No special tools required for metric dot push in fasteners

Metric dot push in requires no special tools, meaning workers can install these fasteners with simple manual push or mechanical equipment, eliminating the need to find, prepare or debug tools. This simplified operating process is especially obvious in mass production and can significantly improve the efficiency of the assembly line. By reducing the use of tools, companies can optimize human resource allocation, reduce operating steps, improve production rhythm, and thereby reduce labor costs.
Reduce operational complexity
The use of special tools is often accompanied by strict operating specifications, such as ensuring correct torque values, tool alignment, etc., to prevent over-tightening or over-loosening problems. However, the self-locking design, or friction fit, of metric point push-in fasteners allows them to automatically lock when pushed in, eliminating these common issues. This is particularly beneficial for novice operators or unskilled workers, reducing the complexity of the assembly process and reducing the risk of human error. In some automation environments, this feature further simplifies the design and debugging of robotic arms or automation equipment.
Adapt to assembly needs in small spaces
In many application scenarios, installation space may be very limited, especially in fields such as precision machinery, electronic equipment, or automobiles. Traditional tools are difficult to use in these tight environments and can be inconvenient to install fasteners. In contrast, metric point push-in fasteners require no thread matching and tool assistance and can be directly pushed in by hand, making them suitable for use in small or restricted spaces. For example, components in automobile dashboards and modular structures within electronic equipment can be easily installed using such fasteners, ensuring assembly quality while reducing space requirements.