About PENETROMETER FOR CHECKING PENETRABILITY
Applications:
Automatic Penetration Force Tester is unique instrument for Penetrability testing with good stability, wide application and convenient usage with function of step less speed adjusting, uniform motion, converting mode between manual and automatic operation. It is used for various applications such as Puncture OR Piercing force of Syringe or hypodermic needle in Rubber stopper, Piercing Force, Penetration test, Measuring Strength of Glass Ampules as well as Scientific Research Institute and many more.
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The Price mentioned here are subject to change as per the capacity,specifications and application of the user.
Advanced Penetrability Testing for Diverse ApplicationsThis Penetrometer is engineered for versatility, catering to the testing needs of paper, packaging, and medical device industries. It facilitates accurate measurement of puncture or piercing force in hypodermic needles, rubber stoppers, and glass ampules, supporting research institutions and production quality control alike. The precision test speed adjustment enables tailored testing across various materials and standards, ensuring consistent data for demanding applications.
Efficient Use and Reliable PerformanceDesigned for straightforward operation, the device operates on standard 220/230 Volt power and minimal wattage (50/60 W). Its spacious test area (400 x 400 mm base) accommodates samples securely, while the maximum test speed of 200 mm/min allows quick yet accurate analysis. The solid build ensures stable, repeatable testing and enhances the reliability of the results, making it ideal for both routine and specialized investigations.
FAQs of PENETROMETER FOR CHECKING PENETRABILITY:
Q: How does the Penetrometer for checking penetrability operate for various applications?
A: The Penetrometer functions by applying controlled force at adjustable speeds (0 to 200 mm/min) to test the resistance or penetration of materials such as paper, packaging, rubber stoppers, and glass ampules. Its versatility allows it to measure puncture and piercing force, penetration resistance, and material strength in a research or industrial setting.
Q: What types of tests can be performed with this Penetrometer?
A: You can perform puncture and penetration tests, measure the piercing force of hypodermic needles in rubber stoppers, assess the strength of glass ampules, and conduct various penetration-related experiments as required in scientific research, quality control, and packaging industries.
Q: When is the Penetrometer typically used in paper and packaging testing?
A: The device is used during product development, quality assurance, and routine laboratory analyses to ensure that materials meet necessary puncture resistance and penetration strength standards. Its use is prevalent when determining the suitability of packaging for specific applications or during scientific investigations of material properties.
Q: Where can this Penetrometer be installed and operated?
A: This machine can be installed in research laboratories, quality assurance departments, packaging manufacturing facilities, and scientific research institutes. Its dimensions and standard power requirements make it suitable for use in a variety of professional environments.
Q: What is the process for conducting a penetration test using this equipment?
A: To conduct a test, the operator places the sample on the machines test area, sets the required test speed and force parameters, and initiates the penetration cycle. The device records and displays the force applied and the penetration characteristics, allowing accurate evaluation of the samples resistance.
Q: How does using this Penetrometer benefit manufacturers or researchers?
A: This Penetrometer provides reliable, precise, and repeatable results, enabling manufacturers and researchers to maintain high standards of material performance, identify suitable packaging options, and comply with industry regulations. Its robust design and adjustable settings ensure optimal utility across diverse testing scenarios.