12.601 – Zipbolt UT Mini-KD Connector
The Zipbolt UT Mini-KD Connector is designed to offer a compact and effective solution for furniture and cabinetry assembly. As a superior alternative to traditional cam lock connectors, it delivers enhanced tensioning and stability, ensuring that joints remain securely fastened over time.
Product Overview:
This connector features a 6mm shaft that fits directly into a 5mm hole in the material, streamlining the installation process. The open cut design of the Zipbolt UT Mini-KD Connector allows for quick and efficient joining, while the diecast housing is secured using a 4mm hex bit or screwdriver, providing a solid and reliable connection.
Design and Functionality:
The Zipbolt UT Mini-KD Connector is engineered to provide a secure fit with superior tensioning compared to standard cam lock connectors. Its compact 6mm shaft and open cut design make it suitable for various applications where a smaller, efficient connector is needed without sacrificing performance.
Key Benefits:
- Reliable Tensioning: Outperforms cam lock types with superior tensioning that prevents loosening and ensures a durable joint.
- Simple Installation: The connector screws into a 5mm hole with ease, and the diecast housing is secured using a 4mm hex bit or screwdriver.
- Compact and Efficient: The open cut design allows for a small, efficient connector ideal for constrained spaces.
Applications:
The Zipbolt UT Mini-KD Connector is perfect for a variety of assembly tasks where a compact and reliable connector is required. It is well-suited for use in furniture, cabinetry, and other projects where efficient and secure joining is essential.
Installation Instructions:
- Prepare the Material: Drill a 5mm hole where the connector will be installed.
- Insert the Shaft: Screw the 6mm shaft into the prepared hole.
- Join the Components: Align and join the components.
- Secure the Housing: Install the diecast housing using a 4mm hex bit or screwdriver to complete the connection.
With the Zipbolt UT Mini-KD Connector, achieve a reliable and compact joining solution that ensures stability and efficiency for various assembly needs.
