Cell Instruments-Total Material Test Solutions for Packaging, Medical, Pharm,Adhesive, Texture, etc

  Material testing plays a crucial role in maintaining the quality and efficacy of omega 3 fish oil supplements. In this article, we explore how various testing methods, including hardness, rupture, and compression testing, contribute to ensuring the integrity, stability, and safety of these essential health products. Understanding Material Testing for Omega 3 Fish Oil Supplements Material testing encompasses a range of techniques aimed at evaluating the physical, chemical, and mechanical properties of raw materials, intermediate products, and finished supplements. For omega 3 fish oil supplements, material testing is essential to verify the quality of ingredients, assess product stability, and confirm compliance with regulatory standards. Key Testing Methods for Omega 3 Fish Oil Supplements Purity Testing: Purity testing involves analyzing the concentration of omega 3 fatty acids (EPA and DHA) in fish oil extracts. High-performance liquid chromatography (HPLC) and gas chromatogra...

In the dynamic landscape of material testing, where precision and reliability are paramount, Cell Instruments Co., Ltd. stands as a beacon of excellence. Specializing in a diverse range of material testing instruments, we cater to industries such as packaging, food, medical, pharmaceuticals, adhesives, beverages, cosmetics, textiles, plastics, electronics, and quality inspection agencies. At the forefront of our offerings are solutions tailored for syringe and needle manufacturers, ensuring compliance with stringent standards like ISO 7886-1, ISO 7886-2, ISO 7886-4, and ISO 7864. Advancing Technology for Syringe and Needle Testing In our pursuit of excellence, we continually refine our technology to meet the evolving needs of the industry. Our focus extends to enhancing the testing capabilities for syringes and needles, crucial components in medical and pharmaceutical applications. Through innovative design and meticulous engineering, we provide solutions that address key parameters o...

ASTM F1140 and ASTM F2054 are both standard test methods related to the integrity and strength of flexible barrier materials used in packaging. Here is a brief overview of each: ASTM F1140  - Standard Test Methods for Internal Pressurization Failure Resistance of Unrestrained Packages: This test method assesses the strength and integrity of the seal of flexible barrier materials such as pouches. The test measures the resistance of a package to rupture when pressurized internally. It is used to evaluate the package's overall strength and the performance of the seals when subjected to an internal pressure differential. There are two distinct methods under ASTM F1140: Method A , the restrained inflation method, where the package is inflated under restraint until a rupture occurs. Method B , the unrestrained inflation method, where the package is freely inflated with air until it bursts. ASTM F2054  - Standard Test Method for Burst Testing of Flexible Package Seals Using Internal ...

Explore the significance of gelatin capsule rupture testing in pharmaceutical development. Learn how the Cell Instruments DHT-02 Capsule and Softgel Hardness Tester enhance quality control by assessing the rupture characteristics for optimal drug delivery. Gelatin capsules are widely utilized in pharmaceutical formulations for their versatility and ease of administration. However, ensuring consistent rupture of these capsules and release of active pharmaceutical ingredients (APIs) is crucial for therapeutic efficacy. Gelatin capsule rupture testing, also known as disintegration testing, is instrumental in evaluating the performance of these dosage forms and confirming compliance with regulatory requirements for drug release profiles. The Cell Instruments CHT-01 Capsule and Softgel rupture tester offers advanced capabilities for assessing the rupture characteristics of gelatin capsules under simulated physiological conditions. By subjecting the capsules to controlled agitation and moni...