Informative articles on digital pathology and slide scanners

A recap of CAP TODAY’s webinar with The Ohio State University Wexner Medical Center on how laboratories can begin digital pathology adoption with focused, practical workflows. Topics include frozen sections, validation, staffing, 20x vs 40x scanning, turnaround time gains, and building a foundation for AI.

Rapid on-site evaluation ties a pathologist to the procedure room. Washington University moved the image instead of the person - and got roughly a workday a week back per pathologist.

In the ASC webinar "When ROSE Coverage Is Stretched: A Practical Digital Cytology Use Case", Dr. Sara Monaco shared her practical experience with telecytology and ROSE coverage in a rural healthcare system setting.

Healthcare systems across the world continue to face workforce shortages in cytology and pathology while simultaneously working to improve access to care. Remote digital cytology and Rapid On-Site Evaluation (ROSE) workflows are emerging as important tools to help pathology teams collaborate more efficiently and extend specialist expertise across locations.

A recent case shared by Incyte Pathology highlights how a Grundium digital scanner enabled real-time remote review when snow disrupted travel in the Pacific Northwest.

How do tumors reshape the lymph nodes they spread to? In a new Nature Communications paper, the team used H&E brightfield imaging with the Grundium Ocus®40 to connect tissue morphology with advanced spatial biology.

Selecting the right digital pathology microscope is a crucial decision that can significantly impact your diagnostic workflow and overall laboratory efficiency. With advancements in imaging technology transforming pathology practices, microscope slide scanners have become essential tools for modern healthcare institutions. These sophisticated instruments convert traditional glass slides into high-resolution digital images, enabling remote consultations, efficient […]

In healthcare, laboratories face increasing pressure to deliver faster, more accurate diagnostic results while managing costs and maintaining quality. The choice between traditional microscopy and digital slide scanners represents a pivotal decision for pathology labs, research facilities, and educational institutions. As digital pathology continues to gain momentum, understanding the comparative advantages of these technologies becomes […]

In today’s rapidly evolving healthcare landscape, the traditional approach to pathology is undergoing a significant transformation. The introduction of portable microscope slide scanners like Ocus represents one of the most impactful innovations in this field, revolutionising how pathologists work and collaborate. These compact yet powerful devices enable the digitisation of glass slides, creating high-resolution digital […]

The transition from traditional microscopy to digital pathology represents a significant advancement in healthcare diagnostics. When considering a Ocus microscope slide scanner for your laboratory, facility, or educational institution, several key features can significantly impact your workflow, diagnostic capabilities, and overall return on investment. Selecting the right digital pathology microscope requires careful evaluation of technical […]

In pathology and medical imaging, the shift from traditional microscopes to digital slide scanners represents a significant technological leap. As healthcare facilities face growing demands for efficiency, accuracy, and remote collaboration capabilities, the question arises: which approach delivers superior results?

Selecting the right microscope slide scanner is a critical decision that can significantly impact your laboratory’s efficiency, diagnostic accuracy, and collaborative capabilities. As digital pathology continues to transform healthcare and research environments, understanding the key factors that should influence your scanner selection becomes increasingly important. Digital pathology scanners have revolutionized how specimens are analyzed, shared, […]

Investing in digital pathology technology represents a significant decision for laboratory managers and healthcare administrators. While the initial costs may seem substantial, a well-planned implementation of digital pathology solutions can deliver exceptional returns on investment through improved efficiency, enhanced diagnostic capabilities, and optimized resource allocation. The transformation from traditional microscopy to digital workflows requires careful […]

In the field of digital pathology, understanding the technologies that power modern diagnostic workflows is essential for healthcare professionals. The transition from traditional microscopy to digital solutions has revolutionised how pathologists examine tissue samples, collaborate with colleagues, and deliver diagnoses. Two key technologies at the forefront of this transformation are digital microscope scanners and whole […]

