P2413 EasyMount Slider
The P2413 EasyMount Low Volume Slider is a tissue holder for the EasyMount Chamber Model P2400, designed with a 9.5 mm round aperture and 0.71 cm² area to accommodate moderately sized tissues like rat intestine and bladder. Equipped with eight stainless steel mounting pins, it provides secure positioning and stability for delicate samples, minimizing displacement during high-resolution imaging and precise assays. Ideal for developmental biology, pathology, and organ-specific research, this slider supports reproducible and accurate results by ensuring a stable, low-volume environment, making it a valuable tool for detailed 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
P2413 EasyMount Low Volume Slider for Rat Intestine or Bladder
APETURE SIZE: 9.5MM | Area = 0.71 cm2
The P2413 EasyMount Low Volume Slider is a specialized tissue holder designed for use with the EasyMount Chamber Model P2400, providing a reliable solution for securely positioning small to moderately sized tissue samples, such as rat intestine and bladder. Featuring a round aperture with a 9.5 mm diameter and a 0.71 cm² area, this slider accommodates slightly larger tissue samples within a low-volume environment. The inclusion of eight stainless steel mounting pins offers enhanced stability, ensuring that delicate tissues remain securely in place during detailed experimental procedures and high-resolution imaging.
This slider is an ideal choice for laboratory settings focused on developmental biology, pathology, and organ-specific research, where precision and sample integrity are essential. The P2413's design supports reproducible, high-quality results by minimizing sample displacement and providing a controlled, stable environment for observation and manipulation. By integrating seamlessly into setups requiring meticulous tissue assays and imaging, the P2413 EasyMount Low Volume Slider stands out as a dependable tool for researchers aiming to achieve consistent, accurate outcomes with moderately sized biological specimens.