PCB Surface Cleaning Machine SMM-450

The PCB Cleaning Machine is used to remove filth on the surface of PCB.

1. Innovative Design and Patent Features
The machine boasts an independent innovation patent design (Patent: 2017SR471774), making it the industry's first with an advanced contact cleaning system. The entire design of the machine also has independent intellectual property patents (Patent number: ZL201930178118.7), based on human body technology data. The brush device is uniquely designed to effectively clean larger dust particles, protecting the sticky rollers from abrasion. Furthermore, the function and effect of the entire machine have earned a national independent intellectual property patent (Patent number: ZL201821339678.2).
2. Advanced Control and Operation Systems
This machine uses a Panasonic PLC programmable control system and a SAMKOON touch screen, making it simple and easy to operate. The track width adjustment design features both manual and automatic modes for convenient and quick operation. Additionally, the machine has a fault detection function that displays fault IO points on the touch screen, providing clear and simple diagnostics for the user.
3. High-Quality Components for Stability and Precision
The transmission system features a ZD motor for stable performance, with the transmission import and export SENSOR selected from Panasonic and the limit SENSOR from OMRON, ensuring accurate and stable performance. Other key components include Japanese SMC cylinders for the brush, central support, and roller lifting functions, as well as Japanese THK ball screws and NSK bearings, which improve the accuracy and lifespan of the machine.
4. Efficient Dust and Static Control
The machine is equipped with a Keyence static eliminator at both the import and export stages to efficiently remove any static electricity from the PCB surface. Additionally, the dust collection device effectively collects dust particles generated during production, preventing contamination of the board surface and reducing the risk of machine failure. The brush cleaning method ensures that there are no large residues left on the PCB surface, while the sticky roller method removes tiny contaminants, ensuring the cleanliness of the PCB.
5. Energy Efficiency and Durability
The brush drive adopts a Lead stepping motor, offering high efficiency and energy savings. The power supply uses Taiwan Mingwei, known for its stability and durability, while the relay is sourced from Japanese OMRON for enhanced machine stability. With multiple working mode options available on the touch screen, the machine’s performance remains stable, ensuring reliable operation for various cleaning and maintenance needs.