Probe Sonicator (Advanced)

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MOQ : 1 Piece

Probe Sonicator (Advanced) Specification

Noise Level
Low (<70 dB)

Features
Programmable timer, amplitude control, LCD display, safety interlock, continuous & pulse operation, auto-tuning

Temperature
Ambient to 60C

Usage & Applications
Cell disruption, nanoparticle dispersion, emulsification, homogenization, sample preparation, laboratory use

Phase
Single Phase

Frequency
50/60 Hz

Type
Probe Sonicator (Advanced)

Material
Stainless Steel & High-Grade Alloy

Capacity
500 ml to 2000 ml (Sample volumes)

Computerized
Yes

Control Mode
Digital Touch Control

Voltage
220V AC

Power
300-750 W

Weight (kg)
12 Kg

Dimension (L*W*H)
450 x 250 x 220 mm

Color
White & Metallic Grey

Probe Material
Titanium alloy

Timer
Up to 99 minutes

Accessories Included
Standard probe, power cord, instruction manual

Ultrasonic Frequency
20 KHz

Sound Enclosure Box
Available as option

Amplitude Range
10-100% adjustable

Cooling System
Optional external cooling

Input Current
3.5A

Display
Digital LCD

Safety Features
Auto shut-off, overload protection

Operating Method
Manual & Automatic

Probe Sonicator (Advanced) Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
10 Pieces Per Month

Delivery Time
7 Days

About Probe Sonicator (Advanced)

Introducing the Probe Sonicator (Advanced), a fresh benchmark in laboratory efficiency, blending preeminent value with flawless performance. Featuring a first-string titanium alloy probe and digital LCD controls, this sonicator offers an adjustable amplitude range of 10-100% at a powerful ultrasonic frequency of 20 KHz. Its programmable timer, safety interlocks, and robust stainless steel build ensure reduced hassle and elevated safety. Perfect for cell disruption, nanoparticle dispersion, and emulsification, its smart design and optional sound enclosure combine high-grade reliability with modern sophistication for discerning researchers and labs.

Versatile Application Interface

The Probe Sonicator (Advanced) excels across various application surfaces, adapting seamlessly to both laboratory benches and cleanroom settings. Its application media range from biological samples and chemical suspensions to challenging nanoparticle mixtures. The surface of application is protected by a titanium alloy probe, ensuring longevity and minimal contamination. Whether you are homogenizing, emulsifying, or lysing cells, this sonicator provides consistent results on all compatible substrates and sample types for research, sample prep, or production environments.

Sample Policy, Exchange & Dispatch

We prioritize your confidence by offering a transparent sample policy and efficient packing & dispatch process. Upon request and meeting the asking price, sample units are available for trial and evaluation. Should you require an exchange, our streamlined process ensures minimal delays. Delivery is crafted to fit your timeline-typically within a few business days post-confirmation. Each unit is meticulously packed to ensure condition retention, reflecting our dedication to quality assurance and customer satisfaction.

FAQ's of Probe Sonicator (Advanced):

Q: How does the Probe Sonicator (Advanced) ensure sample safety during operation?

A: The Probe Sonicator (Advanced) features auto shut-off and overload protection mechanisms, along with a safety interlock, to ensure that samples and users are protected throughout the sonication process.

Q: What types of laboratory applications can this sonicator be used for?

A: This advanced sonicator supports a variety of uses, including cell disruption, nanoparticle dispersion, sample homogenization, emulsification, and general laboratory sample preparation.

Q: When should a user opt for the external cooling system?

A: The optional external cooling system is recommended for longer sonication sessions or when processing temperature-sensitive samples, ensuring consistent performance and preventing sample degradation.

Q: Where can I install or operate the Probe Sonicator (Advanced)?

A: Designed for versatility, it can be set up on laboratory benches, within cleanrooms, or any environment requiring controlled sample processing, provided the area has access to a 220V AC power supply.

Q: What makes the titanium alloy probe a superior choice?

A: The titanium alloy probe is recognized for its exceptional durability, corrosion resistance, and efficient energy transmission, delivering consistent, high-quality results across a range of sample types.

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