Micro High Pressure Blower

Micro High Pressure Blower

The shell of the blower is made of PC material with aluminum seat for heat dissipation, providing excellent mechanical strength and heat dissipation performance.
Built-in drive system, support PWM,FG and other functions.
NMB ball bearings, low noise.
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Description
Products Description

In modern industrial and medical equipment, the growing demand for efficient, durable and quiet blower products is taking center stage. Our 75mm miniature high-pressure blower delivers maximum performance in the smallest space and is designed for demanding suction, vacuum and pressure applications, especially for ventilator applications with highly dynamic operating modes.
This high-pressure blower measures 75mm in size and is only 70mm thick. Despite its small size, it has a rotation speed of up to 42,000rpm and a static pressure performance of 10KPa. This design makes it ideal for applications requiring maximum pressure performance in ultra-compact spaces. The blower's hollow cup design further enhances its efficient performance and is suitable for use in dental suction systems, medical ventilation, dust measuring instruments, vacuum or suction applications, etc. to meet the cooling needs of a variety of applications.
 

BA7570-1

This high-pressure blower uses a PC impeller and an aluminum base to ensure the perfect combination of lightweight and high strength. The impeller has been 100% balanced and corrected, significantly improving operational stability. The built-in three-phase motor and integrated drive system, combined with brushless motor technology, ensure the highest power density, high efficiency and long life. Featuring a flow-optimized design and high-performance materials, the fans operate quietly and with low vibration, making them particularly suitable for highly dynamic operating modes.
This high-pressure blower adopts a double ball bearing design, which greatly extends the service life of the product while minimizing operating noise, providing users with a quiet experience. Equipped with PWM speed control function, FG speed feedback and RD alarm function, it provides users with greater flexibility and control, ensuring that the fan can operate efficiently under various working conditions.

 

 

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Model

P/N Code

Rated

Voltage

Operationg

Voltage Range

Rated

Current

Rated

Input Power

Speed

Maximum

Air Flow

Maximum

Air Pressure

Noise

PART.NO.

BY

VDC

VDC

Amp

Watt

R.P.M

M³/min

CFM

mmH2O

InH2O H2O

dB-A

BA7570H24B

24

18~26.5

2.9

69.6

42000

0.473

16.73

1058.75

41.68

75.1

 

 

 

 

 

With its compact design, excellent performance and wide range of applications, this 75mm miniature high-pressure blower has become an indispensable heat dissipation and pressure solution in modern industrial and medical equipment. Whether it's a dental suction system, medical ventilation, or other equipment that requires efficient heat dissipation and pressure support, this blower will provide you with reliable and efficient service. If you are interested in this 75mm miniature high-pressure blower, please feel free to contact us for more information.

Packing

 

Use high-quality, high-strength cardboard and eco-friendly lightweight custom foam cotton, to ensure that the blower is not easily damaged during transportation.

 

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Certificates

 

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Core Advantages Analysis of Mini High-Pressure Blowers

 

As a pneumatic equipment integrating "miniaturization" and "high pressure energy", mini high-pressure blowers are highly favored in many fields such as precision manufacturing, environmental protection treatment, and medical equipment due to their unique design and performance characteristics. Their advantages are mainly concentrated in multiple core dimensions including volume adaptability, performance, use cost, operational convenience, and application compatibility, as detailed below:

I. Compact Size, Saving Installation and Usage Space

"Miniaturization" is one of its most intuitive advantages. Compared with traditional large-scale high-pressure blowers, mini high-pressure blowers greatly reduce the equipment volume and weight on the premise of ensuring high-pressure performance through optimized internal structure design (such as compact impellers and integrated motors). Most models can be hand-carried or wall-mounted. This feature enables it to easily adapt to space-constrained scenarios, such as small laboratory equipment, desktop precision machining tools, portable pneumatic tools, and the interior of medical instruments (such as ventilators and anesthesia machines). There is no need to reserve a large installation area for the equipment, effectively improving space utilization.

