JYBO CleanTech cleanliness inspection process fully adheres to international cleanliness standards, including VDA19, ISO16232, and other industry standards.
JYBO CleanTech cleanliness laboratory is capable of Class 1000 cleanroom operation, and its Class 100 operation chamber.
JYBO CleanTech cleanliness inspection process fully adheres to international cleanliness standards, including VDA19, ISO16232, and other industry standards.
JYBO CleanTech cleanliness laboratory is capable of Class 1000 cleanroom operation, and its Class 100 operation chamber.
Step 1: Parameters Setting:
Before starting the extraction process, different parameters must be set based on the specific parts being cleaned and the cleaning method.
Standard Startup Parameters:
Pressure Rinsing: Flow Rate, Time
Ultrasonic: Ultrasonic Frequency, Power Density, Time
Shaking Rinsing: Filling Volume, Amplitude, Frequency, Time
Air Blow: Pressure, Blowing Time
Step 2: Particle Extraction:
Different extraction methods can be used for different components, including pressure rinsing, internal rinsing, ultrasonic, shaking rinsing, and air blowing. During extraction, workers must wear the instrument's included rubber protective gloves and use different nozzle types according to pre-set parameters to thoroughly clean the parts manually. The ergonomic design allows workers to better clean components, ensuring that no contaminants remain in any corners.
Step 3: Particles Collection:
After the extraction is completed, the particles will flow through the three-stage filter membrane together with the cleaning agent to separate the liquid and the particulate matter, thereby achieving the purpose of particle collection.
Step 4: Membrane Drying:
Place the filter membrane in a glass baking container and place them together in a professional drying cabinet to accurately remove moisture from the filter membrane and trapped pollutants, ensuring accurate data during subsequent weighing or analysis and avoiding moisture interference with test results.
Step 5: Membrane Cooling:
After drying the membrane, the glass baking container containing the membrane needs to be placed in a professional cooling cabinet to cool the membrane to room temperature in a constant, clean environment to avoid interference from environmental factors and ensure the accuracy of subsequent weighing or analysis.
Step 6: Gravimetric analysis:
After the filter membrane is completely dried and cooled, it is placed on a professional analytical balance for weighing. The difference in weight before and after the filter membrane intercepts pollutants can be accurately measured, thereby quantitatively determining the total amount of pollutants in the sample.
Step 7: Particle Analysis:
Place the dried and cooled filter membrane in the filter membrane fixing fixture, use a microscope to perform analysis and scanning, automatically identify metal particles, non-metal particles, and fibers, and generate a cleanliness test report with one click.
CMOS-based, spark discharge, optical emission spectrometer
Multi-bases, full spectrum analysis for utmost elemental flexibility
Ultra-low limits of detection
Wavelength range:130nm-800nm, maximum 30+ elements
Long-term stability and repeatability
Excellent vertical optical emission spectroscopy
Vacuum gauge to monitor the vacuum status in real time
Ultra-low carbon, low nitrogen analysis
Small sample analysis applications
High-Performance Analyzers for Precise Material Testing
The fastest handheld XRF analyzer.
Ultimate on-site metal detection capability.
Grade identification in 1 second for any metal.
Full chemistry testing in 3-5 seconds for stainless steel and other alloys.
Full chemistry testing in 7-8 seconds for aluminium alloy.
Everywhere data & documentation.
The 4th Generation High Performance Metal Analyzer
CMOS-based, spark discharge, metal detection
Ultra-low limits of detection
High integration, reliability, stability
Lowing operating cost and easy maintenance
Vacuum optical chamber and low argon consumption
Argon jet technology to optimize small sample analysis
Standardized parameter modification
Maximum 30+ elements
High nitrogen (N) analysis 0.03-0.9%
The 4th Generation High Performance Metal Analyzer
CMOS-based, spark discharge, metal detection
Ultra-low limits of detection
High integration, reliability, stability
Lowing operating cost and easy maintenance
Vacuum optical chamber and low argon consumption
Argon jet technology to optimize small sample analysis
Standardized parameter modification
Maximum 30+ elements
High nitrogen (N) analysis 0.03-0.9%
Carbon: 0.00001%-10.0000% (can be expanded to 99.99999%)
Sulfur: 0.00001%-6.0000% (can be expanded to 99.99999%)
Complete function, easy to operate
Carbon monoxide device is converted into a carbon dioxide device
Better sealing and purification effect
High-precision pyroelectric infrared detector
Different electronic balances, same date interface
Intelligent self-diagnosis
It is used to store filter membranes and provide the function including cooling, moisture-proofing, mildew-proofing, and oxidation prevention, as well as effectively reducing humidity.
A vacuum desiccator is a sealed container used in the cleanliness testing laboratory to store or cool the filter membrane that need to be moisture-proof. Its core purpose is to provide a low-humidity environment for the filters inside to prevent them from absorbing moisture from the air and deteriorating, deliquescing, or affecting subsequent experiments.
Excellent long-term stability
Low operating cost,easy maintenance
High integration,reliability,stability
Flexible,reliable and safe on-site analysis
Carbon monoxide conversion
Automatic detection of solenoid valve
Full scale linear calibration
Key Applications:Mainly used in graphite,coal, coke,carburant,rubber,pyrite,coal gangue.
© Copyright © 2026 Wuxi Jinyibo Instrument Technology Co.,Ltd All Rights Reserved.
Sitemap | Xml | Privacy Policy |
苏ICP备18046951号-1
