Weighing a mere 14 grams, this Small Diaphragm Vacuum Pump is engineered for portability, making it a perfect fit for handheld beauty instruments, mobile medical devices, and compact vacuum sealing applications. It runs efficiently on a low-voltage DC 3V-6V supply, consuming just 0.9W of power while generating a strong negative pressure of over -55 kPa and an airflow of up to 1.5 liters per minute. Its quiet performance, rated below 65 dB, and a proven lifespan exceeding 200 continuous hours, establish it as a dependable choice for applications where space is at a premium.It can be further customized to function as a small suction vacuum pump tailored to specific project demands.
Dimension
| Product model | 030-XZ | ||||
|---|---|---|---|---|---|
| Rated Voltage | DC 3V | DC 3.7V | DC 4.5V | DC 6V | |
| Rated Current | ≦300mA | ≦250mA | ≦200mA | ≦150mA | |
| Power | 0.9 W | 0.9 W | 0.9 W | 0.9 W | |
| Air Tap O.D. | Ø3.1mm | ||||
| vacuum Flow | 0.3-1.5 LPM | ||||
| MaximumVacuum | ≦-55KPA(-400mmHg) | ||||
| Noise Level | ≦65db(30cm away) | ||||
| Life Test | ≥200 hours (continuous) | ||||
| weight | 14g | ||||
Description
This miniature diaphragm vacuum pump is specifically engineered for portable medical devices, such as mobile aspirators and point-of-care diagnostic equipment. It utilizes a fully sealed diaphragm design to ensure stable suction output while significantly reducing mechanical wear. Its compact size and low energy consumption allow for easy integration into handheld devices where space is limited and efficiency is critical.
In the personal care and beauty sector, this Small Diaphragm Vacuum Pump performs equally well. Through precise motor control, it provides adjustable suction levels for products like facial cleansing tools and handheld massagers. Its micro-architecture features optimized airflow paths and integrated noise-dampening materials, guaranteeing quiet operation and consistent performance in consumer-grade beauty products.
As a professional micro vacuum pump supplier, we offer customized configurations-including voltage, pressure range, and port design-to meet diverse client application needs. Our production strictly adheres to certified quality management systems, and every pump undergoes rigorous performance and durability testing to ensure it meets the established standards of the medical, cosmetic, and portable equipment industries.
FAQ - Small Diaphragm Vacuum Pump
Q1: What maintenance do small diaphragm vacuum pumps require?
A: Mini dc vacuum pump designs are generally maintenance-free except for inlet filter cleaning. Since no lubricants contact the airflow path, these pumps avoid oil contamination issues. However, protecting the intake from dust and liquids will extend diaphragm life. For continuous duty applications, ensure adequate cooling and consider duty cycle management to prevent overheating in this vacuum pump micro.
Q2: What factors significantly influence the service life of a mini dc vacuum pump?
A: The service life of a pump is primarily determined by three factors: the operating duty cycle, the cleanliness of the gas being pumped, and the ambient operating temperature. Continuous operation at or near the maximum specified pressure or in high-temperature environments can significantly accelerate wear on the diaphragm and motor brushes, thus reducing the lifespan. To maximize the life of your micro vacuum pump, ensure the gas is clean and dry, avoid prolonged continuous operation at peak load, and always operate the pump within the specified voltage and temperature ranges provided by the manufacturer. This preventative approach is key to long-term reliability.
Q3: Can this pump handle intermittent vs. continuous duty?
A: Yes, this pump is rated for >200 hours of continuous operation and performs reliably in intermittent cycles typical of consumer devices. For extended continuous use, ensure adequate thermal management and consider duty cycles to preserve the small vacuum pump's diaphragm and motor. The vacuum pump mini is suited for applications like vacuum packaging (intermittent) or long-term monitoring systems, provided voltage stability and inlet filtration are maintained.
