reality adds depth to medical imaging, allowing surgeons to map tumors precisely, identify critical vessels, and examine anatomical relationships in three dimensions. Instead of interpreting anatomy from flat image slices, clinicians can step inside patient-specific CT and MRI data and explore structures from any angle.

This spatial understanding supports clearer surgical planning, especially in anatomically complex regions such as the neck where nerves, vessels, and tumors are closely intertwined. Teams can review the same dataset together in a shared virtual environment, discuss surgical approaches, and align their understanding before entering the operating room.

To the publication[www.medicalholodeck.com]

Try it with Medicalholodeck

Visualize, assess, and collaborate in an immersive spatial environment. Interact in real time with patient-specific 3D models to improve anatomical understanding and diagnostic precision.

Download at https://Medicalholodeck.com

MEDICALHOLODECK®。虚拟现实中的外科、解剖学、医学和DICOM。适用于医学生、护士、医生和外科医生。

Improved imaging, segmentation, and TeamXR: February update

3 月 3 日

Better imaging quality, bigger teams in TeamXR, and segmentation improvements: This update brings sharper, faster imaging with raymarch rendering, allows TeamXR sessions of up to 40 users for more effective collaboration, and enhances segmentation with smoother visuals, intuitive editing, and labeled structures.

Raymarch rendering for higher quality imaging

Imaging quality has been improved with the implementation of raymarch rendering, delivering sharper visuals and smoother performance. This feature is applied when settings are above 50% quality and is designed for PC-VR, as it requires additional rendering power.

It allows you to examine medical data with greater clarity, helping you identify fine details more accurately while maintaining fast and responsive interaction within the VR environment.

Segmentation improvements

Segmentations are now labeled, making it faster to identify anatomical structures. When you point at a segment with the laser, it highlights and its name appears instantly, helping you navigate and analyze data more efficiently.

Editing segmentations is now easier and more intuitive with the improved segmentation editor. You no longer need to search through the full list to find the segment you want to modify. Simply aim at it and press, its editor will open in front of you for immediate adjustments.

New: segmentation smoothing

Segmentations can now be smoothed, eliminating sharp edges for cleaner, more natural visuals. This improvement makes anatomical structures easier to examine and enhances overall clarity in the VR environment. This option is available for PC-VR setups, as it requires additional rendering power.

TeamXR improvements

TeamXR sessions can now host up to 40 users, making collaboration easier and more scalable. Whether you’re conducting full medical classes or collaboratively analyzing patient data, larger teams can now work together seamlessly in the same immersive VR environment.

A new TeamXR server in the USA reduces latency for users in that region, providing a smoother and more responsive experience.

For more information, contact https://info@medicalholodeck.com

MEDICALHOLODECK®。虚拟现实中的外科、解剖学、医学和DICOM。适用于医学生、护士、医生和外科医生。

Spatial medical imaging workflows, collaboration, AI, and hardware

2 月 25 日

Spatial collaboration with shared 3D data

Medicalholodeck[www.medicalholodeck.com] enables teams to visualize and discuss patient-specific imaging together in immersive 3D environments across devices. Surgeons, radiologists, and patients can review the same case in a shared spatial view, supporting clearer communication and joint understanding of anatomy and pathology.

Enable spatial case discussion in your institution. Download free trial[www.medicalholodeck.com] or contact our team, https://info@medicalholodeck.com.

From CT to smart 3D in seconds

Medicalholodeck AI[www.medicalholodeck.com] automatically segments CT and MRI data and converts it into interactive 3D visualizations. What previously required time-intensive manual processing becomes available for exploration and discussion within minutes across VR, 3D displays, and standard screens.

Try Medicalholodeck AI with your own DICOM data here[www.medicalholodeck.com].

Which hardware fits your work? 3D display, VR, or standard PC?

Medicalholodeck[www.medicalholodeck.com] runs on VR headsets, glasses-free stereoscopic 3D displays, and standard 2D systems from the same platform. Institutions can choose the setup that fits their environment – classroom, hospital, or lab – while working with the same spatial medical data.

We help you to find the perfect hardware: contact our team, https://info@medicalholodeck.com.

MEDICALHOLODECK®。虚拟现实中的外科、解剖学、医学和DICOM。适用于医学生、护士、医生和外科医生。

截图