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{"title":"Industrial Cleaning And Drying Equipment For Metalware With Comprehensive","imgUrl":"https:\/\/img.silkroadsl.com\/nimg\/20\/31\/74841545dbe2c8c956975176ba97-200x200-1\/industrial_cleaning_and_drying_equipment_for_metalware_with_comprehensive_functions.jpg","attrs":{"Brand Name":"Starpower","Model Number":"XTA - 60\u2162","Certification":"ISO9004, ISO9001","Place of Origin":"China"}}
Advanced automation technology cleaning and drying equipment production line
Working process:
Loading → Aerated pickling and rust removal → Ultrasonic chemical cleaning → Ultrasonic chemical cleaning → Ultrasonic water cleaning → Ultrasonic water cleaning + dehydration → Hot air drying → Hot air drying → Unloading.
Methods for automating the production line of cleaning and drying equipment: 1. Hardware upgrade Adopting an advanced conveying system: Install intelligent conveyor belts or roller conveyors. These devices can automatically adjust speed and conveying direction according to production needs. For example, using conveyor belts with sensors can detect the position and weight of items, automatically adjust the conveying force, ensure smooth conveyance of items, and reduce uneven cleaning and drying caused by unstable conveyance. Consider introducing a robotic handling system to achieve precise handling and positioning of items. For example, in the automotive manufacturing industry, robots can quickly and accurately transfer automotive parts from one workstation to another, improving production efficiency and accuracy. Optimizing cleaning equipment: Select high-performance high-pressure water jet equipment to improve the control accuracy of water pressure and flow. For example, adopting advanced frequency conversion technology can automatically adjust water pressure according to the degree of dirt on items, ensuring cleaning effect while saving energy. Upgrade ultrasonic cleaning equipment by adding ultrasonic power and frequency adjustment functions. For items of different materials and shapes, ultrasonic parameters can be adjusted according to their characteristics to achieve the best cleaning effect. For example, for precision electronic components, lower frequency and power ultrasonic can be used to avoid damage to components; while for large metal parts, higher frequency and power ultrasonic can be used to improve cleaning efficiency. Install an automated chemical cleaning agent addition system to automatically add an appropriate amount of cleaning agent based on real-time monitoring data during the cleaning process. This can ensure that the concentration of the cleaning agent always remains within the optimal range, improving cleaning effect while reducing waste of cleaning agent. Consider introducing dry ice cleaning equipment to achieve non-destructive cleaning by utilizing the low temperature and instant sublimation characteristics of dry ice. Dry ice cleaning equipment can automatically control the spraying speed and quantity of dry ice particles to adapt to the cleaning needs of different items. Improving drying equipment: Select high-efficiency hot air blowers to improve the control accuracy of hot air temperature and wind speed. For example, using advanced temperature sensors and wind speed sensors can monitor the temperature and wind speed of hot air in real time and adjust it through an automatic control system to ensure that items are dried under the best drying conditions. Install vacuum drying equipment to improve the control accuracy of vacuum degree and drying speed. For items with high drying requirements and easy oxidation, vacuum drying equipment can be used to achieve rapid drying while avoiding item oxidation by precisely controlling the vacuum degree and drying time. Consider introducing infrared drying equipment to utilize the rapid heating characteristic of infrared rays to shorten drying time. Infrared drying equipment can automatically adjust the infrared power and irradiation time according to the material and thickness of items to improve drying efficiency. Adding sensors and monitoring equipment: Install sensors such as temperature sensors, humidity sensors, and pressure sensors at various key positions on the production line to monitor various parameters in the production process in real time. These sensors can transmit the monitored data to the central control system so that production parameters can be adjusted in time to ensure stable operation of the production line. Install a camera monitoring system to monitor the operation of the production line in real time. Operators can discover problems in the production process in time through the monitoring screen and take corresponding measures for handling. For example, when it is found that items are blocked or deviated during conveyance, the conveying equipment can be adjusted in time to avoid affecting production progress.
