Advance or retract the specimen in the position most comfortable for you – using the manual coarse feed wheel or the push of a button
It provides unmatched efficiency by reducing your cleaning time from minutes to seconds.
Our new models feature 40% more surface area on top of the microtome (23.5cm W x 27.5cm L, vs. 21.7cm W x 21.2cm L on the RM22xx series) so you can store the tools you need for your job – brushes, blades, wipes, and more.
- Precision-Orientation System
Always get back to a 0-position home on the microtome, regardless of how you (or another tech) have changed the instrument’s orientation.
Minimize the risk of injury to the operator or specimen by an unbalanced object head.
General
| Type: |
Semi-Motorized |
| Nominal Supply Voltage: |
100 / 120 / 230 / 240 V AC |
| Nominal Frequency: |
50/60 Hz |
| Maximum Power Consumption: |
40 VA |
| Protection Class: |
I |
| Power Fuses: |
2 x T1.0 AL, 250V |
| Pollution Degree: |
2 |
| Overvoltage Category: |
II |
| Maximum Heat Emission: |
70 J/s |
| Operating Temperature Range: |
+18°C to +30°C |
| Temperature Range During Storage: |
+5°C to +50°C |
| Relative Humidity During Operation: |
20% to Max. 80% Non-Condensing |
| Relative Humidity During Storage: |
10% to Max. 85% Non-Condensing |
Microtome Performance Specs
| Specimen Feed: |
approx. 24 mm ±1 mm |
| Vertical Stroke: |
70 mm ±1 mm |
| Large Standard Clamp: 55 x 50 x 30 mm |
| Super Cassette Clamp: 68 x 48 x 15 mm |
| Motorized Sectioning Speeds: |
N/A |
| SPECIMEN RETRACTION |
|
| In Manual Sectioning Mode: |
5 – 100 µm (in 5 µm increments); can be turned off |
| In Motorized Sectioning Mode: |
N/A |
| SPECIMEN ORIENTATION |
|
| Horizontal: |
± 8° |
| Vertical: |
± 8° |
| SECTION THICKNESS SETTINGS |
|
| Range: |
0.5 – 100 µm |
| Setting Values: |
0.5 – 5 µm (in 0.5 µm increments) |
| 5 – 20 µm (in 1 µm increments) |
| 20 – 60 µm (in 5 µm increments) |
| 60 – 100 µm (in 10 µm increments) |
| TRIMMING SECTION THICKNESS SETTINGS: |
|
| Range: |
1 – 600 µm |
| Setting Values: |
1 – 10 µm (in 1 µm increments) |
| 10 – 20 µm (in 2 µm increments) |
| 20 – 50 µm (in 5 µm increments) |
| 50 – 100 µm (in 10 µm increments) |
| 100 – 600 µm (in 50 µm increments) |
VI