Cleaning before spraying - computer casing

NegotiableUpdate on 05/13

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Nature of the Manufacturer: Producers

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Overview

Cleaning before spraying - Computer casing. Due to the involvement of injection molding, coating, and curing processes during the production process, the surface of the computer casing is prone to burrs, flying edges, or foreign object adhesion after product molding. Moreover, during the loading, unloading, and transportation processes, the surface of the product may accumulate or adsorb dust particles or dropped foreign objects from operations. If surface cleaning is not carried out, the product will eventually be used inside equipment that requires sealing, causing internal quality problems. All dust and foreign objects larger than the standard on the surface of the product are considered waste!

Product Details

Cleaning before spraying - computer casingThe contour and size of computer cases required for different devices vary, and regardless of the size or contour of the computer case, it is difficult or time-consuming to clean manually. However, if not cleaned, it can also cause a large proportion of defective products. All high-efficiency and high-performance cleaning systems are particularly important!
Goler Electromechanical, a cleaning expert in the production process, provides cleaning solutions for various production process products. Compared with traditional nozzles, fans, or air to air cleaning, it provides non-contact equipment with better efficiency and higher cleaning effects.
Model: MFC-L2
Features:
Non contact whirlwind electrostatic cleaning	Multiple working modes to choose from	compact structure
Maintenance free or minimal maintenance required	Can clean individual parts or parts on multiple trays

Cleaning before spraying - Working principle of computer casing:
The equipment can set the product to be placed on one side and received on the other. During the conveying process, the core cyclone electrostatic cleaning system of the equipment blows and cleans the product; You can also put the material into the cleaning system and be cleaned by the cyclone static electricity before returning
The core of the device is the cyclone electrostatic cleaning module in the middle, combined with a matching high flow vacuum cleaner. The cleaning process is dynamic, and the product moves while cleaning! When the product enters the cleaning area, the front end static rod first neutralizes the static electricity on the surface of the product to eliminate the static electricity value on the surface. Then, the rotating nozzle in the middle generates pulsating rotating blowing airflow when compressed air is introduced, which lifts the dust and foreign objects on the surface of the product. The entire cleaning area is a module that is sealed as much as possible, and the module is connected to the suction port of the vacuum cleaner with a suction pipe. The module has a certain negative pressure suction, and the swirling airflow blown out by the rotating nozzle carries away dust, fibers, and foreign objects on the surface of the product. Realize blowing and cleaning without secondary pollution
The product continues to move, and the static rod eliminates static electricity on the surface again, making the surface static electricity of the product lower. After coming out of the cleaning equipment, it is not easy for static electricity to adsorb dust fibers in the space
Performance and parameters (detailed information to be provided by phone or email):
Gas consumption: 1.6m * 3/min, precise control can reduce gas consumption
Power consumption: Max. 3.2KW
Production efficiency:>2000 pieces/hour
Cleaning performance: Complies with VDA cleaning standards, controlling the product failure rate at 1%