3D Printer Cartridges and Filaments
MATTERHACKERS INC BLK PRO SER PETG FILMNT 1.75MM
MatterHackers PRO Series PETG 3D printing filament is an exceptionally tough and sturdy material that is a terrific general-purpose additive manufacturing material.
Enterprise Technology Solutions Skilcraft 3d Printer Polylactic Acid Filament, 1.75 Mm, Black
Skilcraft 3d Printer Polylactic Acid Filament, 1.75 Mm, Black
Electron Microscopy Sciences Micro Sample Tube Rack with 20 Holes 10.8 mm each, 105 mm
These round floating bubble racks can incubate 8 to 20 tubes in a beaker of water. The racks are loaded from the top and the tubes are easily removed by pressing the rack down on a bench until the short legs touch. Perfect for use in microbiology and immunology labs.
Molded from buoyant foam-filled TPXR (polymethylpentene) with tiny bubbles throughout. 10.8 mm diameter holes fit the 1.5 ml microtubes, and 7.7 mm holes fit the 0.5 ml tube. The racks are 1/4"(6.4 mm) thick with 3/4" (19 mm) long legs and a center rod handle. They are steam autoclavable at 250 degree F (121 degree C). Use in 1000ml beakers. 10.8mm diameter holes fit the 1.5ml microtubes.
Hole: 10.8 mm
O.D.: 105 mm
Use: 1000 mL beaker
Enterprise Technology Solutions Pre-Inked Round Stamp Entered
Pre-Inked Round Stamp Entered 0.63 Dia Blue
World Precision Instrument Replacement Heating Filament for MF200 Microforge, Medium gauge
A microforge is a designed for the precise manipulation and fabrication of micro- and nanoscale structures like fine-tip electrodes for electrophysiological experiments. These electrodes can be customized for specific applications, such as recording or stimulating neural activity in cells or tissues. Researchers also use microforges to pull glass micropipettes to create fine tips with controlled dimensions. These micropipettes are commonly used in cellular and molecular biology techniques, such as patch clamp recording and microinjection. In various biological and chemical applications, microforges are used to modify the shape and size of glass capillaries. This is useful for creating specialized tools for microinjections, sample handling, and other tasks. Researchers can tailor the fabrication process to meet the specific needs of their experiments, making microforges an integral part of many scientific disciplines.