Description

We are the official distributor and authorized service provider of the GYS brand in Poland.

The GYS ROBOTIC SMARTFEED MB-PP is a brushless motorized wire feeder specifically designed for automated MIG/MAG welding applications using industrial and collaborative robots (cobots). Optimized to work with most robots on the market, it maximizes the speed of the robot arm and increases the working area due to its small size and weight. Equipped with a high-precision wire feeding mechanism, it provides stable feeding of steel, stainless steel and mini wire of various diameters (details of wire diameter range are not explicitly available in general descriptions, it is recommended to check technical specifications). The SMARTFEED MB-PP feeder is compatible with GYS NEOPULSE 320 C, NEOPULSE 400 CW, NEOPULSE 400 G and NEOPULSE 500 G welding generators. It has a standard robot connection and options for connecting sensors and external control.
Key Features:

Designed for robotic MIG/MAG welding applications.

Compact and lightweight design with brushless motor to optimize robot operation.

Compatible with most industrial and collaborative robots.

Precision wire feeding mechanism for process stability.

Works with a variety of welded materials (steel, stainless, minium).

Compatible with GYS NEOPULSE generators.

Standard robot connection.

Options for connecting sensors and external control.

Possibility of connecting a Push-Pull handle (optional).
Technical data (may vary depending on specifications):

Feeder type: External, robotic

Motor: Brushless

Wire diameter range: (no clear data in general descriptions, it is recommended to check specifications)

Wire feed speed: (no clear data in general descriptions, it is recommended to check specifications)

Feeder motor supply voltage: (no clear data in general descriptions, it is recommended to check specifications)

Weight: Approximately 5.7 kg

Dimensions: About 40 x 30.5 x 25 cm
Application:

Automated MIG/MAG welding with industrial and collaborative robots.

Integration with production lines and robotic workstations.

Welding of various materials in robotic applications requiring precision and reliability.