This machine features five core strengths: high precision, high efficiency, integrated composite processing, superior automation, and eco‑friendly low‑cost operation. It is highly suitable for mass‑production and high‑quality beveling scenarios including steel structure fabrication, pressure vessels, pipelines, wind power equipment, and shipbuilding.

1. High Precision & Stable Quality

• Bevel Accuracy: Angle tolerance of ±0.5°, precise land size, and end‑face perpendicularity less than 0.5 mm.

• Surface Quality: Cold milling process ensures no thermal deformation or scale formation, with surface roughness of Ra3.2–12.5 μm. No secondary grinding is required, directly meeting welding standards.

• Repeat Positioning: Servo‑driven system delivers repeat positioning accuracy of ±0.02 mm, ensuring consistent quality for mass‑produced workpieces and drastically reducing welding rework rates.

2. High‑Efficiency Composite Processing & Multi‑Function in One Unit

• One‑clamping Complete Processing: Cutting, V/U/X/K/J‑type beveling, facing, boring, drilling and chamfering are finished in a single setup, eliminating process transfer and re‑clamping steps.

• Greatly Improved Efficiency: 3–5 times faster than traditional flame/plasma cutting plus grinding; daily plate processing capacity exceeds 200 meters. Efficiency for thick plates is over 12 times that of edge planers.

• High Flexibility: Built‑in bevel profile library in CNC system allows style switching via program modification without fixture replacement, well adapted to multi‑variety and small‑batch production.

3. High Automation & Labor‑Saving Operation

• Fully Automatic Workflow: Automatic loading, centering, hydraulic clamping, feeding, cutting, chip removal and unloading with zero manual intervention.

• User‑Friendly Operation: Graphical programming with CAD import support; no professional programmers required. Ordinary workers can operate it after simple training.

• Easy Integration: Compatible with automatic loading/unloading systems and conveying lines to form unmanned beveling production lines.

4. Strong Adaptability for Wide‑Range Materials & Sizes

• Universal Material Compatibility: Suitable for carbon steel, stainless steel, alloy steel, aluminum alloy and more; cold cutting keeps the metallographic structure intact.

• Wide Size Coverage: Processes plates of 3–100 mm thickness and pipes from DN50 to DN1200, capable of extra‑large and extra‑thick components.

5. Eco‑Friendly & Safe, Cost‑Effective Operation

• Green Machining: Milling replaces thermal cutting, producing no smoke, arc flash or noise pollution. Automatic chip collection improves workshop environment.

• Low Long‑Term Costs: Reduces investment in multiple single‑function machines, labor costs, grinding consumables and rework expenses, cutting overall costs by 20–30%.

• High Safety: Fully enclosed protection, automatic fire suppression and overload protection lower occupational injury risks.

6. Typical Application Scenarios

• Pipeline Prefabrication (Petroleum, Chemical, Nuclear Power, Natural Gas): One‑step forming of cutting and double‑sided beveling.

• Steel Structures & Thick Plates (Wind Power, Shipbuilding, Bridges, Pressure Vessels): Composite processing of four‑sided beveling and drilling.

• Large‑Scale Cylinders & Flanges: Machining of annular bevels, internal boring and outer‑circle finishing.