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T-beam lifting clamp
The T-beam flipping device secures the T-shaped steel beam through magnetic suction or mechanical clamping, and works with a positioner to achieve a 180° automatic flip, facilitating double-sided welding or processingLearn More -
H-beam lifting clamp
The H-beam dedicated lifting device features automatic clamping and positioning functions, enabling quick and damage-free handling during multiple processes such as assembly, welding, flipping, and temporary storage, and works with the T-type tilting and flipping machine to achieve 180° automatic rotationLearn More -
ICCS
Using a 5G wireless industrial network, the ICCS covers workshop equipment and is independently developed and designed by HHBT. In the control room, production operation simulation, command issuance, and monitoring of real-time operation status are all carried out. The workshop's working status is fed back to the control room, enabling real-time monitoring of the workshop's current operationLearn More -
H-beam Welding and Straightening Integrated Machine
The equipment uses single-arc, single-wire submerged arc welding, capable of manufacturing 'T' and 'H' beams with parallel or variable-section webs. This eliminates the need for extensive assembly work before weldingLearn More -
T-type positioner
The T-type positioner is mainly used to rotate welded steel beams by 180° to facilitate welding or subsequent processing on the other side. The equipment clamps and secures the steel beams using a manipulator or lifting deviceLearn More -
Square Tube Production Line
The square tube production line adopts intelligent assembly line operation. After the RGV transports the cut parts to the welding area, the three-axis gantry crane collaborates with the assembling machine to achieve precise positioning of the box column. Subsequently, the box girder gantry equipment performs back-grouting and filling welding, and an electric square tube rotating hoist is used to complete the welding.
The core advantages of this production line lie in: the use of advanced processes such as submerged arc welding to significantly enhance welding efficiency and quality, along with fully automated operation throughout the process, reducing manual intervention. The entire system ensures product precision while achieving mass and efficient production.
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