Incubating shakers are primarily used in biotechnology and microbiology research to grow and maintain cultures of microorganisms like bacteria or fungi. They are also useful for applications like cell culture, protein expression, and DNA amplification. In addition, incubating shakers are commonly utilized in the production of vaccines, pharmaceuticals, and enzymes.
The ability to combine both shaking and temperature control in a single instrument makes the incubating shaker a versatile tool in laboratory research, helping scientists to achieve better results in their studies.
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| Company | Amerex Instruments, Inc. | Amerex Instruments, Inc. |
| Item | GYROMAX Orbital Incubator Shaker | GYROMAX Medium Upright Incubator Shaker (Stackable) |
| Reviews | | |
| Catalog Number | 787 | 737 |
| Price | | |
| Type | Inquire | Bench Top |
| Volume | Inquire | Inquire |
| Motion | Orbital | Orbital |
| Temperature Range | [RT + 5C] to 70C | [RT + 5C] to 80C |
| Frequency | 25 to 400 rpm | 20 to 420 rpm |
| Exterior Dimensions | (WxDxH) 682 x 708 x 889 mm | (WxDxH) 84 x 60 x 86 cm (or 84 x 60 x 107 cm) |
| Interior Dimensions | (WxDxH) 595 x 503 x 477 mm | Inquire |
| Description | The GYROMAX™ 787/787R orbital incubator features a microprocessor temperature controller, double-walled construction and a 1.5” thick and a double-paned glass window to minimize heat loss. This construction, together with an efficient circulation system, ensures unrivaled optimum temperature The GYROMAX™ 787/787R orbital incubator features a microprocessor temperature controller, double-walled construction and a 1.5” thick and a double-paned glass window to minimize heat loss. This construction, together with an efficient circulation system, ensures unrivaled optimum temperature uniformity throughout the chamber. The window has an opaque sliding panel to block light from enter the chamber for applications involving light-sensitive materials. The temperature is set digitally and reproducibly and displayed by an LED to 0.1°C. The working temperature range for the 787 is from 5°C above ambient to 70°C. An over-temperature cutoff device prevents accidental overheating.
A large, quiet fan ensures air and temperature uniformity throughout the stainless steel chamber. A brushless, maintenance-free drive motor generates speeds from 25 to 400 RPM which are displayed digitally. A fan cools the motor so that it operates at a lower temperature, thereby prolonging its life. A dynamically triple-eccentric drive with counter-balancing weights provides smooth and quiet shaking and there is no need for adjustments as the load or RPM changes.
The shaking stops when the door is opened and resumes when it is closed again. The chamber is constructed of stainless steel and comes with a shelf. The 18.1” x 18.1” platform can accommodate Erlenmeyer flasks up to 6 liters.
GYROMAX is a trademark of Amerex Instruments, Inc.... Read More | The GYROMAX™ 737/737R have a footprint of 33"W x 24"D. This space is not lost as the sturdy, flat top can serve as a benchtop. Or, you can stack two of the 737S or a 737 and a 737R on top of each other to save space. With a height of 34", the 737 can fit under many benchtops, while the taller The GYROMAX™ 737/737R have a footprint of 33"W x 24"D. This space is not lost as the sturdy, flat top can serve as a benchtop. Or, you can stack two of the 737S or a 737 and a 737R on top of each other to save space. With a height of 34", the 737 can fit under many benchtops, while the taller refrigerated 737R (at 41") cannot. The 20.5"W x 18.0"D platform is large enough to accommodate nine 1-liter, six 2-liter, twenty-five 250-mL, or two 6-liter flasks. The 737 and 737R use the same shelf system as the 727.... Read More |
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