Digital pathology represents one of the most transformative technologies in modern healthcare, revolutionizing how medical professionals examine, analyze, and share tissue samples. At the heart of this transformation lies the microscope slide scanner, a sophisticated device that converts traditional glass slides into high-resolution digital images. These digital representations enable pathologists to examine specimens remotely, collaborate […]

Digital pathology represents a major technological shift in how medical professionals analyze tissue samples and make diagnostic decisions. By converting glass slides into high-resolution digital images, pathology has evolved from a purely microscope-based discipline to one that leverages digital advantages for enhanced collaboration, accuracy, and efficiency. For laboratories and healthcare institutions of all sizes, digital […]

Digital pathology has transformed how tissue samples are analysed, shared, and stored. The capabilities of your digital pathology scanner directly impact the quality and reliability of your results. Modern microscope slide scanners offer unprecedented precision and efficiency, enabling professionals to focus on discoveries rather than logistical challenges. When selecting a digital microscope scanner, certain features […]

Digital pathology represents one of the most significant transformations in modern healthcare diagnostics. As traditional microscopy increasingly gives way to advanced slide scanning technology, pathologists find themselves at a critical crossroads. The transition from glass slides to high-resolution digital images is revolutionising workflow efficiency, diagnostic capabilities, and collaborative potential across the field. Today’s digital pathology […]

The transformation from traditional microscopy to digital pathology represents a significant advancement in laboratory medicine. Digital microscope scanners are rapidly changing how pathologists work, enabling more efficient diagnoses, enhanced collaboration, and improved workflow management. By converting glass slides into high-resolution digital images, these scanners eliminate many of the logistical challenges that have traditionally slowed down […]

The transformation to digital pathology represents one of the most significant advancements in laboratory medicine in recent times. As healthcare facilities worldwide seek to modernise their diagnostic capabilities, implementing a robust digital pathology system has become essential rather than optional. With the right Ocus digital pathology scanner technology, laboratories can dramatically improve workflow efficiency, enhance […]

Integrating a microscope slide scanner into your laboratory setup represents a significant step toward modernising your pathology workflow. As healthcare facilities face increasing pressure to deliver faster, more accurate results while maintaining efficiency, digital pathology microscopes have become essential tools rather than merely optional upgrades. The transition from traditional microscopy to digital solutions offers numerous […]

Digital pathology represents a significant transformation in healthcare diagnostics, yet implementing this technology comes with notable challenges. The shift from traditional microscopy to digital systems requires careful planning, resource allocation, and workflow adjustments. For laboratories considering this transition, understanding and addressing key implementation hurdles is essential for success. Digital pathology offers remarkable benefits including enhanced […]

Transitioning to digital pathology represents a significant shift for laboratories and healthcare facilities. While the benefits are substantial, many organisations face challenges during implementation that can slow adoption or diminish returns on investment. Understanding these common hurdles and having strategies to overcome them can make the difference between a frustrating transition and a successful digital […]

For over a century, pathologists have relied on traditional light microscopy to examine tissue samples and make critical diagnostic decisions. Today, digital pathology technology is revolutionising this fundamental medical practice. By converting physical glass slides into high-resolution digital images, microscope slide scanners are creating new possibilities for collaboration, analysis, and workflow efficiency. This shift represents […]

Proper maintenance of your digital pathology scanner is crucial for ensuring consistent, high-quality imaging and extending the life of your investment. As laboratories increasingly transition from traditional microscopy to digital workflows, maintaining these sophisticated instruments becomes essential for uninterrupted diagnostic services. Regular and proper care of your pathology scanner not only preserves image quality but […]

Selecting the right digital pathology scanner is a critical decision for clinical laboratories and pathology departments. The shift from conventional glass slides to digital imaging has revolutionised diagnostic capabilities, enabling more efficient workflows and improved patient outcomes. Choosing the appropriate microscope slide scanner requires careful consideration of multiple factors that can significantly impact diagnostic accuracy, […]

