P2408 EasyMount Slider

Aperture size = 0.8mm | Area = 0.005 cm²
Designed for Extremely Small Tissues

The P2408 EasyMount Low Volume Slider is a specialized tool designed for studying very small tissue samples, such as mouse pup trachea and insect intestine, within a controlled, low-volume environment. Part of the EasyMount Chamber series, this slider (Model P2400) features a compact area of 0.005 cm² and a 0.8 mm aperture, making it ideal for handling delicate tissues that require precision and minimal handling risk. It integrates easily into lab setups focused on high-resolution microscopy or tissue-specific assays, supporting detailed study of cellular structures in developmental biology, histology, and related fields.


⦿ To be used with P2400 EasyMount Low-Volume Chambers

Regular price
$231.00
Regular price
Sale price
$231.00

EasyMount Slider Details

P2408 EasyMount Low Volume Slider for Extremely Small Tissues

P2408 EasyMount Low Volume Slider for Extremely Small Tissues

APETURE SIZE: 0.8MM | Area = 0.005 cm2 

The P2408 EasyMount Low Volume Slider is a specialized tool designed specifically for the study of extremely small tissue samples, such as the mouse pup trachea and insect intestine. Part of the EasyMount Chamber series, this model (P2400) offers a unique, low-volume platform tailored to meet the demands of research requiring precise handling and observation of miniature tissue specimens. With an area of 0.005 cm² and a small aperture size of 0.8 mm, this slider is ideal for researchers working with delicate, low-volume tissue samples that require an optimized environment for imaging or experimental manipulation.

Engineered for exceptional compatibility and ease of use, the P2408 ensures that small tissue samples can be securely mounted and observed with minimal risk of damage or contamination. The slider’s compact design allows it to be easily integrated into lab setups that focus on high-resolution microscopy or tissue-specific assays. By offering a controlled, low-volume chamber, it supports detailed study of cellular structures and functions within very small biological specimens, making it a valuable tool for laboratories focused on developmental biology, histology, and other fields requiring precision with minute tissue samples.