HWlEiC currently offers the G Series, GP Series, and PH Series in this category. The G and GP Series focus on large-format laser cutting, while the PH Series is designed as a high-speed fiber laser cutting machine. Different models and customizable configurations are available for different production requirements.

The main difference is the production priority. A large-format fiber laser cutting machine focuses on processing larger or longer metal sheets and can reduce the need to divide oversized workpieces into multiple sections. A high-speed fiber laser cutting machine places greater emphasis on rapid motion, acceleration, and shorter processing cycles. For example, HWlEiC’s G and GP Series are large-format systems, while the PH Series is positioned for high-speed cutting.

The G Series is designed for metal materials including stainless steel, carbon steel, galvanized sheet, brass, aluminum, and various alloy plates. Actual cutting capability depends on the material, thickness, laser power, cutting gas, and selected machine configuration.

HWlEiC’s G Series uses a modular machine body. The current product information specifies configurable machine-body dimensions from 6,000–32,000 mm in length and 3,000–5,000 mm in width, and states that full-size sheet cutting up to 32,000 × 5,000 mm can be supported without segmentation or welding. Final working dimensions should be confirmed according to the selected configuration.

The G Series product page lists a 6–60 kW laser power range, while specific model configurations list available power options including 6, 12, 20, 30, 40, and 50 kW. The appropriate power should be selected according to the material, thickness, cutting requirements, and production objectives rather than simply choosing the highest available power.

Yes. The HWlEiC G and GP Series support optional bevel cutting up to ±45°, including X-, Y-, and V-shaped bevels according to the current product information. This can help prepare parts for subsequent assembly and welding while reducing the need for additional processing.

A modular structure makes it possible to configure the machine for different large-format processing requirements. HWlEiC uses a modular machine-body design on its G and GP large-format systems, allowing extended processing dimensions for long and oversized sheets. This is particularly relevant when standard-format cutting machines cannot accommodate the required workpiece size.

The G Series uses a modular hollow bed with graphite fire-resistant plates to reduce thermal deformation. Its machine bed also undergoes multiple thermal treatment processes, including annealing and aging treatment, to support rigidity and long-term cutting stability.

The current G Series product information specifies ±0.05 mm positioning accuracy for its precision guide and rack-and-pinion drive configuration. Actual cutting results can also be affected by material characteristics, thickness, process parameters, machine configuration, and operating conditions.

The G Series uses safety light curtains and emergency-stop sensors to monitor the cutting area. The product page also describes safety gratings around the crossbeam that can trigger an emergency stop when an obstacle enters the protected area, helping protect both operators and equipment.

The G Series uses a zoned dust-removal system together with funnel-guided scrap disposal. This configuration is designed to simplify scrap handling and dust extraction across a large cutting area.

Acceleration determines how quickly the cutting system can reach the required movement speed after starting, stopping, or changing direction. It is therefore particularly relevant to cutting paths involving frequent movements. HWlEiC’s PH Series is specifically positioned as a High-Speed Fiber Laser Cutting Machine, combining high-speed motion with high acceleration for production-oriented sheet metal processing.

The choice should depend on the production task. High-power configurations are generally selected when the required material and thickness demand greater cutting capacity, while high-speed machines emphasize productivity and dynamic performance. Buyers should therefore evaluate material type, material thickness, sheet dimensions, required throughput, and downstream processing requirements before selecting a configuration.

For HWlEiC’s range, the G/GP and PH Series represent different approaches to demanding industrial cutting requirements rather than interchangeable configurations.

A large-format machine is particularly relevant when standard working areas cannot accommodate the dimensions of the workpiece, or when cutting a large sheet as a single piece can simplify production. HWlEiC specifically identifies applications involving long and heavy sheets and lists shipbuilding, engineering, and construction machinery among the intended applications of its ultra-large-format systems

Yes. The Ultra Fiber Laser Cutting Machine category identifies customizable configurations for its large-format machines, and the GP Series specifically states that its working area can be customized through its modular machine-body design. The final configuration should be determined according to the customer’s workpiece dimensions and processing requirements.

For a more appropriate machine configuration, buyers should provide at least the material type, material thickness range, maximum sheet dimensions, expected production requirements, and any special processes such as bevel cutting. These factors help determine whether the application is better suited to a large-format, high-power, high-speed, or customized fiber laser cutting configuration.

Start with the main production requirement. The G Series and GP Series are large-format laser cutting solutions and support customizable processing dimensions, while the PH Series is positioned as a high-speed fiber laser cutting machine. If oversized or long sheets are the main requirement, evaluate the G/GP configurations; if high-speed sheet processing is the priority, evaluate the PH Series. The final model should then be selected according to material, thickness, sheet size, required power, and production target.