Mechanical equipment for automated testing stations requires mechanical testing, which is a fundamental and regular step. Safety must always be prioritized, whether it is describing the characteristics of materials or offering validation for finished products. Testing is essential for assuring cost-effective design, technological advancement, and supremacy.
Types of mechanical testing
- Chemical analysis
Chemical analysis is essential as it identifies the composition and caliber of materials used in manufacturing and product development. To prevent any service problem, it is crucial to verify materials throughout the early phases of the product development process.
- Fatigue testing
The goal of fatigue testing is to determine under which fatigue the conditions are operating so that it would not give stress over the component’s lifetime or establish a fatigue strength curve that characterizes the material’s resistance to cycle loading under varying stress levels. The result is compared to the part design criteria, once this curve has been established to ensure that the material will allow the component to last the expected number of years. Equipments for automated testing stations fulfill all these requirements.
- Fracture testing
Fatigue and fracture mechanics provide information regarding a material’s ability to endure defects and how it affects its strength. Fatigue and fracture mechanics testing is a common tool for creating maintenance plans and estimating component service life. Throughout their lives, some machine parts can eventually develop cracks. The issue is to assess the severity of the problem and notice when it crosses the line to become a major matter because replacing parts can be excessively expensive and frequently utterly unneeded.
- Stress and creep testing
Throughout the whole lifecycle of a product, stress rapture is crucial. Engineers can avoid failures of the crucial information that it provides about long-term stress and temperature that have an impact on materials and products.
- Conformance or hardness testing
After production, hardness testing is necessary, as well as heat treating is required to ensure conformity. It is similar to tensile testing; quick and affordable. It doesn’t undergo destructive testing of the finished component. Machinery For Automated Testing Stations develops fast and smooth testing.
Requirements of mechanical testing
The necessary test procedures are often listed on the part drawings, so the manufacturer hired to make the part the part is responsible for conducting the testing.
Experienced design and production teams also recognize the benefits of testing to validate models, make improvements and raise the overall quality of parts. Therefore, regulating organizations are not necessarily the ones to implement testing criteria. It could appear pricey when considering the time and money involved in testing. However, it is a great place to start if you want to save money, as unscheduled breakdowns that occur when the parts are in use have more severe and costly implications.
Equipments for automated testing stations fulfill all the requirements of mechanical testing.
Is the testing worth it?
Organizations must invest in product testing since it frequently calls for specialized test tools, specially made of fixtures and qualified test engineers, and additionally testing specific goods and supplies. Testing is cost-effective because changing parts costs you much if any part gets spoiled. Here are some actual expenses the organization has to face if they conduct testing.
- Internal audit
- Increased cost
- Failed audit
- Product failure
This article outlines the criteria for the mechanical devices that must be present in the automated testing station. Hope you will find the above information helpful.
