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This machine adopts a plate-through processing design, where the workpiece passes through the machine for beveling. The equipment is securely fixed to the ground, ensuring stable, vibration-free operation and consistent bevel quality even during heavy-duty cutting. With a single feed pass, it simultaneously completes beveling on both sides of the plate, significantly improving processing efficiency. Additionally, the machine offers flexible customization options—K-type or V-type bevels can be configured according to specific customer requirements, accommodating various welding preparation needs.

In the heavy equipment manufacturing industry, the efficiency and precision of the plate beveling process directly determine subsequent welding quality and overall production schedules. To meet increasingly demanding processing challenges, we proudly introduce the XBN Series Non-standard Bevel Edge Milling Machine (Without Pressure Beam) . Developed by our company based on in-depth research into both domestic and international counterparts, this machine represents a new-generation, high-efficiency milling solution tailored specifically for extra-thick plates, non-standard workpieces, and complex working conditions. Moving beyond the limitations of traditional planing or flame cutting, it utilizes high-speed milling technology to deliver a quantum leap in both processing efficiency and precision.

The XBJ Series Edge Milling Machine represents a new generation of high-performance milling equipment, developed by our company based on extensive research and insights from industry peers. As an advanced alternative to traditional digging methods, this automatic edge milling machine is widely used in pressure vessels, boilers, shipbuilding, electric power, chemical engineering, and general machinery manufacturing. It is specifically designed for processing straight flanges, beveled edges, and U-type grooves prior to welding.

The main frame is welded and stress-relieved through high-temperature annealing to prevent deformation. The guide rail combines suspension and seating supports, offering better stability than conventional designs and reducing vibration. The feeding device is motor-driven with VFD control, providing infinitely variable speed from 0.13 to 1.0 m/min. The milling head uses standard indexable cutter inserts for easy replacement and versatile use. A built-in workpiece stop device enables fast, accurate positioning of metal plates, while a dedicated bottom support system ensures stable processing of extra-long workpieces. The machine uses a slide-touch conductor bar, which is safer and more aesthetically pleasing than traditional hanging cables.

1.1 Main frame is welded and stress-relieved via high-temperature annealing to prevent deformation.
1.2 Guide rail combines suspension and seating supports, offering greater stability than conventional designs and reducing vibration.
1.3 Feeding device is motor-driven with VFD control, providing infinitely variable speed from 0.13 to 1.0 m/min.
1.4 The milling head uses standard indexable cutter inserts for easy replacement and versatile application.
1.5 A built-in workpiece stop device enables fast, accurate positioning of metal plates.
1.6 A dedicated bottom support system ensures stable processing of extra-long workpieces.
1.7 The machine uses a slide-touch conductor bar system, which is safer and more attractive than traditional hanging cables.

1. Processes square, rectangular, and round tubes without requiring accessory changes when switching between different types and sizes.
2. Features a human-machine interactive interface for simple operation. Processing speed is adjustable from 0 to 1500 mm/min, with automatic adjustment based on bevel size. Surface finish reaches Ra3.2–6.3 for stronger welds.
3. Widely used in medium-to-high-end beveling applications, including container manufacturing, shipbuilding, and special vehicle production.

This series of heavy tank beveling and milling edge machines is a specialized, high-efficiency solution designed for beveling large storage tanks, pressure vessels, and heavy structural components. The main frame features an integrated welded construction followed by high-temperature stress-relief annealing, effectively eliminating internal stresses to ensure long-term dimensional stability and prevent deformation. The machine combines high-rigidity design with advanced control technology, purpose-built to handle the challenges of extra-thick plates and oversized workpieces.

This pipe cutting and beveling machine delivers high-speed milling with micron-level accuracy for pipe and plate processing. The welded main frame undergoes stress-relief annealing to prevent deformation. Hybrid guide rails dampen vibration, while VFD-controlled feed (0.13–1.0 m/min) ensures smooth operation. It produces straight, inclined, U/V/K-shaped bevels in one pass, eliminating secondary grinding.

Processing carbon steel, stainless steel, and aluminum plates from 6–80mm (standard) up to 6–400mm (heavy-duty), with 0°–90° bevel angle adjustment. Features include automatic clamping, edge detection, and slide-touch conductor bar for safety.

Compared to edge planers, it offers lower cost, less energy use, better finish, and simpler maintenance. Widely used in pressure vessels, boilers, shipbuilding, and heavy machinery.

Models: YK-PHD1010 / YK-PHD1616 / YK-PHD2016 / YK-PHD3016 / YK-PHD4016

This series is a gantry-mobile CNC high-speed drilling and milling machine, engineered for drilling, tapping, and milling operations on steel plates, flanges, heat exchangers, tube sheets, and slewing bearings. It supports carbide drills with internal cooling for high-speed drilling applications. Equipped with either KND or Siemens CNC systems featuring bus control, the machine offers user-friendly operation and delivers high-precision, automated production ideal for multi-variety, small-to-medium batch manufacturing.