Refrigerating Orbital Shaker

Orbital Shaker with CO2 Resistance and a ø19mm Orbital Diameter. Features a 305 x 360mm (12 x 14.2") platform with a non-skid mat. Speed range of 30~300RPM; Timer is programmable for 0~99hr59min. Maximum load is 6kg (13.2lb). Suitable for use in CO2, Standard, or Refrigerated incubators…

…extraction procedures and diagnostic testing with durable, open-air platform Thermo Scientific™ MaxQ™ 2000 and 3000 Benchtop Orbital Shakers. Shakers are reliable with digital operating systems with the choice of three platform sizes, combining ease of use with durability and accuracy. …

Thermo Scientific Solaris™ Orbital Shakers set the new standard for reliability and technical innovation. Ruggedly built for demanding use, they combine a new ergonomic design with key feature enhancements that save you time, protect your process and drive your science forward. …

…Incubating/Refrigerating Orbital Shakers are designed for a variety of shaking and incubating applications such as cell cultures. Model 5000IR Incubating/Refrigerating Orbital Shaker is supplied with a non-skid rubber mat that fits the 18 x 18" (45.7 x 45.7cm) tray. Orbital Shakers include…

Incubated or refrigerated models Use on benchtop or stack two high Two adjustable height shelves for sample storage Temperature, speed and time on separate displays Warranties: Five years on parts, one year on labor and lifetime on mechanism Choose from two temperature ranges to…

…and wider speed range to accommodate various sample testing. Optimally designed to shake four microplates simultaneously, this Microplate Shaker is ideal for applications that demand precise and repeatable mixing. Operational Features Microprocessor PID control One-touch timer…

…low rpm sensitive applications Speed range: 50 ~ 300 rpm One-touch timer for time-dependent shaking operations: 1 min to 99 hour 59 min. Orbit size: 13mm dia. (0.51" dia.) Digital VFD display for speed and shaking motion Constructional Features Equipped with a…

…agitation system consisting of an orbiting platform flexibly anchored at four corners so that the platform motion, when adjusted by the platform pitch control collar, is an extremely effective combination of rocking platform and orbital shaker. One dimensional shakers do not have the versatility and…

…RS-232 port and USB port for external control and data collection Shaking Control Speed range: 10 to 500 rpm Orbit diameter: 19mm Timer range: 1 min. to 999 hr 59 min Audible/Visible alarm activated by shaking speed deviation Worry-free operation: Automatic…

Specially designed to be double-stacked on the floor or located on the lab benches for space saving Multi-purpose incubated shakers feature a wide range of temperature control and large chamber volume. Operating Features General Control Intuitive touch screen LCD controller…

… Built-in RS-232 port and USB port for external control and data collection Shaking Control Speed range: 30 to 500 rpm Orbit diameter: 25.4mm for ISF-7100/R /  50.8mm for ISF-7200/R Timer range: 1 min. to 999 hr 59 min Audible/Visible alarm activated by…

…high speeds. Shakers operate in temperature ranges of 0°C to 40°C and humidity conditions from 20 to 80% noncondensing enabling them to be used in incubators, warm rooms, environmental chambers and refrigerators. Specially treated CO₂ resistant shaker withstands up to…

…control over time, speed and temperature Exceptional temperature uniformity Incu-Shaker 10LR (Refrigerated) for temperatures down to RT -15°C Horizontally circular 19mm orbit for aeration & mixing Instantly change flask clamps with MAGic Clamp™ accessories Optional…

…general mixing The labForce 3D Rocker combines the basic rocking motion of traditional platform rockers with the circular motion of an orbital shaker. This combination is ideal for generating the optimum 3-dimensional “undulating” motion commonly preferred for molecular biology…

The BenchWaver™ combines the basic rocking motion of traditional platform rockers with the circular motion of an orbital shaker. This combination is ideal for generating the optimum 3-dimensional "undulating" motion commonly preferred for molecular biology applications. The tilt…