Mortar and Pestles

Sample grinding is designed to disrupt cell or tissue samples. It utilizes a shearing action by forcing the material between the side wall where homogenization occurs.

Sample grinding is designed to disrupt cell or tissue samples. It utilizes a shearing action by forcing the material between the side wall where homogenization occurs.

Sample grinding is designed to disrupt cell or tissue samples. It utilizes a shearing action by forcing the material between the side wall where homogenization occurs.

Sample grinding is designed to disrupt cell or tissue samples. It utilizes a shearing action by forcing the material between the side wall where homogenization occurs.

Sample grinding is designed to disrupt cell or tissue samples. It utilizes a shearing action by forcing the material between the side wall where homogenization occurs.

Sample grinding is designed to disrupt cell or tissue samples. It utilizes a shearing action by forcing the material between the side wall where homogenization occurs.

Sample grinding is designed to disrupt cell or tissue samples. It utilizes a shearing action by forcing the material between the side wall where homogenization occurs.

Sample grinding is designed to disrupt cell or tissue samples. It utilizes a shearing action by forcing the material between the side wall where homogenization occurs.

Sample grinding is designed to disrupt cell or tissue samples. It utilizes a shearing action by forcing the material between the side wall where homogenization occurs.

Sample grinding is designed to disrupt cell or tissue samples. It utilizes a shearing action by forcing the material between the side wall where homogenization occurs.

Sample grinding is designed to disrupt cell or tissue samples. It utilizes a shearing action by forcing the material between the side wall where homogenization occurs.

Sample grinding is designed to disrupt cell or tissue samples. It utilizes a shearing action by forcing the material between the side wall where homogenization occurs.