NAVKO-TEH proposes robotic systems for arc welding complited with robots Fanuc, Japan.

Examples of robotic systems you see there.

NAVKO-TEH has many years of experience in creating robotic systems for arc welding. The first samples of the systems were created in the mid-90s, they work in production to this day. At present, NAVKO-TEH is a system integrator for FANUC (Japan).

Robotic system RK752 for welding of machine components

RK752 intends for MIG/MAG welding of carcasses of brake block for rail transport or another machine components.

Robotic system RK753 for welding of machine components

RK753 intends for TIG or MIG/MAG welding of carcasses of brake block for rail transport or another machine components.

Robotic system RK754 for welding of machine components

RK754 intends for MIG/MAG welding of a convector with a corps of thermostat and a bypass or another machine components.

Robotic system RK754-2 for welding by two robots of machine components

RK754-2 intends for MIG/MAG welding of a plate and support with a corps of hydroaccumulator or another machine components.

Robotic system RK755 for welding of machine components

RK755 intends for MIG/MAG welding of carcasses of brake block for rail transport or another machine components.

Robotic system RK755-K for welding of machine components

RK755 intends for MIG/MAG welding of machine components sach as detailes of railroad points with they rotating in 8 fixed positions.

Robotic system RK756 for welding of machine components

RK756 intends for MIG/MAG welding of machine components sach as parts of high-voltage poles with they rotating in 8 fixed positions.

Robotic system RK757 for multilayer surfacing on the rail end

The robotic system RK757 intends for multilayer surfacing on the rail end and the rail end of the crosspiece with a length of 1.000 ... 3.110 mm of a stainless steel layer up to 22 mm thick.

Surfacing method: arc surfacing by the SMT method in a gas mixture based on argon with a solid wire with a diameter of 1.2 mm.

The rail axis is inclined relative to the vertical axis by an adjustable angle of 10/20/30 degrees.

Surfacing is performed with forced formation of a side surface to be welded and with concomitant water cooling of the forming tools.

The robotic system RK759 for welding of frame products

The robotic system RK759 intends for welding of "Frame" or "Tower" type products with overall dimensions up to 3900 x 1750 x 900 mm and can be easily reconstructed for welding of similar products, the dimensions of which correspond to the service area of the robot, and the weight corresponds to the carrying capacity of the product rotator.