Implementing a microscope slide scanner in your laboratory marks a significant transition towards more efficient diagnostic workflows and enhanced collaboration capabilities. As laboratories face increasing pressure to deliver faster, more accurate results, digital pathology scanners like Ocus offer a strategic solution that modernises traditional practices while improving diagnostic precision. The shift from conventional microscopy to […]

The Evolution of Digital Pathology in Modern Laboratories The transition from traditional glass slides to digital pathology represents a significant evolution in diagnostic practices for laboratories worldwide. By adopting digital pathology scanners, laboratories can transform their workflows, enhance diagnostic accuracy, and enable new possibilities for collaboration. This technological shift involves converting physical glass slides into […]

Explore how telepathology enhances remote diagnostics for intraoperative frozen sections in this insightful webinar recording featuring Dr. Dylan Miller.

In the rapidly evolving landscape of healthcare diagnostics, digital pathology represents one of the most significant technological advancements of recent years. Traditional microscopic examination of tissue samples has been the cornerstone of pathology for over a century, but the integration of high-resolution digital pathology scanners like Ocus is revolutionising how medical professionals diagnose diseases. These […]

The transition from traditional microscopy to digital pathology represents a significant advancement in laboratory medicine. As more labs consider implementing digital solutions, understanding the key differences between digital pathology scanner options becomes essential for making informed decisions. Digital pathology scanners like Ocus transform glass slides into high-resolution digital images, enabling enhanced analysis, remote consultations, and […]

Digital Pathology Scanners: Transforming Laboratory Efficiency In today’s fast-paced laboratory environment, efficiency and accuracy are paramount to delivering timely diagnostic results. The integration of digital pathology scanners into laboratory workflows represents a significant advancement in how pathologists examine, analyze, and share tissue samples. By converting traditional glass slides into high-resolution digital images, these sophisticated tools […]

Digital pathology is revolutionizing the way healthcare professionals conduct diagnoses and collaborate on patient cases. By transforming physical glass slides into high-resolution digital images, digital pathology scanners like Ocus are becoming invaluable tools in modern medical practice. The shift toward digital solutions offers significant benefits for pathologists, researchers, and educators alike, enhancing accuracy, efficiency, and […]

The field of pathology has traditionally been constrained by physical limitations that affect efficiency and collaboration. Traditional microscopy requires pathologists to manually examine glass slides, creating bottlenecks in diagnostic workflows and limiting access to specialist expertise. Digital pathology scanners now offer laboratories the opportunity to transform their operations fundamentally. These advanced instruments convert physical microscope […]

Watch the webinar recording as Dr. Hannah Krigman from Washington University explains how an Ocus slide scanner enabled telecytology for their rapid on-site evaluation (ROSE) process.

In the field of medical diagnostics, digital pathology is emerging as a transformative force, significantly enhancing the speed and accuracy of lab results. This blog post delves into the intricacies of digital pathology, exploring its operational framework, advantages, and the challenges it presents. By understanding these elements, healthcare professionals can better appreciate its potential to […]

Introduction to digital pathology Digital pathology is an innovative approach in the field of pathology where traditional glass slides are transformed into high-resolution digital images. This transformation allows for a more efficient and accurate analysis of tissue samples, fundamentally changing how laboratories operate. Unlike conventional methods that rely on physical slides and microscopes, digital pathology […]

Introduction to Digital Pathology The field of pathology has undergone significant transformation, evolving from traditional methods reliant on physical slides and microscopes to advanced digital solutions. With the advent of digital pathology scanners and digital pathology microscopes, pathologists can now digitize entire slides, making it easier to store and share large volumes of data. This […]

Understanding the basics of digital pathology Digital pathology is a groundbreaking shift from traditional pathology, where tissue or fluid samples are viewed as high-resolution digital images on a computer screen instead of through a conventional microscope. This transition is driven by the demand for enhanced efficiency and accuracy in medical diagnostics. The core of digital […]

Understanding the digital transformation in pathology The shift from traditional to digital methods in pathology is a revolutionary change, driven by advancements in healthcare technology and the need for improved accuracy and efficiency in diagnostics. Digital tools such as digital pathology scanners and telepathology are transforming the field, enabling pathologists to examine tissue samples remotely […]

