Product Description
- Continues duty and variable speed single double or 3 tier platform unit.
- For rotary swirling agitation used extensively in tissue culture work aeration of formations and other chemical mixing procedures.
- D.C motor driver the shaker mechanism through mechanical transmission utilizing a variable fully system with v belt drive
- Speed is variable through the speed range, however at a given setting .speed is stable .
- Speed can be adjustable from 10 to 250 RPM with digital speed
| CAT. NO. | PLAT FORM SIZE | NO. OF TIER (PLATEFORM) | CARRIER |
| AEI -04/A | 22X22 | Single | 16 nos X 500 ml flask |
| AEI -05/B | 22X22 | Double | 32 nos X 500 ml flask |
| AEI -06/C | 22X22 | Three | 48 nos X 500 ml flask |
| AEI -07/D | 36X36 | Single | 16 nos X 500 ml flask 9 nos X 1000 ml |
| AEI -08/E | 36X36 | Double | 32 nos X 500 ml 18 nos X 1000 ml |
| AEI -09/F | 60X60 | Single | 20 nos X 1000 ml 12 nos X 2000 ml |
| AEI -10/G | 60X60 | Double | 40 nos X 1000 ml 24 nos X 2000 ml |
Efficient Sample Mixing for LaboratoriesThe Rotary Shaking Machine is tailored for research, hospital, and diagnostic laboratories that require reliable, consistent agitation of sample flasks. Its sturdy construction and uniform shaking capability help maximize sample homogeneity, critical for reproducible results in various applications including mixing chemicals or cell cultures. With speed control and an anti-skid platform, it provides precision and safety during agitation.
User-Friendly Operation and ControlsThis shaker features intuitive controls with an analog/dial display and a rotary speed regulator. Users can easily set the desired shaking speed and utilize the optional timer for process automation. The compact, table-top design allows for flexible placement without occupying extensive lab space. Safety features including overload and over-current protection ensure hassle-free operation.
Durability and Safety AssuredBuilt with a powder-coated mild steel body and a stainless steel shaking platform, the machine is engineered for durability and ease of cleaning. Its advanced safety features and ambient temperature resistance (+5C to +45C) make it suitable for varied laboratory environments. With a noise level below 60 dB, it maintains a comfortable work atmosphere.
FAQ's of Rotary Shaking Machine:
Q: How is the Rotary Shaking Machine used in laboratory settings?
A: The Rotary Shaking Machine is primarily used to mix, shake, and agitate laboratory samples in flasks ranging from 100 to 500 ml. It ensures thorough and uniform mixing, making it ideal for sample preparation in research, hospital, and diagnostic labs.
Q: What types of flasks can be accommodated on the shaker platform?
A: The machine's 450 mm x 350 mm platform can hold up to 12 flasks, depending on their size (100 ml, 250 ml, or 500 ml each). The anti-skid surface keeps vessels secure during operation.
Q: When is it beneficial to use the timer function on this shaker?
A: The optional timer, adjustable up to 120 minutes, is beneficial when precise agitation durations are needed, such as in timed protocols or repetitive tests. For continuous mixing, the manual mode can be selected.
Q: Where should the Rotary Shaking Machine be installed for optimal performance?
A: Designed as a table-top unit, it should be placed on a stable, vibration-free surface in a laboratory with an ambient temperature between +5C and +45C. Proper installation ensures smooth and safe operation.
Q: What process does the machine use to achieve uniform shaking?
A: The machine utilizes a heavy-duty motor and robust belt drive mechanism, combined with a fixed 25 mm stroke length and speed adjustability (20-200 rpm), to provide consistent rotary shaking for even sample agitation.
Q: How does the Rotary Shaking Machine ensure safety during operation?
A: Safety is enhanced through built-in overload and over-current protection systems, preventing potential damage to the equipment during extensive use. The noise level remains below 60 dB, contributing to safe and comfortable laboratory environments.
Q: What are the main benefits of using this rotary shaker in laboratory workflows?
A: Key benefits include durable construction, adjustable speed for diverse protocols, secure anti-skid platform, and robust safety features. These attributes improve workflow efficiency and confidence in sample preparation outcomes.