Object Cover Slides

Cover Slips: Essential for Stabilization and Protection of Microscopic Samples

Cover slips are fundamental tools used in microscopy laboratories to maintain and protect the samples to be observed. These transparent slips are placed over the sample on the microscope slide, creating a stable surface that ensures correct microscopic observation. Due to their protective and stabilizing function, cover slips are essential to prevent samples from being contaminated or damaged during microscopic examination.

Features of Cover Slips

• Sample stabilization: Cover slips help stabilize the sample during observation, preventing unwanted movements that could compromise the analysis.
• Protection from contamination: In addition to protecting the sample from potential external contamination, cover slips create a barrier that prevents accidental contamination and physical damage during transport or handling.
• Optimization of observation: Their transparent and flat design is ideal for microscopic observation, especially with high-power objectives that require a perfectly uniform surface.

Types and Available Sizes

Cover slips are available in various sizes to meet the specific needs of different types of samples and preparations. The most common options include:

• Cover Slips 20x20 mm – Pack of 200 pcs: Ideal for small samples: Perfect for small drops of liquid, cytological or microbiological smears, these slips are compact and suitable for small-sized samples.
• Cover Slips 22x22 mm – Pack of 200 pcs: Versatile size: This size is the most commonly used in laboratories for tissue and cell observations, fitting most standard microscopic preparations.
• Cover Slips 24x24 mm – Pack of 200 pcs: Larger surface: Ideal for larger preparations, such as histological sections, cell cultures, or larger samples that require a wider field of view.
• Cover Slips 24x50 mm – Pack of 100 pcs: Extra length: This size is perfect for larger samples, such as tissues or microorganisms, that require more space for proper observation. It is also used in experiments that require longer and more detailed observation.