This article explains why clamp configurations differ across FX series butt fusion machines. Models up to 315 use fewer clamp blocks, which is sufficient for smaller pipes. From size 355 upward, the number of clamp blocks increases to form a full-circle arrangement, providing more even contact and better stability for larger and heavier pipes during welding.

This article introduces a practical PE pipe cutting method designed for trench and on-site applications. Side-type PE pipe cutters allow cutting when space is limited and pipes are already installed. With clean cuts and minimal debris, this method is suitable for electrofusion and butt fusion preparation, especially for on-site PE pipe installation and adjustment.

This article previews the upcoming FUSINGX rubber roller pipe stand, designed for supporting and handling large-diameter PE pipes from DN630 to DN1200. Built with a heavy-duty steel structure and rubber-coated rollers, the stand provides stable support and smooth pipe movement during butt fusion welding and on-site pipe handling operations.

This article introduces the standard remote control used on FX series butt fusion machines. Designed for on-site operation, the remote provides emergency stop, forward and backward movement control, and trimmer operation. With a magnetic design for easy placement, it allows operators to work more flexibly and safely during pipe alignment and welding processes.

The FX series green heating plate is designed as a standard component for high-end butt fusion machines. It features multi-point temperature testing, a thicker plate structure, high-quality coating, and reliable internal components. By focusing on temperature consistency and long-term stability, the green heating plate supports reliable welding performance under real jobsite conditions.

This article explains the internal gear-driven structure used in our pipe fusion facers. Unlike common chain-driven designs, the full gear transmission provides higher efficiency, smoother rotation, and long-term stability. The facer drives both cutter plates simultaneously, ensuring even and consistent facing on both pipe ends. This design reduces vibration, simplifies maintenance, and delivers reliable performance for continuous butt fusion welding operations.

This article explains the anti-slip pad system used on large-diameter FX series butt fusion machines. Designed to reduce pipe movement during alignment and welding, the adjustable pads increase contact area and distribute clamping force more evenly. With 96 pads used on models such as the FX1000, the system improves stability under real jobsite conditions without changing the welding process.

The data logger is an optional accessory for A, FX, and A Pro series butt fusion machines. It records key welding parameters such as temperature, pressure, heating time, and cooling time, supporting ISO and DVS standards. Designed for projects requiring documentation and traceability, it enables exportable and printable weld records for quality control and long-term reference.

This article records a workshop operation of the FX500 butt fusion machine used for HDPE pipe welding. It shows the complete welding procedure, including pipe clamping, facing, heating, fusion, and cooling. The operation demonstrates how the FX500 performs during practical butt fusion welding under standard workshop conditions.

This article discusses the characteristics of small-diameter HDPE pipe welding and introduces the FX160 butt fusion machine designed for the 63–160 mm range. With its compact structure, clear component layout, and practical configuration, the FX160 provides a reliable and easy-to-operate solution for small-diameter PE pipe butt fusion welding in both workshop and on-site environments.

The FX Gen 2 hydraulic power unit is a complete redesign rather than an upgrade. It separates control logic for different stages like facing and welding, improving precision and stability. With remote operation positioned at the machine frame and a more integrated structure, the system offers clearer control, smoother workflow, and a more intuitive operating experience.

Gear-driven and chain-driven facers differ mainly in transmission stability and long-term performance. Chain systems may loosen and introduce slight vibration over time, while gear-driven facers provide more consistent torque, smoother rotation, and easier maintenance. These differences become more evident in large-diameter pipe welding, where stable facing directly affects overall welding quality.

The FX250 highlights what truly defines a high-end butt fusion machine. Rather than focusing on appearance, it improves stability and control in key stages such as facing, heating, and welding. With an upgraded hydraulic system, remote operation, and a thicker heating plate, it delivers more consistent performance in everyday 63–250mm pipe welding applications.

These HDPE fitting samples were welded using FX series machines and assembled into a simple structure for observation. The photos show consistent weld bead appearance, proper alignment, and stable joint condition across different connection types. Some images were taken at the Canton Fair booth during product display.