Microtomes

Core Mechanical Precision System

All microtome variants are built upon a foundation of mechanical excellence. This foundation includes high-precision guideways integrated with cage roller bearings. The purpose of these components is to ensure an exceptionally smooth and linear specimen movement throughout the cutting stroke. This mechanism, combined with the dedicated micrometer feed mechanism, is crucial for providing the high degree of stability and precision required to cut uniform sections suitable for quantitative histology.

Manual Microtomy Principle

The manual precision microtome is engineered to deliver high-quality sections while offering full user control over the sectioning speed via a handwheel mechanism. Designed for applications where user feel and high working speed are prioritized, this type provides a highly reliable and precise cutting function for routine applications. It represents a robust, user-focused solution for standard histology and industry requirements.

Semi-Automatic Sectioning Technology

Semi-automatic precision microtomes represent a balance between manual control and motorized assistance. The key technical feature is the motorized specimen feed, which manages the incremental advance of the tissue block, ensuring exceptional accuracy and reproducibility in section thickness. Certain configurations also feature an additional coarse feed wheel, which expertly combines the accuracy of the motorized feed with the high working speed often associated with traditional manual operation.

Fully Automatic Operational Excellence

The fully-automatic precision microtome is the most advanced configuration, designed for the maximum efficiency and consistency required in high-throughput environments. These systems provide full automation of the trimming and sectioning processes, minimizing operator intervention. They are built for all applications in routine, research, or industry, establishing a benchmark for consistency and speed in generating high-quality sections from embedded blocks.

Sliding Microtome Design

The manual sliding microtome utilizes a different kinematic principle where the knife moves horizontally across a stationary specimen block, focusing intently on the needs of the user. The design incorporates precise mechanisms paired with a particularly smooth operation. This mechanism is specialized for producing the best quality sections every day, making it the preferred choice for specific applications, often involving large or hard tissue blocks.

Heavy-Duty Specialized Applications

A heavy-duty category of microtome exists specifically for demanding tasks in specialized fields, recognized as a "gold standard" for challenging samples. These instruments are engineered with an especially robust frame and mechanisms to handle materials requiring exceptional force or stability, making them indispensable for applications in histology, life sciences, and material sciences where routine models might not suffice.

Advanced Section Handling System

For dealing with particularly demanding paraffin sections, an advanced water film system is available as an accessory. This system provides a laminar water film that is applied to the section during the cutting process. This innovative approach actively stretches the section while it is being cut, reducing wrinkles and folds, thereby addressing daily challenges and optimizing the subsequent process of floating the section onto a slide.

Tissue Block Pre-Cooling System

To accommodate the need for rapid processing or to improve the quality of sectioning for difficult paraffin blocks, an auxiliary quick-freezing unit is available. This unit features a compressor cooling system connected via a flexible isolation tube to a cooling block. This block is specifically designed to be adaptable to the standard specimen clamp of various types of microtomes, allowing the operator to quickly cool the block face for optimal cutting performance.

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