The 5100-Plus is perfect for those who need to keep slices viable for longer e.g. for electrophysiological field recordings. The user can calibrate the Z-axis deflection of the blade to 2 µm with the adjustable blade holder and “Opti-cal” Calibration device. Minimal Z-axis deflection reduces the “chatter” and minimises damage to the slice surface, leading to greater viability of the cells on the slice surface.
The New 5100mz series Vibrating Microtome shares the User interface with the premium 7000smz-2, placing a wide range of adjustable parameters at the user’s fingertips:
Use in fully manual or the semi-automated "Slice window" mode which automatically remembers the start and finish position of the slice.
Dr. Gareth Morris (University of Manchester and University College London) talks about his research and how the use of Brain Slices provides an invaluable, in vitro research tool.
Dr Kate Connor from Trinity College Dublin talks about her research into the development of clinically relevant cancer models and the use of brain slices for model validation.
Specialized Ceramic blades for Campden Vibrating Microtomes. These blades are honed with a single bevel for superior slicing.
Specialized Blade Technology for Campden Vibrating Microtomes.
Newly redesigned Bath Mount. Edge of the ice bath outer now has a rolled edge. Preventing vibration of the bath wall at certain harmonics of speed and amplitude, hence more stable, less splash, less evident vibration. Shown with standard and adjustable tissue mounts that can be ordered separately.
Temperature controlled cooling baths for the 7000smz-2, 5000mz-2, 5100-Plus and 5100mz vibrotomes with a controllable temperature range of approx +10ºC to 0ºC with accuracy of ± 1 ºC. For experiments where exact control of a low slicing temperature is required.
A magnifying glass for general global slices offering approximately 1.5x magnification. Integral cold light powered directly via the Model 5100mz Vibrating Microtome.
The new all-in-one chamber design incorporates the best features of both the old Haas or interface type cell and the old Oslo or submerged type cell.
The new all-in-one chamber design incorporates the best features of both the old Haas or interface type cell and the old Oslo or submerged type cell.
The new all-in-one chamber design incorporates the best features of both the old Haas or interface type cell and the old Oslo or submerged type cell.
The new all-in-one chamber design incorporates the best features of both the old Haas or interface type cell and the old Oslo or submerged type cell.
The new all-in-one chamber design incorporates the best features of both the old Haas or interface type cell and the old Oslo or submerged type cell.
The new all-in-one chamber design incorporates the best features of both the old Haas or interface type cell and the old Oslo or submerged type cell.
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