Lattice Girder Production Line
(Total 6 Products)
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Brand:xinchangMin. Order:1 Piece/PiecesSupply Ability:20 Sets/MonthAutomatic Lattice Girder Production Line Truss Girder Welding Machine with CE Product Description Description: 1, High quality2, easy to operate3, littler consumption of electricity4, Quality is stable, failure rate is low, the machine life is... -
Brand:xinchangMin. Order:1 Piece/PiecesSupply Ability:80sets/YearLattice Girder Production Line Steel Truss Structure Welding Machine for Concrete Precast Product Description The spot welding machine is used to weld rebar girders, be widely used in building projects field, railway projects field and so on.1,... -
Brand:xinchangMin. Order:1 Piece/PiecesSupply Ability:20 Sets/MonthPneumatic Steel Bars Lattice Girder Spot Welder Line Product Description a, Description1, High quality2, easy to operate, industrial spot welding system3, littler consumption of electricity4, Quality is stable, failure rate is low, the machine... -
Brand:xinchangMin. Order:1 Piece/PiecesSupply Ability:20 Sets/MonthMulti-Spot Steel Truss Girder Deck Spot Welding Machine Product Description Description 1, High quality2, easy to operate3, littler consumption of electricity4, Quality is stable, failure rate is low, the machine life is longer. Advantage 1,... -
Brand:xinchangMin. Order:1 Piece/PiecesSupply Ability:20 Sets/MonthEasy Operate Roller Lattice Girder Spot Welding Machine with CE Product Description Description: 1, High quality2, industrial spot welding system, easy to operate3, littler consumption of electricity4, Quality is stable, failure rate is low, the... -
Brand:xinchangMin. Order:1 Piece/PiecesSupply Ability:30sets/Year12-25m/Min Multiple Point Lattice Girder Production Line Steel Welding Equipment Product Description The automotive spot welding machine is used to weld rebar girders, be widely used in building projects field, railway projects field and so on. 1,...
The Lattice Girder Production Line is a set of integrated automatic equipment designed for the efficient and standardized production of lattice girders, which are widely applied in modern construction and infrastructure projects. This production line integrates multiple processes including raw material feeding, wire straightening, shaping, automatic welding, fixed-length cutting, and finished product stacking, realizing the full automation of lattice girder manufacturing and greatly improving production efficiency and product consistency.
Featuring easy operation, flexible configuration and high productivity, the production line is suitable for processing cold-drawn or hot-rolled wires of different specifications, with adjustable parameters to meet the production needs of lattice girders of various sizes and models. Equipped with an intelligent control system, all production parameters can be precisely adjusted and monitored through the main control panel, reducing manual intervention and lowering labor costs while ensuring stable product quality.
With advantages of small floor space, low energy consumption and easy maintenance, the production line is widely used in the manufacturing of lattice girders for precast concrete slabs, high-speed railway sleepers, bridges, residential buildings, office buildings and other projects. It can produce high-strength, high-precision lattice girders that play a key role in enhancing the load-bearing capacity and integrity of concrete structures, making it an essential equipment for modern precast concrete component factories and construction machinery enterprises.
Lattice girder production line
The intelligent production line for lattice beams is an automated production system specifically designed for spatial truss beams used in construction and Bridges. Through processes such as numerical control blanking, intelligent assembly and welding, and three-dimensional correction, it achieves high-precision processing and rapid assembly of Angle steel, steel pipes and other profiles. This production line breaks through the traditional manual binding mode, increasing production efficiency by 5 to 8 times and significantly reducing the comprehensive cost of steel structures.