Ball joint GN 648.1-5-M5-W Z026907
Catalog numbers:
- GN 648.1-5-M5-W
Suggested products
TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Ball joint GN 648.1-5-M5-W Z026907
Ball joint – precision and durability in every detail
The GN 648.1-5-M5-W ball joint is a connecting element made of galvanized and blue passivated steel, providing corrosion resistance. Hardened, ground and polished steel guarantees a high surface quality and smooth movement. This ball joint with an internal M5 thread is particularly useful in applications requiring precise adjustment and a stable connection of elements.
Design and materials – the key to reliability
The GN 648.1-5-M5-W ball joint stands out for its design, which combines strength and functionality. Available in W (self-lubricating) version with a PTFE insert, which minimizes friction and ensures long-term maintenance-free operation. The W version is particularly recommended in environments where regular lubrication is difficult or impossible. Alternatively, an N (brass) version is available, which allows lubrication, allowing the joint to be adapted to specific application requirements.
Applications and benefits
This ball joint finds wide application in many industries, including:
- Mechanical engineering: as an element of movable connections in machines and devices.
- Automation: in control systems and robotics, where precision and reliability are required.
- Medical devices: in equipment requiring smooth movements and high hygiene.
- Industrial furniture: as an element for adjusting the angle or height of furniture elements.
- Apparatus construction: in laboratory and measuring structures.
By choosing the GN 648.1-5-M5-W ball joint, you gain:
- Durability: thanks to the use of high-quality materials and careful workmanship.
- Reliability: ensured by the precise design and the ability to choose a version adapted to the working conditions.
- Versatility: the possibility of use in various industrial and end-user applications.
- Easy installation: the M5 internal thread facilitates integration with existing structures.

