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Pannoramic Confocal Digital Scanner

The Pannoramic Confocal Digital Scanner combines confocal microscopy and digital pathology to deliver high-resolution, fluorescence, and 3D imaging for advanced research applications. Engineered for molecular pathology, neuroscience, cancer research, and biomarker discovery, it offers unprecedented image quality with minimal photobleaching and high-speed scanning, ensuring efficient, high-throughput analysis for research laboratories.

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Pannoramic Confocal Digital Scanner

Advancing Digital Pathology for Research with the Pannoramic Confocal

The Pannoramic Confocal Digital Scanner represents a groundbreaking advancement in digital pathology and fluorescence imaging, integrating confocal microscopy with whole-slide imaging technology to achieve unparalleled clarity, depth, and contrast. Unlike traditional WSI scanners, which capture flat, two-dimensional images, the Pannoramic Confocal excels in Z-stack scanning, generating detailed, multi-layered 3D reconstructions of tissue samples.

This advanced system utilizes structured illumination confocal imaging, overcoming the limitations of spinning pinhole-disc techniques to maximize light efficiency, minimize photobleaching, and enhance signal-to-noise ratios. Its high-speed scanning capabilities – up to 20x faster than conventional confocal systems – ensure optimal performance in multiplex imaging, fluorescence-based research, and molecular pathology applications.

With its automated water immersion system, scientific CMOS camera for ultra-low-noise imaging, and AI-driven digital differential interference contrast (SW DDIC) for brightfield visualization, the Pannoramic Confocal sets itself apart for research pathology, drug development, and translational research.

Key Features:

Confocal Z-Stack Scanning for 3D imaging
  • Multilayer (Z-stack) scanning with up to 100 optical sections
  • 3D tissue reconstruction for in-depth morphology studies
  • Eliminates out-of-focus blur, enhancing depth and contrast
  • Scanning speed up to 20x faster than conventional confocal systems
  • SCMOS camera with low-noise (1.3 e-) imaging ensures high sensitivity
  • Resolution down to 0.10 µm/pixel, supporting superior image clarity
  • Overcomes limitations of spinning-disc confocal microscopy
  • Minimizes photobleaching while maximizing light collection
  • Colocalized imaging available in fluorescent and brightfield modes
  • 6-channel solid-state fluorescence light engine (15,000-hour lifespan)
  • Supports quad-band and multi-channel fluorescence imaging
  • Brightfield imaging enhanced by SW DDIC technology
  • Water immersion system for high NA objectives, improving signal intensity
  • Minimized sample bleaching through precise light control & LED-based excitation
  • LED light engine lifespan exceeds 15,000 hours, reducing long-term costs
  • Multiple export formats including JPG, TIFF, and lossless 3D imaging exports
  • Seamless integration with third-party analysis software
Slide Handling
  • Capacity: 11+1 slides
  • Compatible Slide Formats: 25.5 mm x 75.5 mm, 1 mm thickness
Supported Objectives
  • Dual-objective support with motorized objective changer.
Imaging Performance
  • Default Objectives:
    • Zeiss Plan-Apochromat 20x/0.8 NA
    • Zeiss C-Apochromat (W) 40x/1.2 NA (water immersion)
  • Camera Type:
    • 5 Mpx, 16-bit, scientific CMOS camera (low noise: 1.3 e-)
  • Resolution:
    • Brightfield: 0.4 µm FWHM (40x 1.2 NA objective)
    • Confocal Sectioning: 1.43 µm FWHM (40x 1.2 NA objective)
  • Speed:
    • Brightfield Scanning Speed: 13 minutes for a 15 mm x 15 mm sample at 0.325 μm/pixel.
    • Fluorescence Scanning Speed: 30 minutes for a 15 mm x 15 mm sample with 3 fluorescent channels at 20 ms exposure per channel.
Fluorescence & Brightfield Imaging

Fluorescent Illumination:

  • 6-channel solid-state light engine (15,000-hour lifetime)
  • Supports DAPI, FITC, TRITC, Cy5, and custom filter sets

Brightfield Illumination:

  • 3CCD-equivalent separated RGB LED
Tissue Detection
  • Automatic threshold tissue detection using a USB preview camera
Focus Layering
  • Multilayer Z-stack scanning with adjustable layer distances (0.2–2 µm)
Barcode Reading
  • Supports 1D and 2D barcode formats, including Code39, Code128, QR, and Data Matrix.
Data Handling & Export Options
  • Digital Slide Format: Proprietary MRXS (lossless or JPEG2000 encoding)
  • Export Formats: Multi-channel or single-channel TIFF, JPEG, PNG, BMP
  • 3D Image Export: Compatible with third-party 3D analysis software
Physical Specifications
  • Dimensions (W x D x H): 97 cm x 58 cm x 103 cm (39” x 23” x 41”)
  • Weight: 100 kg

 

Pannoramic Confocal Digital Scanner

Specifications

Use Cases of Pannoramic Confocal Digital Scanner

Explore the Use Cases

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…
Genetic research demands precise imaging tools capable of capturing high-resolution cellular and molecular structures for in-depth analysis. 3DHISTECH’s Solutions for digital pathology supported by QuantCenter, QuantServer, SlideManager, and SlideCenter, provide an AI-driven,…
Immunology and infectious disease research require precise cellular analysis, biomarker quantification, and advanced multiplex imaging to understand immune responses, pathogen-host interactions, and disease progression. Traditional histopathology methods are labor-intensive, slow, and prone…
Molecular cell biology research relies on high-resolution imaging and fluorescence capabilities to analyze cellular structures, molecular markers, and complex biological interactions. The integration of digital pathology solutions from 3DHISTECH—Pannoramic Confocal, Pannoramic 250…
Neuroscience research demands high-resolution imaging, precise molecular analysis, and largescale data management to study the complexity of the brain, nervous system, and neurological diseases. Traditional microscopy and pathology techniques often limit the…
Pharmacology research is essential for drug discovery, preclinical evaluation, and biomarker validation. However, researchers face significant challenges in high-throughput tissue analysis, biomarker quantification, and data integration. Traditional microscopy and manual pathology workflows…
Toxicology research is essential for understanding the effects of drugs, chemicals, and environmental pollutants on biological systems. Traditionally, toxicology studies rely on manual histological evaluation, which can be time-consuming, prone to subjectivity,…
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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