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The main applications of insoluble particle detector
Date: 2025-09-22Read: 12
Insoluble particle detector is a professional equipment used to detect insoluble particles in liquids, playing an important role in various fields such as medical, pharmaceutical, and industrial. The following is a detailed application of the insoluble particle detector:
1、 Medical and pharmaceutical fields
1. Injection testing: including large volume injections (large infusion), small volume injections (small injection), sterile powders, and freeze-dried powders. The insoluble particle analyzer using microscopic counting method can quickly analyze the particle contamination situation.
2. Biological agent analysis: For new biological products such as protein solutions, vaccines, mRNA, etc., microscopic counting method avoids the common interference problems in photoresist method and provides reliable results.
3. Complex dosage form detection: It can accurately identify insoluble particles in uneven systems such as liposomes, emulsions, and suspensions.
4. Special preparation testing: Provide particle control solutions that comply with pharmacopoeia for high value-added products such as ophthalmic injections and inhalation preparations.
5. Medical packaging material testing: suitable for particle contamination testing of disposable infusion equipment, pharmaceutical packaging materials, and other equipment.
2、 Industrial and other fields
1. Semiconductor manufacturing: used for wafer surface cleanliness testing, identifying particle contaminants above 0.1 μ m, and reducing chip defect rates.
2. Environmental monitoring: Real time monitoring of haze components, distinguishing types such as mineral dust and pollen; It can also be used for water quality testing to identify microplastics and algae particles in water bodies.
3. Materials Science: In the preparation and performance control research of nanomaterials, it is possible to accurately understand the size distribution and shape of nanomaterials, thereby optimizing the preparation process.
4. Petroleum and chemical industry: Real time monitoring of particulate pollution in the production process, helping enterprises take timely control measures to ensure product quality and safe production.
5. Research field: In the characterization and optimization of drug carriers, the drug loading capacity and release performance are evaluated by measuring the particle size and shape of drug carriers.
As an important tool for quality control, the insoluble particle detector technology is still constantly developing. With the progress of industries such as pharmaceuticals and semiconductors, the precision and efficiency requirements for particle detection will continue to increase, which will drive further innovation and improvement of detection instruments.
