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Model | MT-R1510 |
---|---|
Section Thickness Setting Range | 1~35μm continuous slicing>35μm arbitrarily adjustable slice thickness set project |
Trimming Thickness Setting Range | 0-500μm |
Minimum Setting of Sectioning Thickness | 1μm |
Specimen Holder Rotation | At any angle within 360 degrees |
Specimen Orientation | XY – 8° |
Total Horizontal Specimen Feed | 28mm |
Vertical Specimen Stroke | 60mm |
Movement Range of the Base of Blade Holder Base | 0-50mm (Front to back) |
Maximum Specimen Size | 50×60mm (Optional clamp) |
Precision Error | ±5% |
Sizes(W×D×H)(mm) | 420×330×330 |
Shipping Size(W×D×H)(mm) | 560x470x490 |
N.W./G.W. (kg) | 25/35 |
Scitek's rotary microtome is designed to meet the demands of reliability, precision and safety. The MT-R210 is the best choice for an economical slicer! Guaranteed optimal performance for cutting tissue samples
Continuously adjustable slicing speed
The machine's weight is about 23KG, so you can move it quickly.
8° XY-axis adjustment for precise positioning of the sample head.
Model | MT-R1510 |
---|---|
Section Thickness Setting Range | 1~35μm continuous slicing>35μm arbitrarily adjustable slice thickness set project |
Trimming Thickness Setting Range | 0-500μm |
Minimum Setting of Sectioning Thickness | 1μm |
Specimen Holder Rotation | At any angle within 360 degrees |
Specimen Orientation | XY – 8° |
Total Horizontal Specimen Feed | 28mm |
Vertical Specimen Stroke | 60mm |
Movement Range of the Base of Blade Holder Base | 0-50mm (Front to back) |
Maximum Specimen Size | 50×60mm (Optional clamp) |
Precision Error | ±5% |
Sizes(W×D×H)(mm) | 420×330×330 |
Shipping Size(W×D×H)(mm) | 560x470x490 |
N.W./G.W. (kg) | 25/35 |
Scitek's rotary microtome is designed to meet the demands of reliability, precision and safety. The MT-R210 is the best choice for an economical slicer! Guaranteed optimal performance for cutting tissue samples
Continuously adjustable slicing speed
The machine's weight is about 23KG, so you can move it quickly.
8° XY-axis adjustment for precise positioning of the sample head.