Description
The Imada Muscle Force Measurement Device is a tool designed to measure the force or workload applied to tasks such as moving muscles or objects. It consists of a force gauge, handle, and pad, and is specifically designed to help manage safety forces and verify the action of human power. This device is commonly used in industries such as manufacturing, construction, and healthcare to ensure that tasks are being performed safely and efficiently. It is also used in research and development settings to study the effects of different workloads on the human body.
Muscle Force Measurement Device Specifications
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Some features of the Imada Muscle Force Measurement Device RZTA-1000N may include:
- Designed to measure muscle strength of arms, legs, necks, tongues as well as job task analysis (workload test)
- Wide measurement range of 0-1000N (0-220lb)
- Saves time for preparation by storing the gauge and handle mounted together in the supplied carrying case
- 3 models of kits available to meet your testing needs
- Compact and portable design
- Peak hold function to capture maximum force applied
- Variety of handle and pad options for different applications
Industries where Imada Muscle Force Measurement Device is used:
Some potential industries where the Imada Muscle Force Measurement Device may be used include:
- Healthcare: The device can be used to measure the force applied during physical therapy or rehabilitation exercises.
- Manufacturing: The device can be used to measure the force required to perform tasks on the production line, such as lifting and moving heavy objects.
- Construction: The device can be used to measure the force required to perform tasks such as lifting and carrying materials.
- Research: The device can be used in research settings to study the effects of different levels of force on the body or to study human power output.
Applications and use cases for Imada Muscle Force Measurement Device:
- Medical rehabilitation: Measuring muscle strength and progress during rehabilitation
- Ergonomics: Evaluating the workload and strain on muscles during tasks to improve efficiency and prevent injury
- Industrial settings: Verifying the force applied during manual handling tasks to ensure safety and efficiency
- Sports training: Measuring muscle strength and progress during training
- Research: Conducting studies on muscle function and performance
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