Push Pull Tester Force Gauge 

Mechanical (Analog) / Digital / Automated Force Gauge Push Pull Tester

A push-pull tester, also known as a force gauge, is a device used to measure the tensile (pull) and compressive (push) forces applied to an object. These instruments are vital for quality control, research, and development across various industries. 

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Types of push-pull testers 

• Mechanical (Analog): Measures force using a spring mechanism connected to a dial or needle. The force applied causes the spring to compress or extend, moving the needle to indicate the force. 
  • Features: Durable, simple, and affordable, with no power requirement.
  • Ideal for: Quick, basic measurements in the field or for applications where high precision is not essential. 
• Digital: Utilizes an internal electronic load cell to convert force into an electrical signal, which is then displayed as a numerical reading.
  • Features: Offers greater accuracy, higher precision, and additional features like data logging, peak hold, and PC connectivity. 
  • Ideal for: Precise and repeatable measurements, data analysis, and quality control in laboratory or manufacturing settings. 
• Automated: Uses a motorized test stand to control the speed and range of movement, ensuring consistency and repeatability during tests.
  • Features: Provides the highest degree of control and accuracy, eliminating human error. Can be configured for specific applications with automated functions.
  • Ideal for: High-volume production lines and tests requiring strict control over testing parameters. 

Applications
Push-pull testers are crucial for quality assurance and product development across various fields: 

• Electronics: Testing the force required to activate buttons, switches, or connectors.
  
• Automotive: Measuring the pull-out force of crimped wire terminals and testing components.
  
• Packaging: Checking the seal strength of packaging materials, cartons, and blister packs.
  
• Medical devices: Testing the integrity of syringes, catheters, and other medical connectors.
  
• Materials testing: Analyzing the tensile or compressive strength of materials and adhesives.
  
• Consumer goods: Assessing the functionality of springs, toys, and other components.