Understanding the need for digital slide scanners In the realm of modern pathology, traditional microscopes, while still valuable, encounter several limitations that hinder efficiency and collaboration. The demand for digital solutions is growing as pathologists seek to overcome these constraints. Traditional pathology microscopes are often labor-intensive, requiring manual slide handling and physical presence, thus limiting […]

The evolution of pathology: from traditional to digital Pathology, the cornerstone of medical diagnostics, has undergone significant transformation over the years. Traditionally, pathologists relied heavily on physical slides and a standard pathology microscope to diagnose diseases. This process, while foundational, had inherent limitations such as the need for physical slide handling, limited accessibility for remote […]

For lab managers seeking to modernize their operations, understanding digital pathology is crucial. This blog post aims to provide a comprehensive guide to adopting digital pathology in a cost-effective and disruption-free manner, offering insights, strategies, and solutions. Understanding digital pathology Digital pathology is the practice of digitizing glass slides using a whole slide scanner and […]

Understanding Remote Slide Review Remote slide review in pathology is a transformative concept that seamlessly integrates with digital pathology technologies and the traditional workflow of microscopic slide analysis. This practice involves converting physical slides into digital formats through slide digitization, allowing pathologists to review and diagnose cases from virtually anywhere. This capability is particularly significant […]

Introduction to digital pathology The landscape of pathology has been dramatically reshaped by the advent of digital pathology, marking a significant evolution in modern medicine. Traditionally, pathologists relied on physical slides and microscopes to analyze tissue samples, a process that was often labor-intensive and time-consuming. With the introduction of digital imaging in healthcare, these traditional […]

Introduction to whole slide imaging Whole slide imaging (WSI) represents a significant leap forward in the field of pathology, transforming how medical professionals view and analyze tissue samples. Unlike traditional microscopy, which requires physical slides to be examined under a microscope, WSI digitizes entire slides into high-resolution images that can be viewed on a computer […]

The evolution of pathology practices Pathology, the cornerstone of diagnostic medicine, has traditionally relied on analog methods such as glass slide microscopy. Pathologists would examine tissue samples under a pathology microscope, manually documenting their findings. This process, while foundational, is labor-intensive and time-consuming. The need for physical slides also led to logistical challenges, particularly in […]

Introduction to digital pathology The field of pathology has witnessed a significant transformation over the years, evolving from conventional microscopy to advanced digital solutions. Traditional pathology relied heavily on physical slides and microscopes, which posed limitations in terms of accessibility and efficiency. As medical practices modernized, there was a pressing need to integrate technology that […]

Introduction to digital slide scanners The evolution of digital slide scanners marks a significant shift in the field of histopathology, transitioning from the traditional use of microscopes to advanced digital imaging technologies. This transition has been fueled by the need for more efficient, accurate, and scalable diagnostic tools that can meet the growing demands of […]

Introduction to digital pathology Digital pathology represents a groundbreaking evolution in modern medicine, completely transforming how pathologists diagnose and collaborate. It integrates digital technology into traditional pathology by using digital scanners and pathology microscopes to capture high-resolution images of tissue samples. This innovation allows pathologists to analyze, share, and store data more efficiently than ever […]

Introduction to digital slide scanners Over the past few decades, digital slide scanners have become pivotal in transforming pathology labs worldwide. These innovative devices have shifted the paradigm from traditional microscopy to a more streamlined, efficient, and accurate digital format. Initially, pathology relied heavily on traditional microscopes for slide examination, a method that, while effective, […]

Understanding digital pathology Digital pathology is revolutionizing the way medical professionals approach the diagnosis and analysis of diseases. Unlike traditional pathology methods, which rely heavily on physical slides and pathology microscopes, digital pathology leverages digital imaging technologies to create, analyze, and share high-resolution images of tissue samples. This shift from analog to digital allows pathologists […]

