P2411 EasyMount Ussing Chamber Slider
The P2411 EasyMount Ussing chamber slider insert is a specialized tissue holder for the EasyMount Chamber (Model P2400), designed to securely mount small to moderately sized tissues like rat intestine and bladder. It features a 6.2 mm round aperture with a 0.3 cm² area and six stainless steel mounting pins, providing enhanced stability and secure positioning for delicate samples. This slider is ideal for developmental biology, pathology, and organ-specific research, supporting detailed analysis and high-resolution imaging. Its secure mounting ensures sample integrity, offering a reliable platform for precise, reproducible tissue studies.
⦿ To be used with P2400 EasyMount Low-Volume Chambers- Regular price
- $208.00
- Regular price
-
- Sale price
- $208.00
- Unit price
- per
EasyMount Slider Details
P2411 EasyMount Low Volume Ussing Chamber Slider for Rat Intestine or Bladder
APETURE SIZE: 6.2MM | Area = 0.30 cm2
The P2411 EasyMount Low Volume Ussing Chamber slider is a robust tissue holder crafted for use with the EasyMount Ussing Chamber (Model P2400), tailored to accommodate small to moderately sized tissue samples, including rat intestine and bladder. Featuring a 6.2 mm round aperture and a 0.3 cm² area, this slider offers a slightly larger platform within a low-volume environment, making it well-suited for handling a range of biological specimens. Its six stainless steel mounting pins provide extra stability and secure positioning, ensuring that delicate tissues remain in place during experimental procedures and high-resolution imaging.
This specialized slider integrates seamlessly into laboratory setups focused on developmental biology, organ-specific research, and pathology, where precision and reproducibility are essential. The durable stainless steel pins and carefully designed aperture enhance sample stability and visibility, allowing researchers to conduct detailed studies without the risk of sample displacement. The P2411 EasyMount Low Volume Slider offers a reliable, controlled environment for observing intricate tissue structures, making it an ideal choice for labs that require consistent and high-quality results when working with moderately sized tissue samples.