7 Results for: "SCIENTIFIC IND"

Supplier: SCIENTIFIC IND

The Vortex-Genie® 1 touch mixer provides stronger handheld vortexing. Economical and easy-to-use, it features violent high-speed vortexing action for maximum agitation in problem applications. Operator simply holds the container on the mixing head and the mixer starts automatically at maximum speed. Stops on release. The familiar Vortex-Genie® 2 mixers accept a large range of snap-on accessories for variable speed mixing, from gentle shaking to violent vortexing of most containers up to 500mL. Select touch-on or continuous operation. The timed Vortex-Genie® 2T mixer includes a timer function in either continuous untimed, touch, or hands-free mode. Touch mode: 1–60 seconds. Hands-free mode: 1–60 minutes. The Digital Vortex-Genie® 2 mixer includes digital control and display of speed, time, accuracy, reproducibility, and repeatability. Touch mode: 1–99 seconds. Hands-free mode: 1–99 minutes. All models are built of a solid 4 kg (8.8 lbs.) cast-metal base with rubber feet that prevent “walking.”

Supplier: SCIENTIFIC IND

Economical alternative to ultransonic disruptors.

Supplier: SCIENTIFIC IND

Vortex Genie® MAX mixers are great for heavy duty high velocity vortex mixing.

Supplier: SCIENTIFIC IND

The TORBAL FB THOR Precision Series offers affordability and scalability for everyday force measurements. Loaded with essential features and functions which make the FB force gauge ideal for virtually any tension and compression application.

Supplier: SCIENTIFIC IND

The TORBAL FC ZEUS is ideal for advanced tension and compression applications which require ultimate speed and precision. Packed with features and functions that increase productivity during force measurement and testing.

Supplier: SCIENTIFIC IND

The Orbital-Genie™ Large Capacity Orbital Shaker is a powerful large capacity (460×460 mm platform) orbital shaker designed to hold any type of container.

Supplier: SCIENTIFIC IND

The TORBAL FC ZEUS is ideal for advanced tension and compression applications which require ultimate speed and precision. Packed with features and functions that increase productivity during force measurement and testing.