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Pannoramic-X

The Pannoramic-X micro-CT scanner, with its CT Control software and DVREAL 3D Imaging, enables high-resolution imaging of whole-FFPE, Full Blocks, and specimens up to 15 cm. Utilizing advanced soft X-ray technology, it supports virtual slicing, virtual staining, and biomarker quantification, transforming cancer research, molecular pathology, and digital histopathology workflows.
Pannoramic X MicroCT

Pannoramic-X

Pannoramic-X: A New Era in 3D Digital Pathology

The Pannoramic-X micro-CT scanner revolutionizes 3D digital pathology by enabling ultra-high-resolution imaging of whole-FFPE tissue blocks, full blocks (macroblocks), and specimens up to 15 cm without traditional sectioning. Utilizing soft X-ray technology, it delivers virtual slicing and virtual staining, preserving sample integrity while enhancing biomarker analysis, tumor morphology assessment, and cancer staging. Powered by DVREAL 3D imaging, it provides unmatched depth and detail, surpassing conventional histology. Its intuitive software suite – CT Control, 3Dview, PatternQuant, and NuclearQuant – supports digital archiving, volumetric analysis, and AI-driven image processing for precise, reproducible results. With high-throughput capabilities, cost-effective operation, and integration into digital pathology workflows, the Pannoramic-X is an essential tool for cutting-edge research in cancer diagnostics, molecular pathology, and personalized medicine.

Unlike conventional slide-based histopathology, the Pannoramic-X eliminates depth and size limitations, accommodating large tissue volumes with high-detail scanning optimized for low-contrast samples. It provides an intuitive, user-friendly workflow, integrating seamlessly into digital pathology environments.

By combining unrivaled resolution, innovative digital histology, and AI-powered analysis, the Pannoramic-X is shaping the future of digital pathology, oncology research, and molecular diagnostics. It is a must-have for leading research institutions, pathology labs and pharmaceutical development centers aiming to push the bounderies of precision medicine and cancer diagnostics.

Key Features:

3D Digital Pathology Without Sectioning

Unlike traditional histology, which requires physical sectioning of FFPE blocks, the Pannoramic-X captures intact tissue structures in three dimensions using soft X-ray micro-CT technology. This eliminates the risk of tissue loss, distortion, or artifacts, preserving sample integrity for more accurate analysis.

With the ability to scan whole-FFPE blocks, full blocks (Macro Blocks), and specimens up to 15 cm, the Pannoramic-X far surpasses traditional slide-based methods, which are limited by section size and depth. This expanded imaging capability ensures comprehensive tissue analysis for complex research applications.

The DVREAL 3D Imaging allows for virtual slicing and staining, replicating traditional histological techniques without physical alterations to the sample. This innovation enables multi-plane analysis, eliminates unnecessary cutting, and allows for retrospective examination of unstained tissue.

By providing detailed 3D visualization of tumor architecture, the Pannoramic-X enables precise assessment of lymphovascular invasion (LVI), tumor budding, and vascular structures – critical features for cancer staging and treatment planning. This level of detail is difficult to achieve with standard 2D slides.

Integrated with PatternQuant and NuclearQuant, the Pannoramic-X supports high-speed, AI-driven image analysis, enabling automated pattern recognition, cell-based measurements, and quantitative biomarker assessments. This streamlines research workflows and ensures reproducible, unbiased data.

Traditional pathology workflows involve manual sectioning, staining, and imaging, which can be labor-intensive and time-consuming. The Pannoramic-X offers high-throughput scanning, accommodating multiple samples simultaneously and reducing processing times.

 

With CT Control and 3DView Software, the system integrates effortlessly into existing digital pathology infrastructures, supporting DICOM, MRXS, and RAW formats for compatibility with HIS and LIS systems. Researchers can store, analyze, and share 3D scans effortlessly.

 

Unlike traditional micro-CT systems that require specialized facilities, the Pannoramic-X is radiation-safe with zero emissions, operates on standard lab power, and requires no specialized engineers for maintenance. This reduces operational costs and expands accessibility.

 

Feature Pannoramic-X Traditional Histology
3D ImagingYes, with full volumetric analysisNo, limited to 2D slices
Sample IntegrityIntact, no sectioning requiredTissue loss and artifacts from cutting
Virtual Slicing & StainingYes, unlimited retrospective analysisNo, once sectioned, tissue is altered
Size LimitationsScans up to 15 cmLimited to thin sections
Tumor & Biomarker AnalysisAdvanced 3D visualization and AI-driven quantificationManual assessment from 2D slides
Workflow EfficiencyHigh-throughput, multiple samples per runLabor-intensive, one slide at a time
Operational CostCost-effective, no special facility neededHigh cost due to labor and reagents
General Specifications
Data Acquisition Workstation
  • Micro-CT scanner
  • Data Acquisition CPU (built-in),
  • 4K Monitor, keyboard, and mouse (on the Arm)
Reconstruction Workstation
  • Reconstruction CPU, Keyboard, mouse
  • 4K Monitor

Micro-focus 70kV, 7W (upgrade to 250W available in 2025)

Image Processing & Data Output
Visualization Features
  • 3D reconstruction from 2D serial sections
  • Advanced measurement tools for tumor morphology and biomarker quantification
  • Color manipulation and adjustable viewing parameters
Physical & Operational Specifications
Dimensions (WxDxH)

1790 mm x 929 mm x 1820 mm (without monitor console)

Weight

1150 kg (requires 2000 mm x 2800 mm floor space, below 500 kg/m²)

Radiation Safety

Enclosed, zero-emission system, requiring no special facility modifications

Power Supply

Operates on standard lab electricity, no specialized infrastructure needed

Pannoramic-X

Scanning Capabilities

Sample Size​

Few mm to 150 mm (15 cm)

X-ray Source​

Micro-focus 70kV, 7W (upgrade to 250W available in 2025)

Scanning Time

Typically, 20 minutes to a few hours for high-resolution images

Operational Mode​

24/7 continuous operation

Multiple Sample Loading

Supports simultaneous scanning of multiple samples (optional sample changer available)​

Use Cases of Pannoramic-X

Explore the Use Cases

Archaeology and paleontology have traditionally relied on destructive sampling methods such as sectioning, staining, and thin-section petrography to study fossils and artifacts at the microscopic level. However, these approaches pose risks to…
Biomedical research is experiencing a major shift with the integration of Digital Pathology and Micro-CT solutions, significantly improving tissue analysis, biomarker discovery, and disease modeling. Traditional microscopy methods have inherent limitations, such…
Botany and plant sciences rely on high-resolution imaging and precise analysis of plant tissues to understand disease mechanisms, stress responses, genetic modifications, and ecological changes. Traditional microscopy techniques limit research efficiency due…
Cancer research demands cutting-edge imaging technologies to enhance biomarker discovery, tumor profiling, and immuno-oncology advancements. Traditional histopathology techniques, while fundamental, present challenges such as limited scalability, subjective interpretation, and data fragmentation. Digital…
Geological and mineralogical research relies on high-resolution imaging techniques to analyze mineral composition, rock microstructures, and sedimentary formations. Traditional petrographic microscopy, while effective, is often limited by sample preparation constraints, depth resolution,…
Toxicology and environmental science research requires high-precision imaging, high-throughput analysis, and advanced molecular assessments to evaluate the impact of toxins, chemicals, and environmental pollutants on biological systems. Traditional microscopy and histopathology methods…

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