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Product Vendor Index


Jeio Tech, Inc.

www.jeiotech.com

Lab Companion SKC Series Shakers
The Lab Companion SKC Series high-capacity, high-speed shakers have a newly engineered drive mechanism, enabling the uniform shaking of flasks, tubes and bottles at high loads at high speeds. A large selection of models is available with speeds up to 500 rpm and a maximum orbit of 2.8 in. (70 mm), depending on platform size and stroke diameter. Programmable motion control, LED displays, unbalanced load sensors, and self-protecting cut-off function make these shakers versatile and safe. Spring-wire racks and dual-tiered platforms are available for higher-capacity requirements, and a new “sticky pad” eliminates the need for flask clamps.

Appeared In Issue: October 2010

Vortex mixer
The Vortex mixer features both touch operation and continuous operation modes. Its low-profile design and rubber feet provide excellent stability with minimum vibration and sliding. Its highly sensitive touch switch is used to initiate real-time mixing, and its control knob allows the mixing speed to be varied. The mixer has a built-in safety device for overload protection and is constructed of a chemically resistant polypropylene exterior. A wide range of accessories, including a micro plate holder and tube holders ranging in size from 10 mm to 25 mm is available.

Appeared In Issue: May 2010

IS-971 floor-model shaker series
The IS-971 floor-model shaker series consists of three models, each of which can hold up to four 6-L flasks. An assortment of platforms and clamps allows the shakers to handle flasks, beakers, separatory funnels and micro-plates. The IS-971 has a temperature range of 5ºC above room temperature to 60ºC. The IS-971R and the IS-971RF have temperature ranges from 4ºC above room temperature to 60ºC, with a temperature uniformity of ±1.0ºC at 38ºC. Motion can be orbital or reciprocating, and the speed can range from 10 to 300 cycles per minute with a maximum orbit diameter of 70 mm. Run times can be programmed from as little as 1 s up to 1,000 h.

Appeared In Issue: June 2008