Product Description
Salient Features
| | Sound Proof Enclosure to reduce cavitational sound ( Includes ) |
| | Microprocessor controlled and completely programmable. |
| | Digital LCD display with Time setting . |
| | Temperature Indicator and controller. |
| | Auto-tuning for convenience and optimal processing efficiency. |
| | Variable Power Output control. |
| | Auto frequency chasing. |
| | Output amplitude 0-100% adjustment. |
| | Can be used to smash animal and plant cells | Frequency | 20 KHZ | | Power | 250 W | 500 W | | Probe Dia (Titanium Alloy) Standard) | 6mm(1/4") | 9.5mm(3/8") | | Display | LCD | | Temperature range(C) | 0-99C | | Timer(Selectable) | Yes | | Overload Protectio | Yes | | Operation Programme | 10 | | Dimensions LxWxH (mm) | 490X370X280 | | Power Supply | AC 220V / 50-60 HZAC 220V / 50-60 HZ | | Weight | 10 Kg + 5 Kg (Sound Proof Enclosure) | |
Superior Soundproofing and SafetyThis probe sonicator integrates a robust off-white/grey soundproof enclosure that attenuates operational noise by up to 40 dB, greatly improving laboratory comfort. The enclosure features a borosilicate glass observation window, allowing safe monitoring of procedures. A built-in door interlock switch enhances user safety by disabling ultrasonic operation whenever the door is open, ensuring compliance with strict laboratory safety protocols.
Precision Ultrasonic Processing for Multiple ApplicationsOptimized for versatile laboratory routines, this ultrasonic processor is ideal for cell disruption, homogenization, emulsification, and sample preparation. Its digital backlit LCD ensures precise monitoring and control via a microprocessor-based interface, allowing accurate power adjustment and programmable timers. The rugged titanium alloy probe and removable design offer extended durability and ease of maintenance.
Efficient Design for User ConvenienceWeighing just 8-10 kg with practical dimensions (approx. 430 x 215 x 330 mm), this sonicator is compact yet spacious, handling samples up to 1.5 liters. Ventilation slots ensure proper heat dissipation, while a removable probe simplifies cleaning and maintenance. Adjustable power settings cater to a variety of sample types, and the included accessories (probe, power cord, user manual) support immediate use.
FAQ's of Probe Sonicator with Sound Proof Enclosure:
Q: How does the soundproof enclosure benefit laboratory operation?
A: The soundproof enclosure reduces ultrasonic noise by up to 40 dB, creating a quieter and safer working environment. This protects users from potential hearing damage and minimizes distractions in the laboratory.
Q: What materials are used for the probe and enclosure, and why?
A: The probe is crafted from titanium alloy for excellent corrosion resistance and durability, making it ideal for intense ultrasonic processing. The enclosure is made from stainless steel for longevity, ABS for user-friendly controls, and borosilicate glass to provide a clear, heat-resistant observation window.
Q: When should I use the programmable timer feature?
A: The programmable timer (1-99 minutes) allows precise control over ultrasonic processing time. It's especially useful when consistency and repeatability are needed, such as during cell disruption, emulsification, or sample homogenization procedures.
Q: Where should the Probe Sonicator be installed for best performance?
A: Install the sonicator on a stable, flat surface near a standard 220V AC power outlet in a well-ventilated laboratory area. Ensure the ventilation slots remain unobstructed for optimal heat dissipation and do not place it in damp or dusty environments.
Q: What is the primary process for sample preparation using this sonicator?
A: To prepare samples, place them inside the chamber, insert the titanium probe, and close the enclosure for safety. Programmable settings allow you to select the desired power and time, ensuring effective ultrasonic processing for applications like cell lysis or homogenization.
Q: How do I safely operate and maintain the equipment?
A: Always ensure the enclosure door is securely closed before activating the machine, as the safety interlock prevents accidental exposure. After use, detach and clean the titanium probe with appropriate solvents; regularly check ventilation slots for blockages and follow the user manual for maintenance guidelines.
Q: What are the main benefits of using a probe sonicator with this design?
A: This equipment provides efficient sample processing with low noise, optimal safety via interlock switches, accurate digital control, and easy monitoring through a transparent window. Its robust construction and precision output make it suitable for demanding laboratory applications, increasing productivity and reproducibility.