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Overview
Rotary Microtome ZRM-A13 offers a high-precision photoelectric sensing system with 25,600 subdivisions. It features a section thickness range of 0 to 99.9μm (0.1μm increments). It is designed for accuracy, ease of use, and long-lasting reliability. Engineered with cutting-edge technology, our microtome ensures consistent, reproducible slices for high-quality tissue samples. It is the ideal instrument for modern pathology labs demanding accuracy, reliability, and efficiency.
Specifications:
| Photoelectric Sensing System | 25,600 subdivisions |
|---|---|
| Section Thickness Range | 0 to 99.9μm (0.1μm increments) |
| Trimming Thickness Range | 0 to 999μm (0.1μm increments) |
| Precision & Error Margin | ±1% |
| Specimen Retraction | 0 to 100μm (can be disabled) |
| Handwheel Locking System | 360° locking at any position + top-end quick lock |
| Touchscreen Control | High-definition color display with sectioning parameters, mode selection, and counter |
| Specimen Orientation System | XY-8° precision adjustment |
| Specimen Horizontal Feed | 28mm |
| Specimen Vertical Feed | 60mm |
| Fast Feed Speed Adjustment | 1mm/s to 3.5mm/s (variable) |
| Slow Feed Speed Adjustment | 0.1mm/s to 1mm/s (variable) |
| Blade Holder Options | High or low-profile blade holder with lateral adjustment |
| Specimen Clamp Options | Paraffin block clamp or cassette clamp |
| Waste Tray | Large, removable for easy cleaning |
| Build Quality & Stability | Sturdy base with anti-slip design |
| Voltage & Frequency | AC 220V±10%, 50Hz |
| Dimensions | 580mm × 490mm × 315mm |
| Net Weight | 40kg |
Features
Unmatched precision & accuracy
High-definition touchscreen control
Advanced blade & specimen handling
Dual locking system
Safe and effortless sectioning
Customizable feed speed & retraction
Large removable waste tray
Versatile power compatibility
Applications
Rotary Microtome ZRM-A13 is designed for high-precision tissue sectioning in pathology, histology, and research laboratories, ensuring consistent, ultra-thin slices for accurate microscopic analysis and diagnosis.
