Impact resistance is a critical factor in ensuring product safety, durability, and performance across various industries. A ball drop tester provides a straightforward yet highly effective method to evaluate how materials and finished products respond to sudden mechanical impacts. By dropping a standard steel ball from a controlled height onto the test specimen, manufacturers can quickly assess the strength, toughness, and reliability of packaging materials, coatings, plastics, and more. At Cell Instruments, we specialize in developing precision ball drop testers designed to meet international standards and diverse testing needs. ASTM D2794 Impact Tester: Ensuring Coating Performance The ASTM D2794 impact tester standard is widely applied for evaluating the impact resistance […]

Understanding Rub Resistance and Its Importance Rub resistance refers to the ability of printed materials to withstand abrasion during handling, shipping, and usage. Poor rub resistance can lead to fading, smudging, or loss of critical printed information, directly impacting product quality and brand integrity. In industries like food, pharmaceuticals, and consumer electronics, preserving print quality is essential. Rub resistance becomes especially critical for high-end packaging, including labels with holographic printed layers, where even minor surface damage can compromise visual appeal or legibility. To help quality professionals and manufacturers ensure product performance, standards such as ASTM D5264 and TAPPI T830 provide structured methods for evaluating rub resistance under controlled conditions. Rub

Enhancing Packaging Quality with Stiffness Testing Equipment In today’s manufacturing and logistics environments, stiffness testing equipment plays a critical role in evaluating material rigidity and performance. Whether in the packaging sector, the courier industry, or the medical and food industries, understanding a material’s stiffness ensures that it meets required strength, durability, and handling standards. With increasing pressure on packaging materials to be lightweight yet strong, testing paper strength is more crucial than ever. Accurate stiffness testing not only ensures compliance with international standards like ISO 5628 and TAPPI T556 but also enhances overall product reliability, efficiency, and consumer experience. Applications and Benefits of Stiffness Testing Equipment Modern stiffness testing equipment

ISO 5628 Guide with Bending Stiffness Testing Machine Insights The bending stiffness test is a critical material property evaluation method used across industries including packaging, medical devices, pharmaceuticals, textiles, and paperboard production. This test measures a material’s resistance to bending and provides insights into its rigidity, flexibility, and structural performance. ISO 5628:2019 outlines standardized principles for executing such tests using two-point, three-point, or four-point bending methods. To ensure accurate results, manufacturers and quality control professionals must follow the correct procedures, use compliant equipment, and understand how variables like material thickness, modulus of elasticity, and support conditions affect results. This article guides you through the proper execution of the bending stiffness

Introduction: Why a Tablet Hardness Tester Is Essential In the pharmaceutical industry, ensuring consistent tablet quality is critical for patient safety and regulatory compliance. A tablet hardness tester plays a central role in this process by measuring the mechanical integrity of solid oral dosage forms. This test allows manufacturers to confirm that tablets can endure mechanical stresses during manufacturing, transportation, and use without compromising their performance. Cell Instruments provides advanced testing solutions, including the MPT-02 Tablet Hardness Tester, designed for high-precision, efficient testing in both R&D and quality control environments. Understanding Tablet Hardness Test and Related Measurements Evaluating tablet hardness is more than just applying pressure until a tablet breaks.

Introduction to ISO 9187-1 for Ampoules ISO 9187 is a critical international standard that specifies the technical and performance requirements for glass ampoules used in medical injectables. The standard ensures that ampoules are safe, reliable, and suitable for containing sterile pharmaceutical products. It primarily applies to ampoules made of glass and focuses on key properties such as hydrolytic resistance, annealing quality, and the breaking force required to open the ampoule cleanly and safely. In medical and pharmaceutical settings, ampoules must maintain sterility while being easy to open without causing glass shards or user injury. Hence, accurate breaking force measurement for glass ampoules is essential, and ISO 9187-1 provides the precise

How to Test Compression Strength: A Practical Guide to Ensuring Packaging Integrity and Durability In modern packaging design, understanding how to test compression strength is essential for product protection, supply chain reliability, and regulatory compliance. Whether dealing with infusion bags, plastic packaging, or medical containers, ensuring that packaging can withstand external pressure is a key component of functional safety and product integrity. At Cell Instruments Co., Ltd., we specialize in high-precision, standard-compliant equipment that enables packaging engineers and quality professionals to carry out reliable compression tests. This article outlines how compression strength testing works, how it ensures packaging integrity, and how the right instrumentation makes all the difference. Why Compression

Syringeability Test Syringe Functionality Testing Item The syringeability test is an essential quality assurance method used to evaluate the ease and consistency with which a syringe delivers its contents. In pharmaceutical, medical device, and packaging industries, this test plays a crucial role in verifying the safety, effectiveness, and user-friendliness of syringes and injectables. It is especially significant in ensuring that syringes meet regulatory and functional standards for clinical use. At Cell Instruments Co., Ltd., we specialize in developing advanced testing equipment, including our MST-01 Medical Syringe Tester, to support manufacturers and quality control professionals in accurately conducting syringeability and related tests. Understanding Syringeability and Injectability The terms syringeability and injectability

リークテスト装置USP 1207 パッケージの完全性評価パッケージの世界、特に医薬品、食品、医療機器業界では、製品容器の完全性を維持することが最も重要です。リークテスト装置は、パッケージが厳格な品質基準と規制要件を満たしていることを確認するために使用される重要なツールです。見積もりを取得リークテスト装置とは？リークテスト装置は、パッケージ、容器、その他の密封された製品の漏れや完全性の侵害を検出するために使用される特殊な装置です。これらの装置は、密封されたアイテムに圧力、真空、またはガス媒体を適用し、圧力の損失やガスの存在を測定することによって機能します。

ソフトゼラチンカプセルの破裂試験 – 品質と製品の完全性を確保 ソフトゼラチンカプセルは、有効成分を効率的に送達できるため、製薬業界や栄養補助食品業界で広く使用されています。これらのカプセルが実際の条件下で完全性を維持していることを確認するために、メーカーはさまざまなテストに依存しています。最も重要なテストの1つは、ソフトゼラチンカプセルの破裂テストです。このテストは、カプセルの強度と破損に対する耐性を確認するのに役立ちます。このテストは、カプセルが摂取時に効果的に機能し、早期に破損しないことを保証する上で重要な役割を果たします。 ソフトゼラチンカプセルの破裂テストの重要性 ソフトゼラチンカプセルは繊細であり、