Torque wrenches can be for a variety of applications, such as a tool for tightening screws to a rated torque or a measuring tool to measure the torque of a tightened screw. They are used in a wide range of situations, including maintenance at workshops and production in the manufacturing industry to manage tightening by torque. There are signal types and direct reading type torque wrenches, and signal types are mainly used for work. The torque is set in advance, and having reached that torque is confirmed by sound and feel. Direct reading types where torque is read from the scale can be blade, dial, or digital types, and those are ordinarily used for measurement. There are also combined types that have signal type functions and are equipped with sensors to display torque value, so the tool can be selected according to the application it is used for and the operating environment.
Product Overview
Precision tools designed for controlled tightening and torque verification
Used to ensure fasteners are tightened to specified torque values
Essential for quality control, safety, and repeatable assembly processes
Types of Torque Wrenches
Digital Type: Displays torque values digitally, offering high accuracy and easy readability
Dial Type: Allows real-time torque measurement via a dial gauge
Preset Type: Torque is preset and indicated by a click, sound, or vibration when reached
Monkey Type: Adjustable wrench style suitable for varied bolt sizes
Single Function Type: Dedicated tools optimized for specific tightening tasks
Replacement Head Type: Interchangeable heads for flexible usage
Torque Wrench Checker: Used for calibration and verification of torque wrench accuracy
Key Features
Accurate torque control to prevent under- or over-tightening
Audible, tactile, or visual signals for torque confirmation
Available in mechanical and electronic configurations
Suitable for both tightening operations and torque measurement
Applications
Assembly lines and production facilities
Equipment maintenance and servicing
Automotive, aerospace, machinery, and tooling industries
Quality assurance and inspection processes
Advantages
Improves fastening reliability and joint integrity
Enhances operator consistency and process control
Reduces fastener damage and rework
Supports compliance with torque specifications and standards