P2408A EasyMount Slider
The P2408A EasyMount Low Volume Slider is a specialized tool in the EasyMount Chamber series (Model P2400), designed for precise study of very small tissues like mouse pup trachea and insect intestine. With an exceptionally compact area of 0.002 cm² and a 0.5 mm aperture, it offers a controlled, low-volume environment that preserves sample integrity, supporting high-resolution microscopy and detailed tissue assays. Ideal for applications in developmental biology and histology, the P2408A enhances reproducibility and accuracy by providing stable positioning for intricate tissue specimens within the EasyMount system.
⦿ To be used with P2400 EasyMount Low-Volume Chambers- Regular price
- $231.00
- Regular price
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- Sale price
- $231.00
- Unit price
- per
EasyMount Slider Details
P2408A EasyMount Low Volume Slider for Extremely Small Tissues
APETURE SIZE: 0.5MM | Area = 0.002 cm2
The P2408A EasyMount Low Volume Slider is a precision-engineered tool within the EasyMount Chamber series (Model P2400), specifically designed for the examination of extremely small tissue samples, including specimens like mouse pup trachea and insect intestine. With a highly compact area of 0.002 cm² and an aperture size of just 0.5 mm, the P2408A is ideal for researchers requiring detailed study of minute biological samples. Its specialized design provides a low-volume environment that maintains sample integrity, enabling consistent, high-quality imaging and facilitating experimental manipulation with minimal handling risk.
This low-volume slider integrates smoothly into laboratory setups focused on high-resolution microscopy and tissue-specific assays, where precision is essential. The P2408A supports detailed observation and measurement of cellular structures, making it a valuable asset for researchers in developmental biology, histology, and other scientific fields that involve studying intricate features of small tissues. Its construction ensures compatibility with the EasyMount Chamber system while maintaining secure and stable sample positioning, ultimately enhancing the reproducibility and accuracy of studies involving miniature tissue specimens.