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Overview
Rotary Microtome ZRM-A14 offers adjustable cutting speeds from 0 to 300mm/s. It is customizable up to 500mm/s and has multiple specimen feed options for enhanced flexibility. A movable blade holder allows full utilization of the blade, while a protective red safety bar minimizes direct contact for safer blade handling. Our product is equipped with emergency braking, security alarms, driver overload protection, and an auto-sleep function for maximum user protection.
Specifications:
| Section thickness range: | 0.5 to 100μm (adjustable increments) |
|---|---|
| Precision error | ≤ 5% |
| Maximum section size | 50 × 45mm |
| Motor & Control | German Stepper Motor for precise, quiet operation |
| Cutting speed | 0 to 300mm/s (customizable up to 500mm/s) |
| Specimen feed speed | 1250μm/s (click mode), 2000μm/s (press mode) |
| Specimen retraction | 0 to 220μm/turn (customizable) |
| User Interface | OLED screen displays section thickness, trimming settings, and section count<br> Remote control panel for easy operation |
| Safety Features | Emergency braking system, security alarm, driver overload protection<br> Auto-sleep protection system |
| Horizontal specimen stroke | 20mm |
| Vertical specimen stroke | 60mm |
| Specimen orientation | 360° rotation, 8° along X-Y axis |
| Blade & Holder | Blade holder moves laterally to utilize full blade length<br> Red safety bar covers the blade for user protection<br> Push bar for easy blade change |
| Ergonomics & Storage | Hand-wheel balance adjustment with locking mechanism<br> Large-volume waste tray, easy to remove and clean<br> Storage space for disposable blades on the top housing |
| Power supply | 220V/50Hz or 110V/60Hz |
| Dimensions | 500mm × 320mm × 500mm |
| Net weight | 35kg |
Features
Advanced motorized operation
Enhanced safety systems
Ergonomic & user-friendly design
Efficient blade management
Versatile specimen handling
Customizable for laboratory needs
Applications
Rotary Microtome ZRM-A14 is designed for high-precision tissue sectioning in histopathology, clinical diagnostics, biomedical research, and industrial material analysis, ensuring consistent, ultra-thin, and reproducible sections for accurate microscopic examination.