The evolution of medical imaging Medical imaging has undergone significant transformations since its inception. From the early days of X-rays to the sophisticated high-resolution imaging technologies we rely on today, the journey has been nothing short of revolutionary. Initially, the field of medical imaging was limited by the capabilities of the equipment and the quality […]

The evolution of pathology with digital tools The transition from traditional pathology methods to digital tools marks a significant evolution in the field of pathology. Historically, pathologists relied heavily on physical slides and microscopes to analyze tissue samples, which often involved significant logistical challenges such as shipping slides for consultations or storing large volumes of […]

Understanding digital pathology Digital pathology is revolutionizing the way laboratories operate by integrating cutting-edge technology with traditional pathology practices. At its core, digital pathology involves the use of digital pathology scanners, such as the Ocus® series, to convert traditional glass slides into high-resolution digital images. These images can then be viewed, shared, and analyzed on […]

Understanding digital pathology Digital pathology is an innovative field that is redefining the landscape of medical diagnostics. At its core, digital pathology involves the conversion of glass slides into digital images using a digital pathology scanner. Unlike traditional pathology, which relies heavily on physical slides and pathology microscopes, digital pathology provides a more streamlined and […]

Understanding the Basics of ROI in Digital Pathology Return on Investment (ROI) is a critical metric for any lab considering the transition to digital pathology. It measures the financial return gained from the investment in digital pathology tools, such as the Ocus® series of microscope slide scanners by Grundium. Understanding ROI involves evaluating both the […]

Introduction to digital slide scanners The evolution of pathology from traditional microscopes to digital slide scanners marks a pivotal shift in how pathological analyses are conducted. Historically, pathologists relied heavily on conventional microscopes to examine glass slides, a process that was not only time-consuming but also limited in terms of collaboration and data sharing. With […]

Introduction to digital pathology Digital pathology is revolutionising the way medical professionals approach diagnostics and research. By converting traditional glass slides into digital images, this technology allows pathologists to analyse samples with greater precision and efficiency. The digital format not only enhances the quality of analysis but also facilitates easier storage and sharing of data. […]

Understanding telepathology and its benefits Telepathology, a revolutionary advancement in the field of digital pathology, enables the remote examination of pathology slides through digital imaging. This technology is transforming the way pathologists collaborate, offering significant benefits such as improved access to expert opinions, reduced turnaround times for diagnoses, and enhanced patient care. By leveraging digital […]

The rise of digital tools in laboratories In recent years, the integration of digital tools in laboratories has revolutionised the way lab teams operate, enhancing lab productivity and efficiency. The shift from traditional methods to digital solutions has been driven by the need for more accurate, faster, and collaborative processes. Digital tools, such as digital […]

Traditional pathology methods often involve manual handling of slides, which can be time-consuming and prone to errors. Digital pathology solutions automate the digitization process, allowing for faster and more accurate analysis.

What is digital pathology? Digital pathology is a transformative approach in the field of pathology that involves the acquisition, management, sharing, and interpretation of pathology information in a digital environment. This innovative method leverages advanced imaging technology to convert traditional glass slides into high-resolution digital images. These images can be viewed, analyzed, and shared remotely, […]

Understanding the Basics of Digital Pathology Digital pathology is revolutionizing the way laboratories operate by transforming traditional microscopy into a digital workflow. This innovative approach involves the digitization of glass slides using high-resolution scanners, such as the Ocus® series from Grundium. These digital images can then be analyzed, shared, and stored electronically, offering a more […]

Introduction to digital pathology Digital pathology is revolutionising the way medical education is delivered, offering a modern approach to the study and diagnosis of diseases. By converting traditional glass slides into high-resolution digital images, this technology allows for more efficient and accurate analysis. Educational institutions are increasingly incorporating digital pathology into their curricula to provide […]

Understanding the Basics of Scanner Storage In the realm of digital pathology, understanding how scanner storage works is crucial for efficient image management. Scanners, such as the Ocus® series by Grundium, capture high-resolution digital images of microscope slides. These images are then stored on local computers or external storage devices before being uploaded to secure […]

