What is a flexometer?

Flexometer is a measuring tool used to determine the degree of arch that a person or material is able to move. Two connected flexomer arms manipulate or manipulated by the test subject while the distance and voltage changes are monitored. Some flexometer models are small manual devices used for on -site values. Material testing of flexometers often measure both bending distances and duration of Flex to detect the limits of what can be resisted without damage or failure. Flexometers are commonly used to assess progress in physical rehabilitation and development of prototypes of new products.

Flexometers measure flexibility along the central axis. The center point or axis of the bent material is the place where the highest voltage levels are applied. The joint connecting two human bones is often an axis to which human flexibility is measured. When watching the movement between the two Flex extremes, an arc is formed. The range of the arc tells the user flexomerustupni flexibility.

tires commonly use a mechanical flexometer to test new tire models. Tire cuts are bent flexometers to check the test parameters and create standardized results. Flexometers are often operated until the failure is due to damage to the tire material. Flex tests are only a small part of strict testing of new tire varieties before they hit the market. Flexomer information is often taken into account when determining the expected road tire life.

Physiotherapists, personal trainers and coaches use another flexometer tool to read the flexibility of their clients and team members. Increasing or re -re -re -re -re -flexibility is often the aim of many educational programs. Success and failure in flexibility training is easily measured using a simple hand -held device. Two hands of man flexometers are prolonged and disturbed to measure flexibility levels in differentCH positions of the body. Adding reading to the board allows every person to map the effects of their efforts to become more flexible.

The types, cost and function of flexometers differ greatly. Manual flexometers for personal use usually have the values ​​of the analog dial. Industrial flexometers can have a digital display or the ability to connect to the computer directly via software. The digital flexometer is usually programmable for hours or days of material testing without interruption. There are their own flexometers to meet the specifications of most Flex testing applications.