Benchmark Scientific Orbi-Shaker™ XL

Overview

The Orbi-Shaker XL orbital shaker has been upgraded to include a new, full color TOUCH screen control panel. Offers a flask capacity that far exceeds that of most other benchtop shakers.  With a large 18 x 18 inch platform and a powerful, beltless motor drive, the Orbi-Shaker XL is capable of mixing up to five 2L flasks or nine 1L flasks simultaneously.  The included, non-slip rubber mat platform is ideal for low speed applications, while the convenient MAGic Clamp™ platform is also available for high speed mixing of Erlenmeyer flasks, tube racks or microplates. The MAGic Clamp™ allows for instant flask clamp exchange without the use of tools, screws or any other hardware.

• Large 18 x 18" surface, up to 5 x 2L capacity
• Convenient, benchtop design
• Horizontally circular 19mm orbit for aeration & mixing
• Instantly change flask clamps with optional MAGic Clamp™ accessories (not included)

In addition to the MAGic Clamp platform, a number of other platforms are available.  For information on all alternate platforms, click here.

Key Attributes

Manufacturer Specifications

Speed:  Variable, 30 to 300 rpm
Orbit:  19mm / 3/4 in.
Max. Capacity:  5 x 2L or 9 x 1L
Max. Load:  65 lbs (30kg)
Speed Increment:  1 RPM
Platform Dimensions:  17.8 x 17.8 in./ 45 x 45 cm
Dimensions:  18.5 x 21.25 x 5 in. / 47 x 54 x 12.5 cm (w x d x h)
Weight:  65 lbs (30kg)
Timer:  1 min. to 48 hours / continuous
Electrical:  115 or 230V, 50-60Hz, 450W
Warranty:  2 Years

FAQ

Is the MAGic Clamp™ platform included with purchase of the Orbi-Shaker™ XL?

No, all MAGic Clamp accessories are sold separately.

Is the motor in the Orbi-Shaker XL a brushed or brushless motor?

It is a brushless motor.

What is the speed accuracy of the Orbi-Shaker XL?

The accuracy is +/- 5% of the set speed.

What is the resolution of the speed settings?

The speed is adjustable in 1 rpm increments.

We need an orbital shaker for use in a high vacuum environment. Could the Orbi-Shaker™ XL be used in very low pressure conditions?

Yes, we would not expect vacuum to cause any issues.