Understanding telepathology and its role in modern medicine Telepathology is a groundbreaking advancement in the field of pathology, enabling the remote analysis and diagnosis of pathology slides. This technology leverages digital pathology to facilitate the sharing of high-resolution images across vast distances, allowing pathologists to collaborate without the need for physical slide transfers. The integration […]

Understanding the Importance of Data Confidentiality in Digital Pathology As the field continues to evolve, the transition from traditional microscopy to digital platforms has introduced new challenges and opportunities in data management. The digitisation of pathology slides allows for enhanced diagnostic accuracy and efficiency, but it also necessitates stringent measures to protect sensitive patient information. […]

Introduction to telepathology Telepathology is a revolutionary approach in the field of pathology, leveraging telecommunications technology to facilitate the remote examination of pathology slides. This method allows pathologists to diagnose diseases from a distance, using digital images of tissue samples. The advent of telepathology has been a game-changer, particularly in regions where access to specialized […]

Digital pathology is revolutionizing remote consultations by enabling pathologists to analyze and share high-resolution slide images instantly, eliminating the need for physical transportation. With tools like Grundium’s microscope slide scanners, specialists can collaborate seamlessly across distances, ensuring faster and more accurate diagnoses.

Digital pathology significantly reduces operational costs in labs by streamlining workflows and minimizing reliance on manual slide handling. It optimizes resource use through digitized storage and sharing, eliminates physical transport needs, and enables remote diagnostics, which reduces travel expenses. These efficiencies lower consumable costs and enhance diagnostic speed and accuracy.

Telepathology enables remote consultations with high-resolution digital slides, speeding up diagnoses, cutting costs, and enhancing expert collaboration. Modern labs benefit from streamlined workflows and global expertise, despite challenges like connectivity and data security.

Digital pathology reduces diagnostic errors by enabling pathologists to examine high-resolution digital images in detail, minimizing oversight and human error. Advanced image quality and remote collaboration allow for more accurate, timely diagnoses, supporting better patient care and streamlined workflows. This digital approach addresses limitations in traditional microscopy.

Digital pathology boosts diagnostic speed and accuracy by enabling pathologists to digitize, store, and share slides efficiently. Streamlined workflows reduce slide handling and enhance precision, leading to faster patient diagnoses, improved remote consultations, and overall increases in lab productivity and diagnostic reliability.

Digital pathology enhances tissue sample quality by enabling detailed, high-resolution imaging for accurate histology. Tools like Grundium’s Ocus® scanners support meticulous sample analysis, reducing errors caused by poor-quality samples. Enhanced visualization and remote consultation optimize diagnostics, improve patient outcomes, and elevate lab efficiency in histological assessments.

Digital pathology reduces lab costs by streamlining workflows and minimizing manual processes. By digitizing slides, labs cut down on physical storage, slide transport, and handling costs. This optimized workflow enables faster, more accurate diagnostics, reducing repeat tests and improving patient outcomes—key for lab efficiency.

Digital pathology enables faster, more accurate diagnoses by allowing pathologists to analyze and share high-resolution images remotely. Tools like Grundium’s Ocus® scanner enhance diagnostic speed and personalization, improving patient outcomes. Streamlined workflows and quicker consultations support precision medicine, despite integration and data security challenges in healthcare.

Explore how traditional labs can seamlessly integrate digital pathology to enhance diagnostic efficiency and precision. Learn key steps and tools.

Dr. Alba Torres, Process and Quality Director at Cepatho Laboratory in Brazil, shares her insights and experiences three years after digitizing their digital pathology workflow with Grundium's Ocus®40 microscope slide scanner.

Digital slide scanners are becoming essential in modern pathology. Why should pathologists consider upgrading to a digital microscope scanner?

Digital pathology scanners transform diagnostics by providing high-resolution images, streamlining workflows, and enabling remote consultations, ultimately improving patient care.

