Panasonic Connect articulated robot

Payload: 6 kg - 8 kg
Reach: 841 mm - 2,000 mm

Panasonic Robot & Welding presents the new TAWERS Super Active Wire Process TAWERS Super Active Wire Process (S-AWP) By using oscillating wire feed in combination with a continuously monitored modified welding characteristic ...

Payload: 4 kg

Laser trepanning head mounted on a Panasonic robot with seamless interfacing between process and automation components. Panasonic provides complete system solutions according to the concept ‘All from one manufacturer’ ...

“TAWERS TIG” is one family member of many TAWERS solution. With using same robot and welder power unit it is possible to TIG weld by just changing over gears to TIG welding components. As much as TAWERS MIG/MAG welding ...

Payload: 8 kg
Reach: 841, 971 mm

Specifications TS series industrial robot line-up 841 and 971mm payload: 8kg maximum motion speed: 540°/s (average of all axes) supports two cable management systems various installation types (floor/ceiling/wall) External ...

Payload: 6, 4 kg
Reach: 1,437, 1,639, 1,809, 2,011, 1,163 mm
Repeatability: 0.1, 0.08 mm

Panasonic presents the TM Welding Robot Series, this being the all new and unique generation of robots. Customers have the possibility to decide freely whether to use an externally or internally mounted ...

Payload: 6, 8 kg
Reach: 1,999, 1,801 mm
Repeatability: 0.15 mm

The new developed TL Robot series by Panasonic has the opportunity to work in a 2 meter working area for wide and maximum reachable welding procedures. With the efficient and rapid mechanical system this robot ...

Payload: 1 kg - 26 kg
Reach: 489 mm - 1,801 mm

With the LA-1800G3 robot Panasonic presents Robots & Welding Systems Europe a new handling robot. It has a maximum payload of 26kg and has a working range of up to 1,801m. Its scope lies ...

Payload: 80, 220 kg
Reach: 2,240, 2,666 mm
Repeatability: 0.15, 0.06 mm

... for production automation solutions requiring work handling. Used in combination with a Panasonic welding robot, the movements of both robots can be fully synchronized using the “Harmonizer Function”. ...