"Bel-Art"

This autoclavable polypropylene rack holds forty-two 100 mm dishes. It has a small footprint, is stackable to conserve counter space, and it features a handle for easy transport. Size: 13"L x 8 1/4"W x 7"H.

Save Valuable Bench Space

For easy and continuous vacuum aspiration of a variety of liquids including tissue culture media, wash solutions, supernatant fluids after centrifugation, and chemical waste.

Ideal for filling burets and other narrow laboratory apparatus. The top diameter (ID) is 35 mm and stem diameter is 8 mm. Package of 12.

Designed for fast and accurate one-handed operation.

Bright red polypropylene bags include black biohazard symbol and precautionary procedures for added safety.

The bright red color of the small biohazard disposal can makes it easy to identify as a safety disposal container. It is suitable for for biological/biohazard materials, broken glass, recyclables or other waste.

This rack is made of neoprene-coated steel wire.

Scienceware® Lab-Aire II Non-Electric Wallmount Dryers keep labware up off the bench and out of the way as it dries.

These pitchers are made with shatter-proof polypropylene.

It looks like a clip-on ballpoint pen, but its retractable, tungsten-carbide tip permanently inscribes laboratory glass, ceramics, or plastic.

Reduce difficulty in handling dialysis bags with these convenient devices.

Useful anywhere desiccation is needed, these 72 mm cartridges contain inert, non-corrosive, and non-toxic silica gel.

Use this funnel to add reagents to reaction vessels. The top I.D. is 27 mm. Package of 12.

Create a 450 g Block of Dry Ice in less that two Minutes. This sturdy unit features a brass valve, chemical-resistant polyethylene chamber, a durable epoxy-coated steel frame with four rubber feet to protect counters, and a porous polyethylene diffusion plate to vent excess gas.

Produce dry ice in flake or snow form efficiently and economically. Just screw the brass nozzle to an LCO2 cylinder, then open the cylinder valve. The liquid carbon dioxide expands through the cone and into the bag to form dry ice.