Orbital Shaker Standard Analog 1000 Orbital Shaker, 120V

The Talboys Standard Analog 1000 Orbital Shaker is an economical shaker designed for educational labs or basic shaking applications.

Orbital Shaker is supplied with an 11.75 x 8.75" (29.9 x 22.2cm) non-skid rubber mat. Shaker includes a 5 year, industry leading limited warranty on parts and labor

 Features:

• Variable speed microprocessor control
• Low profile design
• 15mm orbit
• 5 year industry leading warranty

Dependable OHAUS Light Duty Shakers are designed for applications with loads up to 4 kg. Choose from two orbits and speed ranges to optimize your sample mix. One digital model dedicated for use with microplates, two digital models designed to work with accessories and a non-digital economical unit for everyday shaking. All models feature triple eccentric drive systems for stable shaking with microprocessor-control for reliable shaking action.

Applications

ELISA Assays, Cell Cultures, Immunoassays, Protein Studies, Bacterial and Yeast Cultures, Staining/Destaining, Blotting Techniques, DNA Studies

Display

Easy-to-read, independent LED displays for speed/time allow the operator to view all settings simultaneously (digital models) and basic control knobs with dial markings for speed/time (analog models)

Operation

Detachable 3-wire cord and plug (included)

Communication

N/A

Construction

Cast aluminum

Design Features

Non-slip mat (11.75 x 8.75 inches or 29.9 x 22.2 cm) included with all models except the Microplate Shaker

Standard Features:

• Designed for flexibility with your applications – OHAUS Light Duty Shakers include the ready-to-use tray and mat, or remove the mat and customize the tray with over 20 easy-to-install accessories.
• Well-performing economical choice for your everyday laboratory shaking needs. Non-digital model offers reliable shaking across the entire speed range with the robust triple eccentric drive design.
• Microplate shaker is designed to securely hold up to four microplates or deepwell plates, or easily install two microtube racks. Units slowly increase speed to desired setpoint to avoid splashing.