Company Strength

Professional Team with 45 Technical and After-sales Personnel

CNC Cutting Equipment 20 sets

Supply One-stop Service for Steel Machining

Complete Quality Control and Inspection Service

cutting method

  • Flame Cutting

    Plate thickness: 3 mm up to 280 mm
    Typical: 10 mm up to 300 mm

  • Plasma Cutting

    Material: materials including mild steel, carbon steel, stainless steel, aluminum, copper, brass, and other metals.
    Plate thickness: 0,8 mm up to 160 mm
    Typical: 3 mm up to 75 mm

  • Laser Cutting

    Materials: stainless steel, plain steel and spring steel
    Plate thickness: 1 mm up to 25 mm
    Typical: 0.5 mm up to 20 mm

  • Saw Cutting

    High accuracy, high quality
    Round Bar, Square Bar, Round Pipe, Square pipe, profile

Shanghai Katalor Enterprise Co, Ltd was built in 1998 as the one of the largest structural steel and metal steel processing center. We can provide a wide product range of laser cutting, plasma cutting, flame cutting and other steel machining parts. Our products cover the fields of construction machinery, power systems, material handling and transportation machinery, metallurgical equipment, mining machinery, chemical engineering machinery etc.With the goal of becoming a steel processing mill to manufacture wide-range of steel products such as steel plates, steel pipes, steel angles, steel beams, bars, steel profiles and also includes non-standard metal stamping products.Our factory includes three warehouses with a total area over 100,000 square meters.

advanced process equipment

NEWS CENTER

Common problems and solutions in thick plate cutting parts processing: The heat-affected zone is too large: causing deformation, cracks and other problems. Poor cutting edge quality: burrs, residual metal, etc. appear. Dimensional accuracy is not up to st

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Automated control: CNC system realizes automated control, improves production efficiency and reduces human errors. High-precision positioning: The CNC system can achieve high-precision tool positioning and motion control to ensure cutting accuracy. Multi

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Precision requirements and improvement methods for thick plate cutting parts: Dimensional accuracy: Usually determined during the part design stage, including dimensional accuracy in length, width, thickness, etc. Geometric shape accuracy: Ensure that the

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