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Ultrasonic Oscillating Nebulizer Tablet Medical Inhalable Mesh Nebulizer Tablet 20-105k Ultrasonic transducer wafer disperser is a high-performance nebulizer device component designed for the medical field, capable of efficiently nebulizing medicinal liquids into tiny particles. The device adopts ultrasonic technology with an operating frequency range of 110kHz±10, which vibrates the diaphragm through high-frequency oscillation of the piezoelectric sheet, converting the liquid into foggy aerosol particles, whose main features are low power and large fog volume, capable of producing atomized particles with a particle size of less than 5μm, and these fine particles account for more than 60% of the atomized volume, which helps the drug be inhaled into the lungs more efficiently. The nebulization volume is adjustable, and the particle size can be precisely adjusted as needed to meet different therapeutic needs. With compact design, low noise, and easy operation, this product is widely used in the treatment of respiratory diseases, such as asthma, COPD, etc. It can improve the efficiency of drug inhalation and enhance the therapeutic effect. Its highly efficient atomization capacity and adjustable particle size give it an important advantage in clinical applications.
| Model Number Size/Frequency/Model |
Diameter*Inner Diameter*Thickness | Electrical Parameter | Process Parameter | |||||||||||
| Stainless Steel Sheets304/316 | Piezoelectric Ceramics | Bump Specification | Resonant Frequency | Resonant Resistor | Electrostatic Capacitance | Usage Voltage |
Usage Power |
Aperture | Number OF Punched Holes ( about ) |
Perforated Area | Atomization Volume | Price Of Item | Categorization | |
| (mm) | (mm) | （KHz） | (Ω) | (pf)±20% | DC（V） | W | (µm) | (PCS) | Φ | (ml/min) | ＄ | |||
| 20-105KSDC260P5.0 | Φ20*0.05 | Φ16*Φ7.8*0.6 | Cylindrical / Convex | 110±5K | ≤100 | 3000 | 3.0-24V | 2.0±0.5 | 3 | 2600 | 5.5 ± 1.0 | 0.35 | 2.8 | Medical Mesh Micro Mesh Nebulizer Tablets |
Medical Mesh Nebulizer Tablets are precision components used in medical devices to convert medications or solutions into tiny aerosol particles for the treatment of various respiratory disorders such as asthma, and chronic obstructive pulmonary disease (COPD), etc. by inhalation.
The design and material selection of the nebulizer sheet is critical to ensure effective drug delivery and patient comfort.
The stainless diaphragm sheet is punched with thousands of tiny 2-3μm mesh holes in the steel sheet through laser drilling technology in a precision laser process, and then it is tightly bonded with the piezoelectric ceramic round sheet, which converts the resonant frequency of the piezoelectric sheet into high-frequency vibration energy through the output signal of the PCB driver board, and rapidly breaks down the liquid medication into fine aerosol particles. These droplets are also called median particle size, when the median particle size D50 percentage reaches >60% or more, the particles will be small enough to be able to reach deep into the lungs to the surface of the alveoli with breathing, thus improving the absorption efficiency of the medication and the therapeutic effect. Medical Mesh micro mesh nebulizer sheet mainly has several forms exist, stainless steel micro mesh nebulizer sheet, nickel palladium medical nebulizer sheet, PI polymer medical nebulizer sheet, and so on. All of the above are through the piezoelectric ceramic vibration energy conversion to achieve the atomization effect.
In 2012, at the request of Shanghai Modern Pharmaceutical Company, our company took the lead in launching the research of nebulized drugs with medical micro-net <5μm D50 percentage greater than 50%, which became the new star of medical micro-net nebulized tablets industry. After more than ten years of continuous development and accumulation, and continuous improvement of laser equipment and perforation technology, we have finally made the median particle MMAD <3 μm, D50 volume distribution ratio of >75% to become a daily mass-production product, <3 μm volume distribution of more than 90%, and the stability is high, the nebulization and the output of the particles is smooth and reliable. 2020 breakthrough in the medical MMAD: 2.5 μm of the technical bottleneck and lock the 2.5 μm of the technology. In 2020, we will break through the bottleneck of medical MMAD: 2.5 μm technology and lock 2.5 μm into mass production and have the industry-leading laser photolithography mesh atomization sheet technology.
The company has a strong technical team, professional and good production process control procedures, and a strict quality control system to ensure the quality control of the product production process, which can be required by the customer atomization rate and median particles have very good control ability, to provide customers with small particles of large atomization amount of high-quality products and stable and reliable performance. 2.5 ~ 3.0um medical Meesh atomizer sheet project and domestic and foreign A number of well-known enterprises become partners. Such as Yuyue, Xi'en, Buchele, coffee, and other well-known brands in China, Europe, and the United States. Japan, Korea, France, Australia, Italy, Argentina, and other extensive customer groups.
Our 16mm medical Mesh nebulizer tablets, through the U.S. FDA certification, the company's production of medical inhalable piezoelectric nebulizer series of products have passed the strict export standards and various certifications:
Our medical inhalable piezoelectric nebulizer series products have passed strict export standards and certificates, such as the latest 223 certificates of REACH of EU, CP65 of California, and ROHS reports.
Our company has passed GB/T 19001-2016/ISO9001:2015 quality management system certification, registration number: 054721Q00604R0S.
Passed GB/T24001-2016/ISO 14001:2015 Environmental Management System Certification, Certificate No. : 38523EDH64FR0S Passed BG/T45001-2020/ISO 45001:2018 Occupational Health and Safety Management System Certification, Certificate No.: 38523S26LOJROS, has several invention patents and Utility model patents.