In the dynamic world of medical diagnostics, Whole Slide Imaging (WSI) emerges as a game-changer in pathology. Many professionals grapple with its nuances as the shift to digital pathology accelerates. Dive into our concise guide, addressing nine pivotal questions about WSI. Equip yourself with insights and stay updated in this digital evolution.

Processing frozen sections in Ukraine’s biggest pathology lab Dr. Elena Koshyk, tells the story of how the Grundium Ocus microscope scanner helps them analyze frozen sections quickly at CSD Medical in Kyiv, Ukraine CSD Medical Laboratory (CSD) is a large private laboratory that has been utilizing digital pathology for many years, using multi-slide scanners for […]

Dr. Leonardo Guasti, Reader in Endocrinology at the QMUL walks us through what happened when they purchased a Grundium Ocus®40 digital microscope scanner in September 2021.

Whole slide imaging, also known as WSI, virtual microscopy or digital pathology, is a technique that involves capturing high-resolution digital images of an entire microscope slide. This technology revolutionizes the field of pathology by digitizing glass slides and allowing pathologists to view and analyze them on a computer screen.

Sometimes the transition switch from conventional microscopy to digital pathology is made challenging for the pathologist by differences in what the viewed images look like over the two mediums. So, what do you do to make a great digital microscope image?

Digital imaging is changing pathology by making it easier to identify and diagnose diseases. Pathologists are now able to use digital images to examine tissues and organs more closely, which has led to more accurate diagnoses. In addition, digital imaging is helping to improve the quality of pathology reports by providing clearer images of tissues and organs.

Artificial intelligence, AI, has been one of the most talked-about topics in pathology for years. AI stands on the shoulders of digital pathology, which can already feel threatening to the expert who has maybe spent decades looking at specimens in a microscope. Will all this rapidly developing technology make the expert obsolete?

The small footprint but high resolution Grundium Ocus®40 is the chosen imaging component in Zoetis’ network of digital pathology service. The system reduces the time of cats’ and dogs’ diagnosis from days or even weeks to only minutes. This is tomorrow’s distributed digital pathology service today.

MD Hannes Olauson from the Karolinska University Hospital talks about how the small Grundium Ocus is making a big difference in scanning slides, and he has an interesting view of the future of pathology and why medical innovation sometimes takes longer.

Two beautiful and powerful scanners making the best professional diagnosis available for all life. What’s the difference? Here is what makes each of the Grundium Ocus® series scanners the most practical in their respective fields.

Digital pathology is a transformative approach in the field of pathology that involves the acquisition, management, sharing, and interpretation of pathology information in a digital environment. Grundium's Ocus scanners are at the forefront of this revolution, leveraging advanced imaging, data management, and artificial intelligence (AI) to enhance the accuracy and efficiency of pathology practices.

Microscopy is much more than just 20x or 40x objectives. In this white paper, Our principal imaging engineer Markus Vartiainen dives deep into microscopy principles and theory.

Viewed through a 40x lens, objects seem twice as big as with a 20x lens. It seems logical to think a higher magnification objective is “better”. But how much do magnification levels on a microscope really matter?

Fimlab successfully validated a digital frozen section process with Ocus scanners operated by laboratory technicians.

How does the Grundium Ocus® remove the entry barrier to going digital?

Scanning speed: is it the right metric for quick work?

Grundium is proud to announce the patenting of its innovative image stitching method, designed to revolutionize the digital microscopy landscape. This cutting-edge solution addresses challenges in large-scale image stitching, especially when dealing with repetitive patterns and featureless regions that often result in alignment artifacts.

Digital scanners revolutionize pathology by eliminating logistical hurdles, enabling remote diagnoses, seamless collaboration, and streamlined workflows.

Today, most hospital workflows rely on a decades-old process: extracting a tissue sample, preparing it on a glass slide, and having a pathologist examine it under a microscope. To facilitate diagnosis, either the slides or the pathologist must often travel long distances—an approach that is inefficient, costly, and stressful.