Product Description
Flask Shaker systems offered find usage in shaking the liquid present in glass flask as per the requirements of different tests in research laboratories. As a concept based top model unit, here the rubber disc comes mounted on heavy platform so as to hold conical flasks of 50 to 100 ml capacity. These flasks are given orbital circular motion by shaker mounted on ball bearing crankshaft with orbit diameter being approximately of 2". Here, the complete assembly is fitted on rental casing that houses motor of Crompton Greaves or similar make coupled by means of Shaker V belt with pitch pulleys. The options offered here include Rotary Flask Shaker that functions on 220 volts, single phase, 50 Hz AC power supply and comes in platform sizes of 450mm*450mm with holding capacity of 16 flasks of 250ml, platform size of 550mm*550mm with holding capacity of 24 flasks of 250ml and platform size of 850mm*650mm with holding capacity of 36 flasks of 250 ml. Other than this, we offer Griffin Flask Shaker that features horizontal spindle which can be made to rotate at any angle and flask of 500 ml capacity that can be easily mounted on spindle at any desired angle. Robust Construction for Laboratory ExcellenceBuilt from powder-coated mild steel, this laboratory shaker delivers enduring performance, even with frequent use. The stable, non-slip rectangular platform ensures safe handling of up to six 250 ml flasks, making it a dependable choice for a wide array of laboratory mixing applications.
Versatile and Precise Mixing CapabilitiesThe variable speed rotary control enables precise orbital motion up to 220 rpm, essential for delicate and consistent sample mixing. The analog display and 2 rpm accuracy guarantee results you can trust, while the quiet drive minimizes disturbance in shared lab spaces.
Low Maintenance and User-Friendly OperationWith a heavy-duty motor, belt drive, and powder-coated finish, this shaker requires minimal upkeep. Simple rotary controls and included flask clamps streamline operation, making it an efficient, low-fuss solution for any lab's mixing requirements.
FAQ's of Flask Shaker:
Q: How do I operate the Flask Shaker safely in a laboratory setting?
A: To use the Flask Shaker, place it on a stable, indoor laboratory surface. Secure up to six 250 ml flasks using the provided clamps on the non-slip platform. Set the desired speed with the rotary control-up to 220 rpm-and switch on the power. Always monitor the process to ensure safe agitation and stable operation.
Q: What is the benefit of the orbital motion provided by this shaker?
A: The orbital motion offers even and thorough mixing of flask contents, which is essential for tasks such as cell culture, microbial growth, or sample preparation. This type of agitation promotes uniform mixing without splashing, improving the reproducibility of experimental results.
Q: When should I consider using this laboratory shaker in my processes?
A: This shaker is ideal for use whenever your laboratory procedure requires gentle yet consistent mixing-such as in sample incubation, solution homogenization, or liquid culture preparation. Its variable speed feature supports both delicate and vigorous agitation, depending on your experimental needs.
Q: Where is this Flask Shaker most appropriately used?
A: The Flask Shaker is specifically designed for indoor use in laboratory environments, including academic, industrial, pharmaceutical, and research labs in India and beyond. Its low noise and sturdy build make it suitable for both shared and individual workspace settings.
Q: What makes this Flask Shaker easy to maintain and durable?
A: Constructed from powder-coated mild steel, the shaker resists corrosion and wear. The heavy-duty motor with a reliable belt drive requires minimal servicing, and the straightforward design with accessible controls simplifies routine cleaning and maintenance.
Q: How does the analog rotary speed control enhance usability?
A: The analog rotary speed control allows precise adjustment of the agitation speed, suitable for various applications. Its user-friendly interface enables quick changes during experiments, ensuring you achieve optimal mixing conditions every time.