FAQs
AMT Handheld nutrunners stand out in terms of industrial durability by meeting the most stringent safety-critical and quality-critical requirements for threaded fasteners. The HSX/PSX series, known for high performance and lightweight construction, is designed to excel in highly productive assembly lines.
AMT Handheld nutrunners are equipped with torque and rotation angle sensors, enabling fastening with the highest precision and consistent quality. The controls monitor power intake, serving as a redundant control variable equivalent to torque. This feature ensures that all assembly requirements for safety-relevant or quality-critical fastening joints are met.
The new AMT Handheld nutrunners combine appealing design with trend-setting ergonomics. Features such as a status display with rotation direction indication, smoother hand grips, motor protection sleeves with better grip, and optimal ergonomic designs contribute to reducing operator strain. The tool's lower weight and control capabilities for multi-stage fastening without intermediate stops further enhance operator comfort.
AMT Handheld nutrunners communicate digitally with the control system, reducing the number of wires in the cable. This results in a thin, flexible, and lightweight nutrunner cable with improved kink protection. The tool plug is designed with a high degree of protection against unintentional disconnection of the connector, ensuring reliable digital communication.
The robust design of AMT Handheld nutrunners combines sophisticated technology with durable components. Motors and gearboxes ensure maximum load capacity and durability in rough industrial applications. Longer maintenance periods and life cycles contribute to reducing the overall cost of purchase and deployment, supporting amortization for users.
The integrated maintenance management in AMT Handheld nutrunners signals the technically and economically optimal time for the next maintenance. This proactive approach ensures that maintenance is only carried out when required, contributing to efficient operational processes and reducing unnecessary downtime.
