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.
Suitable for hoppers accepting plastic sleeves, these biopsy cassettes will load in cassette labeling instruments in one simple operation. Just load the 75-cassette QuickLoad sleeve in the hopper and you are ready for printing.
Suitable for hoppers accepting plastic sleeves, these biopsy cassettes will load in cassette labeling instruments in one simple operation. Just load the 75-cassette QuickLoad sleeve in the hopper and you are ready for printing.
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.
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.