About ConXport Rocking Microtome
Cambridge RockingMicrotome is very well known and one of the best established microtomes in theworld, which has given outstanding service to numerous microtomists through theyears. It is designed for sectioning comparatively soft, wax-embedded tissueswith a thickness range of 2 m to 24 m, in steps of 2 m. Calibrated in 2micron divisions, the section cutting thickness can be set easily and quicklyby a single control. It is recommended for elementary biology & pathologystudents.
The rocking microtome is an extremely reliable instrument comprising of threemoving parts. The lead screw mechanism incorporates quality precisionengineering and the cutting stroke is controlled by a single control leverwhich minimizes the operator skill required. It carries wide choice of specimenholders cylindrical holders, standard orientating & wood block holders forsectioning wax embedded specimens.
Precise Sectioning for Enhanced ResearchThis microtome excels in producing uniform thin sections, which are essential for detailed microscopic analysis. Its micrometer screw and Vernier scale system ensure accuracy, while the sturdy hand-operated rocker mechanism gives users meticulous control over cutting. With section thickness adjustable between 2 and 24 microns, researchers can customize their samples to fit a variety of investigative protocols.
Durable Construction and Thoughtful AccessoriesBuilt with cast iron and steel components, the ConXport Rocking Microtome offers enduring performance. The included accessories, such as a knife with back and handle, honing plate, oil can, and dust cover, streamline the sectioning workflow. The supplied wooden case aids in safe storage, making it convenient for busy laboratory environments.
Manual Operation for Reliable PerformanceDesigned for manual operation, this microtome requires no electric power or complex controls, thus reducing maintenance demands. Its rocker mechanism and easy-to-use adjustment features make it suitable for laboratories prioritizing consistency and straightforward operation, especially in locations where electric-powered equipment may not be practical.
FAQs of ConXport Rocking Microtome:
Q: How does the ConXport Rocking Microtome achieve precise section thickness?
A: The microtome uses a micrometer screw with a Vernier scale, enabling highly accurate specimen feed adjustment. This ensures section thickness can be finely tuned between 2 and 24 microns, with a precision of up to 1 micron, making it ideal for detailed histological studies.
Q: What is the main benefit of the rocking mechanism in this microtome?
A: The rocking mechanism provides smooth, controlled feed movement, ensuring consistent slice thickness and minimizing specimen damage. Its especially beneficial for producing thin, uniform tissue sections for microscopic examination.
Q: When is the ConXport Rocking Microtome most suitable for use?
A: This microtome is best utilized in histology and pathology laboratories when preparing biological specimens for slide analysis. Its manual operation makes it especially useful in settings without reliable access to electric power.
Q: Where can the ConXport Rocking Microtome be effectively employed?
A: It is commonly used in medical and biological research institutes, particularly within histology and pathology labs, due to its precision and sturdy construction. Its portability and manual operation make it suitable for a variety of laboratory environments.
Q: What accessories are included with the ConXport Rocking Microtome?
A: The microtome comes complete with a razor outfitted with back and handle, honing plate, oil can, dust cover, and object holders. These accessories facilitate specimen preparation and maintenance, ensuring reliable performance and convenience.
Q: How is specimen feed adjustment performed in this microtome?
A: Specimen feed adjustment is controlled via a micrometer screw combined with a Vernier scale, allowing users to precisely regulate the advance of the specimen for each cut, thus ensuring accurate sectioning according to requirements.