- Product
- Qty in Cart
- Quantity
- Price
- Subtotal
-
PiSmart Validated Cassettes
PathFlow PiSmart Laser Cassettes, Slotted, Threaded
Pathflow PiSmart Laser Cassettes are a two piece design with a rear hinge & front tab closure. Available in Slotted, Biopsy & Microbiopsy. Threaded cassettes come in stacks of 40 cassettes, and 50 stacks per case of 2,000. These threaded cassettes can be... -
Biopsy Cassettes
PathFlow PiSmart Laser Cassettes, Biopsy, Threaded
Pathflow PiSmart Laser Cassettes are a two piece design with a rear hinge & front tab closure. Available in Slotted, Biopsy & Microbiopsy. Threaded cassettes come in stacks of 40 cassettes, and 50 stacks per case of 2,000. These threaded cassettes can be... -
Microbiopsy Cassettes
PathFlow PiSmart Laser Cassettes, Microbiopsy, Threaded
Pathflow PiSmart Laser Cassettes are a two piece design with a rear hinge & front tab closure. Available in Slotted, Biopsy & Microbiopsy. Threaded cassettes come in stacks of 40 cassettes, and 50 stacks per case of 2,000. These threaded cassettes can be... -
Biopsy Cassettes
PathFlow PiSmart Thermal Transfer Cassettes, Biopsy
Two-piece design with a separate lid and square 0.9 mm pores. Made from acetal polymer specifically validated for the Pi Smart Cassette Printer. Pi Cassettes feature four raised pips in the corners of each print face to protect printed surface during... -
PiSmart Validated Cassettes
PathFlow PiSmart Thermal Transfer Cassettes, Slotted
Two-piece design with a separate lid and slotted pores. Made from acetal polymer specifically validated for the Pi Smart Cassette Printer. Pi Cassettes feature four raised pips in the corners of each print face to protect printed surface during dewaxing,... -
Microbiopsy Cassettes
PathFlow PiSmart Thermal Transfer Cassettes, Microbiopsy
Two-piece design with a separate lid and square 0.38 mm pores. Made from acetal polymer specifically validated for the Pi Smart Cassette Printer. Pi Cassettes feature four raised pips in the corners of each print face to protect printed surface during... -
Biopsy Cassettes
Pathflow PiSmart Laser Cassettes, Biopsy, Attached Lid
Lid attached with a front hinge and square 0.9mm pores. Made from acetal polymer specifically validated for the Pi Smart Cassette Printer. Pi Cassettes feature four raised pips in the corners of each print face to protect printed surface during dewaxing,... -
Biopsy Cassettes
Pathflow PiSmart Thermal Transfer Cassettes, Biopsy, Attached Lid, Front Hinge
Lid attached with a front hinge and square 0.9mm pores. Made from acetal polymer specifically validated for the Pi Smart Cassette Printer. Pi Cassettes feature four raised pips in the corners of each print face to protect printed surface during dewaxing,... -
Microbiopsy Cassettes
Pathflow PiSmart Thermal Transfer Cassettes, Microbiopsy, Attached Lid
Lid attached with a front hinge and square 0.38mm pores. Made from acetal polymer specifically validated for the Pi Smart Cassette Printer. Pi Cassettes feature four raised pips in the corners of each print face to protect printed surface during... -
Microbiopsy Cassettes
Pathflow PiSmart Laser Cassettes, Microbiopsy, Attached Lid
Lid attached with a front hinge and square 0.38mm pores. Made from acetal polymer specifically validated for the Pi Smart Cassette Printer. Pi Cassettes feature four raised pips in the corners of each print face to protect printed surface during... -
PiSmart Validated Cassettes
Pathflow PiSmart Laser Cassettes, Slotted, Attached Lid
Lid attached with a front hinge and slotted pores. Made from acetal polymer specifically validated for the Pi Smart Cassette Printer. Pi Cassettes feature four raised pips in the corners of each print face to protect printed surface during dewaxing,... -
PiSmart Validated Cassettes
Pathflow PiSmart Thermal, Slotted, Attached Lid, Front Hinge, Green, 2000/cs
Lid attached with a front hinge and slotted pores. Made from acetal polymer specifically validated for the PiSmart Cassette Printer. Pathflow PiSmart Cassettes feature four raised pips in the corners of each print face to protect printed surface during...