The OP-MX2EMX-IC/OP-MX250-IC is an Interlocking Shield Option designed for motorized test stands that ensures operator safety by safeguarding against sample debris. This system includes an electrical interlock feature that halts the test stand when the access door is opened, creating a secure testing environment. To ensure compatibility with the MX2 series, the (-CN option) is required, providing a concise and efficient solution that enhances safety and operational efficiency.
This product is highly effective in preventing sample debris during testing procedures, enabling a clean and controlled testing environment. It is particularly advantageous for applications such as glass destructive tests, where debris management is critical.
The product offers reliable protection against potential hazards, designed specifically to enhance safety during various testing processes. It covers the entire testing part, protecting operators from the dangers associated with sample debris. Additionally, the test stand automatically stops when the door is open, minimizing the risk of operator injury by preventing contact with moving parts.
Glass destructive test-
Glass Destructive Testing necessitates a high level of precision and a tightly regulated testing environment. This technique is particularly useful in scenarios where the testing process’s integrity is critical, such as glass destructive testing. The interlocking shield plays a crucial role in maintaining a debris-free environment. By covering the entire testing part, it acts as a protective barrier, guarding against potential hazards associated with sample debris.
The 3-point bending strength test for fine ceramics adheres to the JIS R1601 (2008) standards, aiming to evaluate the flexural strength at room temperature. To ensure accurate measurements and compliance with JIS requirements, a specialized jig with adjustable external fulcrums is utilized. This test is crucial for maintaining quality control, as it assesses the bending strength of fine ceramics and detects variations that may arise from minor imperfections during the manufacturing process, such as scratches or foreign substances. By employing this meticulous testing process, the industry can ensure that only high-quality products enter the market, providing reliable and consistent fine ceramics in industries where precision is of utmost importance.
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JIS R1601 [ 2008 ] [Testing method for flexural strength of fine ceramics at room temperature] (corresponding part only)
fine ceramics
metal plate
When handling round bars or rod-shaped samples, it’s recommended to utilize Attachment BT-CG to optimize stability and implement adequate safety measures to avoid potential sample scattering risks. It’s important to note that the suggested testing configuration provided here is merely a reference and may not be universally applicable. Depending on the sample’s material or shape, alternative setups may be necessary. The featured product configuration is provided for reference only, and the actual configuration may differ based on the sample type, measurement method, and capacity. Please exercise caution and carefully select the appropriate product model for your specific requirements, taking into account the specifications for compatibility. These precautions are critical for the safe and effective use of testing equipment, ensuring precision and safety across diverse sample and testing scenarios.