II. Stable High-Pressure Output, Meeting Precise Pneumatic Requirements

Despite its compact size, the core advantage of the mini high-pressure blower lies in the precise output of "high-pressure" performance. It adopts a special high-pressure impeller design and an optimized air flow channel, which can stably generate high air pressure (usually 10-100kPa) under low-flow working conditions, and can easily realize core functions such as gas pressurization, negative pressure adsorption, and high-pressure purging. Compared with ordinary small fans, its pressure output is more stable with small air flow pulsation, which can meet scenarios with high requirements for pneumatic precision, such as high-pressure dust removal of precision electronic components, laboratory gas transmission and pressurization, and aeration and oxygenation of small sewage treatment equipment, ensuring the consistency of operation effects.

III. High Efficiency and Energy Saving, Lower Operating Costs

Mini high-pressure blowers generally adopt high-efficiency and energy-saving motors (such as brushless DC motors and variable frequency motors) combined with optimized pneumatic structures, resulting in high energy conversion efficiency. On the one hand, their rated power is usually between tens of watts and hundreds of watts, and the standby and operating energy consumption is significantly lower than that of large-scale high-pressure equipment; on the other hand, some models support variable frequency speed regulation, which can adjust the speed according to actual working conditions to further reduce invalid energy consumption. In addition, the oil-free lubrication design during equipment operation (most mini high-pressure blowers use oil-free bearings) not only avoids oil pollution to the working medium, but also reduces subsequent costs such as lubricating oil replacement and equipment maintenance, making long-term use more economical.

IV. Low Noise and Vibration, Adapting to Quiet Scenario Requirements

Benefiting from the compact structure design, precision component processing and oil-free operation mode, the noise and vibration levels of mini high-pressure blowers during operation are much lower than those of traditional high-pressure equipment. The operating noise of most models can be controlled below 60 decibels, and some high-end models can even reach a quiet level of 40-50 decibels, with small vibration amplitude and stable operation. This advantage enables it to adapt to scenarios sensitive to noise and vibration, such as medical environments, laboratories, food processing workshops, and small equipment supporting around office areas, without interfering with the environment or operators.

V. Convenient Operation, Low Maintenance Threshold

The operation and maintenance design of mini high-pressure blowers is closer to the "lightweight" demand. The overall structure of the equipment is simple, and most models adopt an integrated design, which does not require complex installation and commissioning processes and can operate with power on; some models are equipped with intuitive control panels, which can easily realize operations such as start-stop and speed regulation. In terms of maintenance, the oil-free design reduces lubrication and maintenance links. It only needs to regularly clean the air inlet filter and check the motor operation status, without the need for a professional maintenance team, which lowers the use threshold and is suitable for small and medium-sized enterprises, laboratories or individual users to get started quickly.

VI. Wide Application Range and Strong Adaptability

The "miniaturization + high pressure energy" characteristics of mini high-pressure blowers make them suitable for a wide range of scenarios across multiple industries: in the industrial field, they can be used for high-pressure purging of small equipment, pneumatic material transportation, and precision dust removal; in the medical field, they can be supporting ventilators, nebulizers and other equipment to provide stable air flow; in the environmental protection field, they can be used for aeration and oxygenation of small sewage treatment and gas transmission of waste gas treatment; in daily life and commercial scenarios, they can also be used for small inflatable equipment, air purifiers, catering fume purification equipment, etc. In addition, some models support customized design (such as corrosion-resistant materials and special voltage specifications), which can adapt to special working conditions such as high temperature, high humidity and corrosive gases, further improving application compatibility.

In summary, the core advantage of mini high-pressure blowers is to achieve "high value" with "small volume". They not only solve the pain points of traditional high-pressure equipment such as large volume, high energy consumption and complex maintenance, but also make up for the defects of insufficient pressure and unstable performance of ordinary small fans, providing an efficient solution for various miniaturized and precise pneumatic needs.

 

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