Transfer and multi-station systems

Our Transfer and multi-station systems feature a proven modular design with aluminium profiles, very low vibration and optimum dynamic performance, resulting in increased cycle times and productivity.

Magnet Belt

The Magnet Belt is used to transport the destacking sheet picked up by the robot or manipulator to the 0 station. It adopts variable frequency drive to realize the speed matching of the whole line. The optional X, Y, Z, and three axes can be adjusted to adapt to different shapes of sheets.

Magnet(vacuum) Belt

Magnet(vacuum) Belt adopts the friction sealing structure of vacuum box and endless belt, which is used to transport the non-magnetic sheet picked up by robot or manipulator to washing machine, oiling machine or centering station.

Single head robots

Single head robots shuttle between the depalletizing table and the conveying line. The moving part adopts linear rails and synchronous belts. It runs quietly and smoothly. With advanced control system, it can realize high-speed depalletizing of sheets without lifting the sheets. The beat can reach 18 beats/minute.

Double head robots

Double head robots combine two single-head depalletizing robots on one rack to save space, shuttle between the depalletizing table and the conveyor line, meeting the high-speed transmission requirements of multi-station systems, with a beat of 30 times per minute.

Destacker Carriage

Destacker Carriage is mainly used to separate stacks and help robots or robots to destack. The articulated or hand-held magnetic separator can be installed on the table, which is suitable for the magnetic separation of various special-shaped sheets; the trolley has a driving and drag chain mechanism, which can move on the pre-laid guide rails to facilitate the replacement of stacks, The robot can be instructed to automatically switch to another machine when the sheet is dismantled, so that the stacking material can be replenished without interruption.

Conveyer belt

Conveyer belts are used to transport depalletized sheets picked up by robots or manipulators to cleaning machines, oilers or alignment stations. Using variable frequency drive to achieve the entire line speed matching.

Optical centering conveyor

The entire upper surface of the optical centering conveyor is designed in black. It adopts the robot visual recognition technology to automatically adjust the trajectory of the robot. It has high flexibility and is more suitable for the production of special-shaped double-sheet materials.

Optical centering station

The optical centering station adopts the robot visual recognition technology to automatically adjust the trajectory of the robot, with high flexibility, and is more suitable for the production of special-shaped double-sheet materials.

Gravitational centering station

The table of the Gravitational centering station is inclined to a corner, and the sheet is just positioned at this corner. The bull's eye bearing on the table can be quickly removed and replaced with a stopper column. In this way, the special-shaped sheet can be positioned or two sheets can be positioned at a time, positioning The accuracy is about 1 mm, the structure of the gravity centering table is simple, and the price is cheap.

Mechnical centering station

Mechanical centering station adopts servo screw beating technology, and all beating devices are programmable. It can meet the production requirements of one-piece and two-piece sheet metal.

Linear 7-Axis Robo