SMC KJ16D, M16 x 1.5 Female Steel Rod End, 50mm Bore Size, M16 x 1.5 Thread Size, Metric Thread Standard Female

The SMC KJ16D is a high-quality rod end bearing designed for mechanical linkage systems. Featuring a bore size of 50mm and a thread size of M16 x 1.5, this rod end is engineered for precision and durability. It is crafted from robust steel, ensuring longevity and reliability in various applications.

The SMC KJ16D, M16 x 1.5 Female Steel Rod End, 50mm Bore Size, M16 x 1.5 Thread Size, Metric Thread Standard Female: Unique Features and Benefits

• The SMC KJ16D has a substantial bore size of 50mm, offering a balance between size and strength.
• It features a thread size of M16 x 1.5, adhering to the metric thread standard.
• The female threading allows for seamless integration with male-ended components.
• Constructed from high-grade steel, the KJ16D is built to withstand significant stress and environmental challenges.
• The steel construction provides exceptional strength, making it resistant to wear and tear.
• Designed for accuracy, the KJ16D ensures smooth motion and efficient transfer of forces in mechanical linkages.
• Its standard sizing and robust design make it compatible with various mechanical systems.

Easy Installation

The female threading is designed for quick and straightforward installation, reducing downtime during maintenance or assembly.

Typical Applications of the Female Steel Rod End

The SMC KJ16D M16 x 1.5 Female Steel Rod End is a versatile, durable, and precision-engineered component, suitable for a wide range of industrial and technical applications, including:

• Industrial Machinery: Ideal for use in various types of industrial machines where precise motion control is required.
• Automotive Systems: Suitable for automotive suspension and steering systems, providing reliability and performance.
• Aerospace and Defence: The KJ16D's robustness makes it a good fit for aerospace and defence applications, where components must withstand extreme conditions.
• Robotics and Automation: Its precision and strength are advantageous in robotics, ensuring accurate movement and stability in automated systems.

For more information please check the datasheets.