Molded from a special high density polymer, these cassettes keep specimens safely submerged in liquid and are totally resistant to the chemical action of most of histological solvents. The MICROMESH mesh ensures efficient fluid exchange and drainage.
Molded from a special high density polymer, these cassettes keep specimens safely submerged in liquid and are totally resistant to the chemical action of most of histological solvents. The MICROMESH mesh ensures efficient fluid exchange and drainage.
Molded from a special high density polymer, these cassettes keep specimens safely submerged in liquid and are totally resistant to the chemical action of most of histological solvents. The MICROMESH mesh ensures efficient fluid exchange and drainage.
Molded from a special high density polymer, these cassettes keep specimens safely submerged in liquid and are totally resistant to the chemical action of most of histological solvents. The MICROMESH mesh ensures efficient fluid exchange and drainage.
Molded from a special high density polymer, these cassettes keep specimens safely submerged in liquid and are totally resistant to the chemical action of most of histological solvents. The MICROMESH mesh ensures efficient fluid exchange and drainage.
Molded from a special high density polymer, these cassettes keep specimens safely submerged in liquid and are totally resistant to the chemical action of most of histological solvents. The MICROMESH mesh ensures efficient fluid exchange and drainage.
Molded from a special high density polymer, these cassettes keep specimens safely submerged in liquid and are totally resistant to the chemical action of most of histological solvents. The MICROMESH mesh ensures efficient fluid exchange and drainage.
Molded from a special high density polymer, these cassettes keep specimens safely submerged in liquid and are totally resistant to the chemical action of most of histological solvents. The MICROMESH mesh ensures efficient fluid exchange and drainage.
Molded from a special high density polymer, these cassettes keep specimens safely submerged in liquid and are totally resistant to the chemical action of most of histological solvents. The MICROMESH mesh ensures efficient fluid exchange and drainage.
Molded from a special high density polymer, these cassettes keep specimens safely submerged in liquid and are totally resistant to the chemical action of most of histological solvents. The MICROMESH mesh ensures efficient fluid exchange and drainage.
Molded from a special high density polymer, these cassettes keep specimens safely submerged in liquid and are totally resistant to the chemical action of most of histological solvents. The MICROMESH mesh ensures efficient fluid exchange and drainage.
Molded from a special high density polymer, these cassettes keep specimens safely submerged in liquid and are totally resistant to the chemical action of most of histological solvents. The MICROMESH mesh ensures efficient fluid exchange and drainage.
Molded from a special high density polymer, these cassettes keep specimens safely submerged in liquid and are totally resistant to the chemical action of most of histological solvents. The MICROMESH mesh ensures efficient fluid exchange and drainage.
Molded from a special high density polymer, these cassettes keep specimens safely submerged in liquid and are totally resistant to the chemical action of most of histological solvents. The MICROMESH mesh ensures efficient fluid exchange and drainage.
A broad range of high-quality products for microbiological quality control in the food and beverage and water testing industries., Membrane Filtration, ME25/21 (Mixed Cellulose Ester), 47mm Dia, 0.
A broad range of high-quality products for microbiological quality control in the food and beverage and water testing industries., Membrane Filtration, ME25/21 (Mixed Cellulose Ester), 47mm Dia, 0.
Offers accurately controlled pore size distribution and higher strength and flexibility, which ensure reproducibility and consistency. Filter range includes pore size from 0.
Offers accurately controlled pore size distribution and higher strength and flexibility, which ensure reproducibility and consistency. Filter range includes pore size from 0.