Customized Just For You -Your Logo, Our Promise! The More You Order, The More You Save!

+86 15666095066

Ultrasonic Cell Disruptor

Model NO. BSD-250W/BSD-650W

Minimum Order 1unit

Ultrasonic Cell Disrupter is widely used in teaching, research and production in fields such as biology, chemistry, microbiology, pharmacology, physics, zoology, agronomy, medicine and pharmacy.

Quantity

Features：

LCD display.
50 groups of program data can be stored
Temp, monitor: over-temperature protection
Other functions: automatic tracking the frequency, fault alarm

Advantages:

Widely used in the field such as biology. chemisty, microbiology. pharmacology. physics, zoology, agronomy, medical science，pharmacy for teaching, scientific research and production.

Specification：

Model	BSD -150W	BSD-250W	BSD-500W	BSD -650W	BSD -950W	BSD -1200W	BSD -1500W	BSD -1800W	BSD -2000W
Frequency(KHz)	20~25					19.5-20.5
Crushing Capacity(ml)	0.2~150	0.2~250	0.2~400	0.2~500	0.2~700	10~1000	50~1500	50~1800	50~2000
Standard Amplitude-change Pole φ(mm)	Anyone among below amplitudes. More amplitudes will be optional					12
Optional Amplitude-change Pole φ(mm)	2, 3, 6, 8	2,3,6,8,10	2. 3,6, 8, 10, 12			10, 12, 15, 20, 25	10,12,15, 20, 22, 25	10,12, 15, 20, 25	10, 12,15, 20, 25, 28
Consumption (W)	150	250	500	650	900	1200	1500	1800	2000
Power Supply	AC110/220V±10%,50/60Hz
Package Size (WDH)mm	400400560(acoustic chamber) 570350470(main body)
Gross Weight (kg)	30

Technical Parameter for Amplitude Pole:

Size	φ2	φ3	φ6	φ8	φ10	φ12	φ15	φ20	φ22	φ25	φ28
Frequency(KHz)	20~25						20~25/19.5~20.5	19.5~20.5
Consumption(W)	250	400	20-600	50-600	100-800	200-950	300~1000	400~1200		800~1800	1000~2200
Crushing capacity(ml)	0.2~5	3~10	10~100	20~200	50~300	100~500	100~600	100~1000	200~1000	500~1200	500~2000

Q1: What is an ultrasonic cell disruptor used for?

A: An ultrasonic cell disruptor is widely used for cell lysis, protein extraction, DNA/RNA release, bacterial disruption, and nanoparticle dispersion. It is commonly applied in biotechnology, microbiology, chemistry, pharmacy, and academic research laboratories.

Q2: What is the difference between ultrasonic cell disruptor and homogenizer?

A: An ultrasonic cell disruptor uses high-frequency ultrasonic waves to break cell walls through cavitation, while a homogenizer usually applies mechanical force. Ultrasonic disruptors are more suitable for small sample volumes, precise biological extraction, and laboratory research applications.

Q3: What sample volume can your ultrasonic cell crusher handle?

A: Our ultrasonic cell disruptor covers a wide range of sample capacities, from 0.2 ml up to 2000 ml depending on the model (BSD-150 to BSD-2000). Different pole sizes (φ2 to φ28 mm) are available for flexible laboratory and pilot-scale applications.

Q4: Can the machine prevent overheating during operation?

A:Yes. The system is equipped with temperature monitoring and over-temperature protection. It automatically tracks operating conditions to ensure sample stability and prevent thermal damage during ultrasonic processing.

Q5: Can this equipment be used for temperature-sensitive biological samples?

A: Yes. The disruptor features real-time temperature monitoring and over-temperature protection, which triggers an alarm if samples exceed safe thresholds. We also recommend using an ice bath during operation for heat-sensitive materials like proteins or nucleic acids to preserve activity.

Applications

Biotechnology & Life Sciences：For cell disruption, gene research, and protein extraction.
Pharmaceutical Industry：For drug formulation, nano-drug research, and herbal extraction.
Chemical Industry：For emulsification, dispersion, and reaction acceleration
Food & Herbal Processing：For natural compound extraction and processing optimization.
Research Institutions & Universities：For experimental teaching and scientific research.
Industrial Production Facilities：For pilot-scale and continuous flow processing.