3D, AR & VR for Teaching in Neurosurgery

ARveo 8x 3D Digital Microscope for Neurosurgery, Spine Surgery & PRS

Innovating neurosurgery: Expert perspectives on ARveo 8x and MyVeo

First impression on the ARveo 8x 3D digital microscope for neurosurgery

Expert Perspectives on MyVeo Headset in Neurosurgical Practice

Oncological Reconstructive Surgery with the Leica M530 OHX Microscope by Dr Harold Chatel

Skull Base Surgery: Expert Insights on ARveo 8x & MyVeo

Cornea Webinar Series: DMEK, DSAEK, and DALK cases - Session 2

Cornea Webinar Series: DMEK, DSAEK, and DALK cases - Session 1

How to Use a Digital Microscope to Streamline Inspection Processes

Adding Dimensions to Multiplex Molecular Imaging

Dissecting Proteomic Heterogeneity of the Tumor Microenvironment

Dr. Ike Ahmed: First impressions of the Proveo 8x 3D digital microscope

MyVeo Headset for Ergonomics & Assisting in Neurosurgery

Insights on the MyVeo Headset: Ergonomics & Teaching in Neurosurgery

First clinical results: Exoscopic vs. microsurgical procedures

Flexibility & efficiency in MISS with the ARveo 8

How a Breakthrough in Spatial Proteomics Saved Lives

Mastering EM Sample Preparation: Rhea Stringer’s Insights from the John Innes Centre

The Power of Context in Microscopy: Advancing Discovery in Disease Research

3D ophthalmic surgery with Proveo 8x and MyVeo | First impressions by M. Rehak, MD

3D-Augenchirurgie mit Proveo 8x und MyVeo | Erste Impressionen von Prof. M. Rehak

Inside the MBL Microscopy Summer Course: Director’s Tips & Highlights

Proveo 8x 3D Digital Ophthalmic Microscope – Multiply your possibilities

What's it like to join the MBL Summer Course? | Participant Interview

How to drape your ARveo 8x hybrid surgical microscope

Symposium: 3D Visualization in suspected Grade III and IV glioma surgeries

Proveo 8x 3D Digital Ophthalmic Microscope: Testimonial from Dr. Potenciano “Yong” Larrazabal III

First Impressions: Surgeons Experience the Proveo 8x 3D Surgical Microscope

Visoria B: Reveal sub-cellular structures with fluorescence

Visoria M: Save time with optimized light settings

Visoria M: Quick sample overview with the 0.7x Macro objective

Introducing the Visoria M materials microscope for industrial and material-science applications

Visoria B: Snap your image with a press of a button

Introducing the Visoria B laboratory microscope for life science and clinical applications

Visoria M: Work without eyepieces by going digital

Introducing the Visoria P polarization microscope for material and earth-science applications

Visoria M: Snap your image with a press of a button

Visoria P: Snap your image with a press of a button

Visoria P: Stay comfortable while working thanks to ergonomics

Unboxing and setup of the Visoria upright microscope

Visoria B: Save time with optimized light settings

Visoria M: Stay comfortable while working thanks to ergonomics

Visoria B: Stay comfortable while working thanks to ergonomics

Visoria B: Work without eyepieces by going digital

Visoria P: Work without eyepieces by going digital

Unboxing and setup of the Visoria upright microscope (captions)

Visoria P: Save time with optimized light settings

How GLOW400 transforms high-grade glioma surgery, Interview with T. Freiman, MD

Wie GLOW400 die Chirurgie bei hochgradigen Gliomen revolutioniert, Interview mit T. Freiman, MD

MyVeo 3D Headset: Focused Surgery, Ergonomic Freedom, Team Collaboration

EnFocus Intraoperative OCT: See Beyond the Surface, Operate with Confidence

Microscopy for all: A game-changer for research at Imperial College London

Optimize Surgical Outcomes in Cornea Surgery with Prof. Fontana and EnFocus Intraoperative OCT

Advancing Corneal Surgery Precision with intraoperative OCT: Insights from Prof. Fontana

Micalis: Improving Human Health Through Innovative Food Microbiology Research

Studying Microbial Interactions with fluorescence and transmitted light imaging

Food Safety: Exploring Salmonella 3D Biofilm Architecture with Brightfield and Confocal Imaging

Mapping the landscape of colorectal adenocarcinoma with imaging and AI

A meta-cancer analysis of the tumor spatial microenvironment