Part washer machine
It is used for cleaning manufacturing parts such as automotive, electronic, or any other industrial parts as required. The design is divided into zones: spray cleaning with a water circulation system through the nozzle and flow through the removable and cleanable debris screen. Additionally thanks to, a water filtration system (filter) and oil skimmer used in the process of keeping the water clean, water recycling can be applied in the cleaning process. A washer with a hot water system can be designed with an electric heating system or a steam system. The system comes with a cleaning solution mixing system that can set the level of concentration as well as a blower that blows air back into the system to reduce the level of water loss.
Industrial parts washer can be designed and added some functions depending on working area and working process of customers
- The rotary indexing industrial parts washer is a form of washing that is run by only one person: putting parts in and out from the same side, one piece at a time.
- The continuous parts washer is a system of cleaning that requires two technicians: putting parts in and out from both sides of the machine in a continuous manner.
- Other part cleaning systems according to usage
29 Mar 2025
JET CLEANING MACHINE | Industrial Parts & Plastic Basket Washing System | High-Pressure Deep Cleaning
7 Dec 2024
Leak testing is a critical process in verifying the integrity of closed systems, such as pipelines, containers, or vacuum systems. It ensures that there are no leaks of liquids or gases, which could potentially damage equipment or the environment. One commonly used method is measuring the flow rate using an air flow tester.How Air Flow Testers Work The operating principle of an air flow tester is quite simple: it compares the amount of fluid entering and exiting a system. If there is a leak, the outgoing volume will undoubtedly be greater than the incoming volume. The device continuously measures the flow rate of the fluid and will trigger an alarm if it detects a difference exceeding a preset threshold.Detailed Testing Process1. System Preparation: Ensure that the system to be tested is ready, such as closing all valves and verifying the tightness of all connections.2. Creating Pressure or Vacuum: Depending on the system type, it may require filling the system with a liquid or gas to create pressure, or evacuating air to create a vacuum.3. Connecting the Air Flow Tester: Connect the air flow tester to the specific point to be inspected. Typically, it connects to a pipe or valve designed for testing.4. Setting Parameters: Define various parameters of the device, such as units of measurement, sampling rate, and alarm thresholds.5. Starting the Test: Press the start button, and the device will immediately begin measuring the fluid flow rate.6. Analyzing Results: Examine the displayed measurement results. If a leak is detected, the device will display abnormal values or trigger an alarm.Types of Air Flow Testers and Measurement Principles Volumetric Air Flow Testers: Measure the volume of fluid passing through over a specific period, such as liters per minute (L/min) or cubic feet per minute (CFM). Velocity Air Flow Testers: Measure the speed of the fluid passing through, such as meters per second (m/s) or feet per second (ft/s). Pressure Air Flow Testers: Measure the pressure difference before and after the suspected leak point.Examples of Applications Automotive Industry: Used to check the tightness of vehicle cooling systems. Food and Beverage Industry: Used to verify the tightness of packaging. Medical Industry: Used to check the tightness of vacuum systems in medical equipment. Petrochemical Industry: Used to inspect the tightness of gas pipelines.Advantages of Using Air Flow Testers Rapid and Accurate Leak Detection: Can detect even small leaks. Easy to Use: Most devices have user-friendly interfaces. Cost Reduction: Helps reduce repair and maintenance costs. Improved Efficiency: Enables systems to operate efficiently and safely.Conclusion Leak testing using air flow testers is a crucial tool for verifying the integrity of closed systems. Choosing the right air flow tester depends on the type of fluid, system size, and required accuracy. Regular maintenance of the device ensures optimal performance and longevity.
