Benchmark BR2000 BenchRocker™ (2D), 14"x12" Platform w/ Flat Mat, 115v

Product no.: BR2000

"Our 43rd Year of Competitive Pricing"

Old price $892.81

$758.89

You save $133.92

Price plus sales tax, plus delivery

Delivery weight: 9 lb

Description

BR2000 BenchRocker™ (2D), 14"x12" Platform w/ Flat Mat, 115v

Features

Adjustable speed & tilt for a wide range of applications
Large 14 x 12 in. work surface
Dual platform accessory doubles work surface
Cold room and incubator safe

Specifications
Model	BR2000
Speed:	Variable, 2 to 30 rpm
Tilt Angle:	Variable, 0° to 30°
Platform Size:	14 x 12 in. / 35 x 30 cm
Load Capacity:	4.4 lbs. / 2 kg
Operating Temp. Range	+4 to +45°C
Dimensions: (w x d x h)	14 x 12 x 8 in. 35.6 x 30 x 20 cm
Weight:	7.5 lbs (3.4kg)
Electrical:	115V or 230V, 50-60Hz, 50W
Warranty:	2 Years

Overview

These rockers are designed to provide the precise speeds and tilt angles required for a broad range of molecular and biological mixing applications. The user can adjust both parameters to match the vessel size and the volume of liquid being mixed, yielding optimum results. The rocking speed and tilt angle are both easily adjustable in seconds.

At low speeds and minimal tilt angles, both models (2D for “see-saw” motion or 3D for “gyratory” motion) provide a gentle wave effect for non-foaming mixing, as is required for most blot washing and gel work. When set to higher speeds and more extreme tilt angles, they produce aggressive agitation for vigorous sample mixing. The BenchRocker 2D and 3D can accept stackable platforms (clearance = 3 in.). All platform mats are autoclavable. Both models have maintenance-free brushless motors and are safe for use in cold rooms and incubators.

The BenchRocker 2D is designed to provide the precise speeds and tilt angles required for a broad range of molecular and biological mixing applications. The user can adjust both parameters to match the vessel size and the volume of liquid being mixed, yielding optimum results.

Product Literature: Benchmark BR2000 BenchRocker (2D)