digital orbital shaker About
| Minimum Order Quantity |
1 Piece |
| Shaking Type |
Orbital |
| Chamber Volume |
28 Liter |
| Shaking Motion |
Orbital |
| Capacity |
50 L |
| Door Type |
Double Glass |
| Speed Range |
30-300 rpm |
| Brand |
Tamilnadu Engineering Instruments |
| Temperature Range |
5 to 75 degree celsius |
| Color |
Blue |
| Usage/Application |
Industrial |
| Cooling System |
No |
| Voltage |
240 V |
| CO2 Control System |
No |
| Material |
Stainless Steel |
| Incubator Type |
Shaking |
| Country of Origin |
Made in India |
Since our beginning in this highly competitive market, we are extremely involved in the realm of presenting to our patrons Orbital Shaker Incubator.
Features:
Advanced Control and Reliable PerformanceEquipped with a digital microprocessor-based control system, this orbital shaker ensures precise speed regulation and operational accuracy, meeting critical requirements for research and laboratory work. The brushless DC motor provides quiet, smooth operation (less than 70 dB), minimizing disruption in sensitive environments. Users can tailor shaking profiles with digital timers and variable speeds, ensuring reproducible results for a wide variety of sample types.
Flexible Application Across LaboratoriesThe versatile design accommodates up to 16 x 250ml flasks and a maximum load of 7 kg, making it suitable for handling various sample volumes and vessel types. It operates effectively within environmental conditions of 15C to 40C and up to 80% relative humidity, and is resistant to ambient temperatures up to 60C. The robust construction features a mild steel body with a powder-coated finish and a stainless steel platform, providing both stability and chemical resistance.
FAQ's of digital orbital shaker:
Q: How do I set and operate the Digital Orbital Shaker for laboratory mixing applications?
A: To use the Digital Orbital Shaker, place your samples securely on the stainless steel platform, select the desired speed (30-300 RPM), and set the timer (up to 99 minutes) or choose continuous mode. Operation is managed via a digital microprocessor and LED display for precise control and monitoring.
Q: What are the main benefits of using a Brushless DC Motor in this orbital shaker?
A: A Brushless DC Motor offers long service life, smooth operation, and reduced maintenance. It ensures low noise (<70 dB) and stable shaking performance, making it ideal for prolonged use in laboratory environments without causing distractions.
Q: When should the orbital shaker's overload and over-temperature protection features be used?
A: These safety features activate automatically during excessive load or elevated motor temperatures to prevent equipment damage and ensure sample integrity. Regularly check that bottle weights do not exceed the 7 kg maximum load for safe operation.
Q: Where can the Digital Orbital Shaker be used within a laboratory environment?
A: This shaker is suitable for a wide range of laboratory settings, including biological research labs, clinical laboratories, and R&D facilities. Its temperature resistance (ambient to 60C) and humidity tolerance (up to 80% RH) allow flexible placement on standard lab benches.
Q: What process does the orbital shaker follow to ensure uniform sample mixing?
A: Utilizing a stable, rectangular platform and variable speed control, the shaker provides controlled orbital motion for even mixing of biological samples. The digital microprocessor maintains consistent speed and timing, ensuring reproducible experimental results.
Q: How does the digital timer enhance usage during sample processing?
A: The built-in digital timer allows users to set precise shaking durations (up to 99 minutes), automating start and stop processes. This ensures samples are processed for exact periods, which is crucial for reproducibility in laboratory protocols.
Q: What materials are used in the construction of this shaker and what benefits do they provide?
A: The orbital shaker features a mild steel body with powder coating for durability and corrosion resistance, and a stainless steel platform for easy cleaning and resistance to chemical spills. These materials enhance the shaker's longevity and reliability in demanding lab environments.