LuxMed Semi Automatic Microtome

About LuxMed Semi Automatic Microtome

LuxMed microtome machine for samples into extremely thin, uniform sections for microscopic.

LuxMed microtome machine is used in scientific research and medicine to slice biological and material samples into extremely thin, uniform sections for microscopic examination. These sections, typically measuring micrometers to nanometers thick, are essential for histology, pathology, and materials science, allowing scientists and doctors to visualize tissue structures, identify cellular changes, and prepare samples for advanced imaging techniques like electron microscopy.  

Primary Uses:

• Microscopy: 

The main function is to prepare samples for observation under light or electron microscopes by creating thin, consistent slices. 

• Histopathology: 

In medicine, microtomes are crucial for preparing tissue samples from biopsies and surgical specimens for diagnostic purposes. 

• Materials Science: 

Microtomes are also used to section hard and brittle materials such as bones, teeth, and certain plant matter for microscopic analysis. 

Applications:

• Research: 

Scientists use microtomes to study cellular and tissue morphology, which helps in understanding diseases and biological processes. 

• Diagnostics: 

Pathologists use microtomy to prepare slides for various staining and labeling techniques, such as immunohistochemistry and immunofluorescence, to detect specific markers and diagnose conditions. 

• Materials Analysis: 

Industries use microtomes for inspecting the structure and composition of different materials at a microscopic level. 

How it works:

1. A sample block (e.g., embedded tissue) is securely mounted onto the microtome's platform. 

2. The platform advances the specimen block towards an ultra-sharp cutting blade (which can be steel, glass, or diamond depending on the sample). 

3. With each pass of the block, the microtome advances the specimen by a precise, preset amount, creating a thin section. 

4. These thin sections are then collected and typically mounted on glass slides for further processing, such as staining, and then examined under a microscope. 

LuxMed Microtome machine design considerations include application-specific needs, the type of material being sectioned, and required precision and section thickness. Key design features to consider are the quality and type of blades (fixed or disposable, metal, diamond, or glass), the precision and stability of the feeding mechanism to ensure vibration-free sectioning, ease of use and ergonomic design, and integrated safety features like blade guards and interlocks. Other factors include sample orientation capabilities, compatibility with accessories, and budget.  

Application & Material Specifics

• Define the goal: 

Determine the specific research goals or diagnostic needs to match the microtome to the application. 

• Material type: 

Consider if the material is soft (e.g., tissue in paraffin), hard (e.g., bone in resin), or plastic, as this dictates the type of blade and cutting method needed. 

• Section thickness: 

Specify the desired range of section thickness, which influences the choice of microtome type and blade.