Minux® Rotary Microtome S710

The RWD S710 microtome's new generation is specifically engineered to accommodate the diverse preferences of most operators. Its distinctive characteristic lies in the integration of manual sectioning with a semi-automated setup, which guarantees precision in microtome slicing, particularly for high-performance hard tissue sectioning.

The historical record system displays operational and alarm logs on a 5-inch touch screen, allowing for the querying of microtome usage and aiding in information tracking. Consequently, this enables low-cost maintenance.

The 2-in-1 blade holder caters to both high and low-profile blades.

Advantages of  S710

Precise Sampling System

The precise sampling system is composed of cross roller bearings and a screw rod, paired with a five-phase high-resolution stepper motor and a Link block constructed from aviation aluminum, ensuring the quality of sections. The stable gantry structure design maintains accuracy even for hard tissue sections.

Precise Knife Holder

The positional change is minimal when altering the knife edge by lateral movement. Scales on the knife holder assist in identifying the optimal position for the blade holder.

Dual Handwheel Locking System

The handwheel maintains balance at any position. It can be halted at any point, enhancing security during use.

Knife Guard Device

The knife guard extends along the entire length of the blade, preventing potential injuries during operation.

Easy to Clean

Featuring a magnetic function, it is simple to disassemble and reassemble. The large-capacity waste tray with a special coating allows for easy cleaning, reducing the cleaning time to mere seconds.

Rapid Positioning

The unique visual pointer facilitates visible angle adjustments. Sample positioning is expedited and made more precise, allowing for quick and easy adjustments of multiple devices to the same angle.

Information Backtracking

The historical record system presents operational and alarm logs on a 5-inch touch screen, enabling the querying of microtome usage and supporting information tracking.