The traceability procedure of calibrating torque tools within the assembly processes is crucial for obtaining accurate data records within the production process. The manufacturing of critical joints that occur in high stress components place heavy demands on manufacturers, thus making screw-tightening a very important task in today’s assembly processes.
Industries such as aerospace, medicine, transport, and electronics are utilising traceability for quality recording and statistical data that is used for ongoing processes and quality improvement as well as meeting safety guidelines and quality control standards.
Precise measurement of torque requires each individual fastener and joint to be tightened precisely to the correct torque specification, which then needs to be individually checked, verified and recorded for traceability and quality purposes. In any kind of production process, not only should the task should be properly designed but the measurement system should also be properly implemented. If the torque is not applied properly and the tension on the bolt torque is too low, varying loads will act upon the bolt and it will fail. The most important factor in a calibration process is decreasing its uncertainty and improving torque accuracy.
As challenging as this may all sound, fortunately, there are many reliable screwdriving and screw feeding solutions on the market today. These are available in both handheld and fixtured configurations that many industries use in situations where it is essential that all screws are tightened to the correct torque. At Hawker Richardson, we strive to present a range of assembly tools that cover most of our customers’ fastening requirements. We recently sourced the Kolver range of electric screwdrivers to cover the increasing demands of the electronics and high-tech industries, where torque accuracy and traceability is very important. K-DUCER is the new class A intelligent transducerised assembly system. The system consists of an advanced state of the art controller and a range of handheld and fixtured electric screwdrivers. Kolver K-DUCER electric tools cover all assembly line requirements for accurate, high quality torque and angle-controlled tightening. The built-in compact transducer provides torque control with excellent repeatability.
• Unsurpassed ergonomics and soft touch design
• LED Status Indicators (ok, error, tightening etc.)
• Temperature protection
• Full traceability and error proofing capabilities: 100% compatible with Industry 4.0
• Touch screen colour display
• Multiple programs and sequences
• Intuitive programming interface
• Precise torque and angle control
• Graphs output
• Perfect integration with Industry 4.0
Weber’s product range of screw feeding equipment offer solutions for various applications. Their transducerised torque and angle control products are used for processes where the tightening torque is safety-critical. Transducerised systems have a precision internal torque transducer and angle encoder and can be supplied with a certificate of calibration traceable to a NATA certified instrument.
The introduction of Cleco Cellcore “Smart” battery tools is the latest weapon in Hawker Richardson’s range of assembly tools with full error proofing and traceability.
This extremely versatile range of tools can handle torques from 0.5 Nm to 2000Nm, with the advantage of being completely portable.
The tools can operate as a “stand alone” with an easy to program keypad interface on the tool. They also have the ability to store the data of 15,000 rundowns which make them an ideal tool for any off-site assembly requirements, particularly for solar and wind farms.
Traceability in torque measurement plays a critical and vital area to the assembly process, while ensuring tools are working as they should be, giving correct readings, providing a safe working environment for end-users, and ensuring that companies are upholding their legal obligations.
If the torque is not applied properly and the tension on the bolt torque is too low, varying loads will act upon the bolt and it will fail. The most important factor in a calibration process is decreasing its uncertainty and improve torque accuracy.