Negative pressure quantitative airtightness tester is a device used to test the airtightness of packaging bags or containers. This type of tester usually uses the negative pressure method, which involves extracting gas from the packaging through vacuum pumping, and then observing whether the packaging can maintain a certain negative pressure state to determine its airtightness.
DMD-FD10020 Negative Pressure Quantitative Airtightness Tester
独自開発のOSシステムにより、合理的なインターフェースとシンプルな操作性を実現
32ビットプロセッサをベース, ある 24 ビットA/Dコンバータ, AIアルゴリズムのテスト速度への高速応答
自動環境ドリフト補正を備えたオリジナルの輸入圧力センサーチップ
オリジナル輸入SMC精密圧力調整バルブと高感度センサー, 高精度のテストデータを備えた
強力なIoT機能を搭載, 遠隔管理が可能
バーコードスキャンとMESデータの対話型アップロードをサポート, 歴史的記録と印刷のトレーサビリティを備えた
カスタマイズ可能なマルチチャンネル, 省力化と生産能力の向上
The negative pressure quantitative airtightness tester usually consists of the following parts:
Vacuum pump: used to generate negative pressure and extract gas from the packaging.
Pressure sensor: used to monitor pressure changes inside the packaging.
Flowmeter: used to measure the gas flow rate inside the packaging.
Control panel: used to set testing parameters and control the testing process.
The negative pressure quantitative airtightness tester has the following advantages:
High precision: able to accurately detect small leaks in packaging.
Fast speed: able to quickly complete airtightness testing.
High reliability: able to repeat multiple tests to ensure the reliability of the results.
High degree of automation: able to automatically complete the testing process, reducing human error.