Transistor Multi-Tank Ultrasonic Cleaner — VGT Ultrasonic Cleaner

Transistor Multi-Tank Ultrasonic Cleaner---Vigoot Ultrasonic Cleaner

Introduction to the Transistor Multi-Tank Ultrasonic Cleaner

A transistor is a solid-state semiconductor device, broadly referring to any single component based on semiconductor materials, commonly used in amplifiers or electrically controlled switches. Transistors are the fundamental building blocks for operating computers, mobile phones, and all other modern electronic circuits.

Due to their fast response and high accuracy, transistors can be used for a wide variety of digital and analog functions, including amplification, switching, voltage regulation, signal modulation, and oscillators. Transistors can be individually packaged or integrated into a very small area, accommodating hundreds of millions or more as part of an integrated circuit.

Transistors are one of the most critical components in modern electrical appliances. Their widespread use is made possible by their ability to be mass-produced at extremely low unit costs.

The transistor multi-tank ultrasonic cleaner features an all-stainless steel structure, combining aesthetics with durability. It uses alkaline or mild water-based solvents as cleaning agents and adopts an integrated design for the cleaning and control sections, making it easy to use and maintain.

Features and Advantages of the Transistor Multi-Tank Ultrasonic Cleaner

Imported Materials: The外壳 is made of SUS304 stainless steel sand rubber plate, and the tank body uses SUS304 stainless steel material, resistant to acids and alkalis. It also employs imported American adhesive and unique bonding techniques to ensure long-term operation under water temperatures of up to 100°C. The machine uses industrial-grade thickened power cords that are heat-resistant and softening-resistant, ensuring safe and reliable operation.

Temperature Control: The ultrasonic cleaner is equipped with an automatic temperature control heating device, with a temperature range of 30–110°C, allowing adjustable usage temperatures.

Strong Cleaning Effect: Utilizes imported high-quality high-power transducers and a unique ultrasonic generator, delivering powerful ultrasonic waves that effectively clean hard-to-reach areas of parts without causing damage.

Easy Cleaning and Maintenance: The unit features an integrated generator and tank structure with high-frequency socket connections, making it convenient to use, clean, and maintain.

Low Noise: Equipped with a cushioned SUS304 material noise-reducing cover, reducing operational noise.

Compatible with Solvents: Can use non-flammable organic solvents as cleaning fluids, offering convenience and efficiency while maximizing the cleaner's applicability.

High Flexibility: Users can choose between bottom or side vibration based on specific requirements.

Liquid Level Control System: Built-in liquid level control system effectively prevents cleaning interruptions due to insufficient cleaning agent by issuing an alarm when levels are low, ensuring smooth operation.

Rapid Drying System: Built-in drying system quickly dries cleaned parts, saving time and improving efficiency. Parts can be used immediately after removal.

Usage Precautions for the Transistor Multi-Tank Ultrasonic Cleaner:

1. When using the multi-tank ultrasonic cleaner, ensure to select a清洗篮 with appropriately sized mesh. It is recommended to use stainless steel清洗篮 and avoid plastic baskets to prevent static electricity.

2. Typically, each cleaning cycle should last three to five minutes. Adjust the cleaning time based on actual conditions. If parts are prone to overlapping or sticking, gently shake the workpiece when placing or removing it from the tank to ensure full contact with the cleaning agent for improved effectiveness.

3. When cleaning workpieces, avoid overfilling the tank to prevent mixing of cleaning agents between tanks and residue accumulation at the bottom of the清洗篮 during draining. Additionally, each tank of the multi-tank ultrasonic cleaner should operate independently. Do not mix cleaning agents between tanks, skip steps, or reduce cleaning time.