2. Software optimization Developing an intelligent control system: Design an advanced automated control system to achieve comprehensive control of the production line. This system can automatically control the operation of various links such as conveying equipment, cleaning equipment, and drying equipment according to preset production processes and parameters to ensure efficient and stable operation of the production line. Use programmable logic controllers (PLCs) or industrial computers as the control core to achieve automated control of the production line through programming. Operators can monitor and operate the production line through the human-machine interface (HMI), conveniently and quickly adjusting production parameters and viewing production status. Establish a database to record various data during the production process, such as cleaning time, temperature, pressure, etc., for data analysis and optimization. Through analysis of historical data, problems and bottlenecks in the production process can be found, and corresponding measures can be taken to improve the automation degree and production efficiency of the production line. Realizing remote monitoring and management: Utilize internet technology to achieve remote monitoring and management of the production line. Operators can view the operation status of the production line at any time and anywhere through mobile devices such as mobile phones and tablets, and handle problems in the production process in time. Develop remote diagnosis and maintenance functions. When a fault occurs in the production line, technicians can diagnose and repair the equipment through remote connection, shortening the fault elimination time and improving the reliability and stability of the production line. Optimizing the production process: Conduct in-depth analysis of the production process of the cleaning and drying equipment production line to find out the links that can be optimized. For example, by reasonably arranging the sequence of cleaning and drying, production efficiency and cleaning effect can be improved. Adopt parallel production mode to carry out the cleaning and drying processes simultaneously and shorten the production cycle. For example, in some large production lines, multiple cleaning and drying workstations can be set up to clean and dry different items simultaneously, improving production efficiency. Introduce automated detection equipment to conduct quality inspection on items after cleaning and drying. The detection equipment can automatically judge whether items meet quality standards. If not, they will be automatically removed to ensure product quality.
Equipment Parameters:
Tank Body Structure
Internal effective size
Inner tank size: L2600×W1400×H500mm Approximate overall size: L2850W1650H750mm (subject to the actual size)
Heating method
Electric heating 12KW
Material
The inner tank adopts "SUS304" 2.5mm Zhangjiagang Posco stainless steel plate. The non-radiating surface adopts SUS304 T = 2.0mm, and the outer door panel adopts 1.0mm stainless steel.
Outer frame of the cleaning tank
It is fabricated by welding stainless steel 40401.5 square tubes, with a sturdy and durable structure.
Structure
The ultrasonic transducers are adhered to the bottom of the tank (bottom vibration type), and four corner wheels are configured at the bottom.
Ultrasonic transducer
Adopt imported wafer transducers of "HESEN" brand and imported bonding technology. The total number of ultrasonic transducers is 200, with a frequency of 28KHZ and 60W each.
Total ultrasonic power
12KW
Time control
It is built-in in the generator and the time is adjustable from 0 to 999 minutes.
Power supply system
Ultrasonic generator
The generator adopts 4 sets of internationally leading IGBT modules and power tubes for control to ensure strong and stable output power. Xiantai's unique sweeping frequency technology ensures no dead corners in cleaning. It has functions such as continuously adjustable power, sweeping frequency, timing adjustment, start/stop, etc.
Component part
All are imported high-quality components.
Other
Configure a dedicated control box rack. There are two independent generators placed on the control box rack. The ultrasonic power cord is 3 meters long.
After-sales服务sevre
Transport
The equipment is warranted for one year and maintained for life.
Company Details
Bronze Gleitlager
,
Bronze Sleeve Bushings
and
Graphite Plugged Bushings
from Quality China Factory
Business Type:
Manufacturer,Distributor/Wholesaler
Year Established:
2007
Total Annual:
50000000-55000000
Employee Number:
200~250
Ecer Certification：
Verified Supplier
Founded in 1966, Foshan Star Power Intelligent Machinery Company Ltd., being formerly affiliated to the Department of Machinery of Guangdong Province,is a manufacturer with the experience in the manufacturing of the turning lathe and general mechanical equipment for more than 50 years.In the ... Founded in 1966, Foshan Star Power Intelligent Machinery Company Ltd., being formerly affiliated to the Department of Machinery of Guangdong Province,is a manufacturer with the experience in the manufacturing of the turning lathe and general mechanical equipment for more than 50 years.In the ...
