Precision Microtomes & Cryostats for Confident
, High-Quality Tissue Sectioning

Precision-Engineered Sectioning Systems for Accurate, Reproducible Results in Histology and Cryosectioning Applications

Precision Tissue Sectioning with Advanced Microtomy & Cryosectioning Systems

Microtomes and Cryostats are fundamental instruments for preparing thin tissue sections used in histological examination, immunostaining, and molecular assays. Microtomes are designed for paraffin-embedded specimens, while cryostats enable rapid frozen tissue sectioning for intraoperative or time-sensitive analysis.

At Cellular Tissue Analysis, based in Indianapolis, IN, our portfolio includes manual, semi-automated, and fully automated sectioning instruments that ensure accuracy, reproducibility, and user safety. Designed to minimize artifacts and maximize efficiency, these systems support a wide range of clinical and research applications.

Core Components of Microtomes & Cryostats

Microtome Systems

  • Precision rotary or sliding microtomes:
    Motion & Position Sensors – track and control microtome blade movement to ensure consistent sectioning angles and cutting speed.
  • Rigid specimen clamps and holders:
    Force & Clamping Sensors – verify secure sample immobilization to prevent drift or vibration during slicing.
  • Micron-accurate thickness adjustment:
    Linear Displacement Sensors – enable ultra-precise control over section thickness, critical for reproducible histological cuts.
  • Disposable or reusable blade holders:
    Blade Presence & Alignment Sensors – detect blade installation and alignment status to ensure safety and section quality.

Cryostat Systems

  • Temperature-controlled freezing chambers (-20°C to -35°C):
    Environmental Sensors – maintain and monitor low-temperature stability essential for cryo-sectioning precision and tissue preservation.
  • Motorized specimen feed and retraction:
    Motion & Position Sensors – control the advancement and retraction of tissue blocks with high accuracy during sectioning.
  • Anti-roll plates and brush systems:
    Contact & Force Sensors – ensure proper pressure and alignment of anti-roll mechanisms to maintain flat, undistorted sections.
  • Touchscreen interface for cryo protocols:
    Touch Sensors – enable intuitive control and real-time adjustment of slicing parameters and temperature settings.

Control & Integration

  • Digital displays for sectioning speed and thickness
  • Integration with LIS for sample tracking
  • Foot-pedal operation for hands-free sectioning
  • Optional camera module for section preview
  • Remote diagnostics and firmware updates.

Key Features

Micron-precision sectioning for reproducible results

Ergonomic design to reduce technician fatigue

High-throughput options with memory for presets

Quick-freeze function for optimal cryo embedding

Anti-vibration architecture for improved stability

Application Areas

  • Histological slide preparation
  • Frozen section analysis during surgery
  • Immunohistochemistry and molecular pathology
  • Tissue morphometry and biomarker research
  • Veterinary and plant biology research

Industries We Serve

Hospital Pathology Labs and Operating Rooms

Research Universities and Core Facilities

Biotech & Pharmaceutical R&D Labs

Contract Research Organizations (CROs)

Veterinary Diagnostic Labs

North American Case Studies

U.S – Surgical Suite, Boston, MA
Cryostat system enabled real-time intraoperative frozen section diagnostics, reducing surgery time and improving pathology turnaround.
Canada – Research Hospital, Toronto, ON
Automated rotary microtomes improved consistency across paraffin sections, reducing staining variability and improving image analysis in cancer research.
U.S – Academic Pathology Lab, Houston, TX
Deployed a hybrid system integrating cryostat and microtomy for teaching applications, enhancing hands-on training in histotech programs.

Ready to upgrade your sectioning capabilities?

Contact Cellular Tissue Analysis for product demos, customization options, or a quote.

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