OTC robot Yaskawa automatic welding wire feeding hose

The wire feeding hose of OTC robot and Yaskawa automatic welding is the core accessory for protecting the stability of wire feeding in automated welding. Its detailed characteristics are as follows:

Material and Structure

Guide wire layer: The mainstream materials used are purchased graphite or PTFE. The friction coefficient of the graphite layer is relatively low, and it is suitable for materials such as aluminum welding wire that are prone to adhesion, resulting in low wire feeding resistance; Teflon material is resistant to high temperatures (based on actual reports), corrosion, and suitable for various types of welding wires such as steel and stainless steel.

Outer protection: Some models are wrapped in nylon or spring steel to enhance bending resistance and performance, avoiding damage to the pipe body caused by dragging and bending during welding, and adapting to complex working environments.

Interface design: Using M14 × 1.5 internal thread specifications or European style quick insert interfaces, it is tightly connected to the wire feeding mechanism of OTC robots and Yaskawa automatic welding, confirming that there is no deviation or jamming in the wire feeding, and some parts are equipped with sealing gaskets to enhance sealing.

performance advantage

Wire feeding stability: The graphite/PTFE inner layer material confirms smooth wire feeding, especially suitable for welding wires with diameters of 0.8-1.6mm. The wire feeding accuracy is stable during high-speed welding, reducing weld defects.

Suitable for high load operations: Supports high sustained load rates (90% duty cycle) for robot welding. In high-intensity scenarios such as thick plate welding and automated production lines, the pipe body is resistant to high temperatures (based on actual reports), aging, and is not easily affected by heat deformation that affects the wire feeding effect.

Strong compatibility: Compatible with OTC, Yaskawa, Panasonic and other reputable robot welding systems, some models provide conversion joints to achieve cross reputation device adaptation.

Specifications and Applications

Length and customization: Standard lengths include 1.5 meters, 2 meters, 3 meters, 5 meters, etc., and special lengths (such as 7 meters, 8 meters) can also be customized according to the robot arm extension.

Applicable scenarios: Widely used in automated gas shielded welding (MIG/MAG welding), such as automotive parts welding, steel structure automation production lines, heavy machinery manufacturing, and other industrial industries that require high wire feeding accuracy.

Precautions

When selecting, it is necessary to match the diameter of the welding wire and the equipment interface (such as thread specifications, quick insertion types) to avoid wire feeding jamming caused by a too small inner diameter or wire deviation caused by a too large inner diameter.

Before installation, it is necessary to clean the impurities inside the pipe, and after installation, check the sealing of the interface to prevent dust and splashes from entering the pipe during welding and affecting wire feeding.

Regularly check whether the pipe body is damaged or the inner layer is worn. If any problems are found, replace them in a timely manner to avoid affecting the welding quality due to unstable wire feeding.