Plasma Cleaner
The 5L Plasma Cleaner is a versatile and adaptable device with a range of technical parameters designed to meet various plasma processing needs. Operating on an AC220V power supply, it maintains a total working current not exceeding 1.2A, excluding the vacuum pump. With a robust RF Power capability of 200W and precise radio frequency at 13.56MHz, with a frequency offset of less than 0.2Hz, it ensures efficient and controlled plasma processing. The cleaner features a characteristic impedance of 50 Ohms, with automatic matching capabilities for seamless operation. To maintain the appropriate vacuum conditions, it operates within a vacuum degree range of 30Pa to 100Pa. Gas flow is adjustable, ranging from 10 to 100ml/min, providing flexibility for various applications. Process control is achieved through MCU automatic and manual modes, allowing for precise and customizable operation. Cleaning time is highly adjustable, ranging from 1 to 6000 seconds, catering to specific processing needs. The power supply is adjustable from 10% to 100%, enabling fine-tuned control over the cleaning process. In terms of physical dimensions, the inside chamber measures 150mm by 270mm, accommodating various-sized objects. The cleaner's external dimensions are 480mm by 390mm by 350mm, with a weight of 45Kg, making it compact and manageable for a variety of settings. Efficient cooling is maintained through forced cooling mechanisms, ensuring that the vacuum chamber temperature remains below 65°C during operation. These specifications collectively make the 5L Plasma Cleaner a reliable and adaptable tool for a wide range of plasma processing applications. The applications of the 5L Plasma Cleaner are diverse, finding utility in several key industries. In the car industry, it is used for treating ignition coil engine oil seal films to enhance their performance and durability. In the defense industry, the cleaner plays a critical role in the preparation of aerospace electrical connectors, ensuring their reliability. It also aids in processing Kevlar materials, vital for defense applications. In the electronics industry, the plasma cleaner is employed for treating hard plastic components, improving their surface properties, and enhancing the quality of earphones and cell phone covers. In the medical sector, it contributes to the preparation of medical devices such as intravenous infusion equipment and catheters, ensuring their safety and effectiveness. Furthermore, the cleaner's applications extend to the textile, fiber, rubber, and plastic industries, where it helps modify and treat various materials, improving their properties and performance. In essence, the 5L Plasma Cleaner serves as a versatile and indispensable tool across these industries, addressing a wide range of processing requirements.
Product Description
The Plasma Cleaner offers a range of notable features that make it a versatile and environmentally friendly solution. Firstly, it employs advanced environmental technologies, functioning as a gas-solid coherent reactor without the need for water resources or chemical additives, ensuring minimal environmental pollution. Its wide adaptability is a significant advantage, as it can effectively process various substrate types, including metals, semiconductors, oxides, and a wide range of polymer materials. Moreover, it operates at low temperatures, closely approximating room temperature. This characteristic is particularly advantageous for polymer materials, as it extends retention time and enhances surface tension compared to traditional methods such as corona and flame treatment. The Plasma Cleaner is multifunctional, impacting only a shallow surface layer of polymer materials (ranging from 10 to 1000A). This enables it to preserve the material's inherent characteristics while imparting one or more new features. In terms of cost-effectiveness, the device is designed for simplicity, ease of operation, and maintenance. It can operate continuously, with the added benefit that a few bottles of gas can replace large quantities of cleaning fluids, reducing operational costs significantly. The entire process technology is controllable, with all parameters being adjustable via computer control and data recording capabilities. This feature ensures precision and repeatability in the cleaning process. Lastly, the Plasma Cleaner offers unlimited possibilities in terms of the geometry of treated objects. Whether the items are large or small, simple or complex, or consist of parts or textiles, this plasma cleaner can effectively process them all, making it a versatile tool for a wide range of applications across different industries. The Plasma Cleaner is equipped with a set of technical parameters designed to ensure its efficient and precise performance. It operates on an AC220V power supply, maintaining a total working current not exceeding 1.2A, excluding the vacuum pump, thereby conserving energy during operation. With a powerful RF Power capability of 200W and a stable radio frequency of 40KHz, with a minimal frequency offset of less than 0.2Hz, it guarantees reliable and controlled plasma processing. The cleaner features a characteristic impedance of 50 Ohms, with automatic matching capabilities that facilitate seamless operation. To maintain the requisite vacuum conditions, it operates within a vacuum degree range of 30Pa to 100Pa, ensuring optimal processing conditions. Gas flow is adjustable, ranging from 10 to 100ml/min, providing flexibility to accommodate a variety of applications. Process control is achieved through MCU automatic and manual modes, enabling precise and customizable operation. Cleaning time is highly adjustable, spanning from 1 to 6000 seconds, catering to specific processing requirements. The power supply is adjustable from 10% to 100%, allowing for fine-tuned control over the cleaning process. In terms of physical dimensions, the inside chamber measures 100mm by 270mm, making it suitable for a range of object sizes. The cleaner's external dimensions are 440mm by 390mm by 200mm, with a weight of 25Kg, making it compact and manageable for diverse operational settings. Efficient cooling is maintained through forced cooling mechanisms, ensuring that the vacuum chamber temperature remains below 65°C during operation. These specifications collectively position the Plasma Cleaner as a reliable and adaptable tool for a wide array of plasma processing applications.