Hillary Machinery offers HSG fiber laser cutting equipment for manufacturers and fabricators processing sheet metal, tubing, pipe and structural profiles. HSG laser systems are available in configurations for flat sheet cutting, sheet-and-tube applications and structural profile processing.
Explore Fiber Laser Cutting Machines
HSG sheet metal fiber laser cutting systems are designed for producing flat components such as panels, brackets, enclosures and precision fabricated parts. Machine selection should consider cutting area, material type, material thickness, laser power and production requirements.
HSG sheet-and-tube fiber laser systems combine flat-sheet and tubular processing capabilities in a single platform. These machines can be a strong fit for manufacturers producing a mix of sheet metal components and tubular or structural parts while reducing the need for separate cutting systems.
HSG profile laser cutting systems are designed for processing tubing, pipe and structural sections that require specialized material support, positioning and cutting access. Available configurations can accommodate complex profiles and applications requiring advanced cutting geometry or bevel capability.
The right fiber laser depends on your material sizes, thicknesses, part geometry, production volume and material-handling requirements. Hillary Machinery can help evaluate the application and identify an HSG laser system suited to your production needs.
Use representative drawings and material grades when comparing HSG configurations. Check the smallest features, edge condition and any cleanup required before bending, welding or assembly. Maximum thickness alone does not describe the quality or output available on a particular job.
Sheet loading, part sorting and scrap removal affect the time between completed nests. For tube and profile work, include the loading length, component support and access for removing cut parts.
Choose power after comparing results on the intended material mix. Cutting time, edge quality, gas use and subsequent finishing all contribute to the cost per acceptable part.
Do not assume it can. Review the proposed machine's operating sequence and shared resources against your schedule before combining both workloads.
Bevel capability depends on the cutting head, machine configuration and software. Identify the required angles and weld-preparation details during selection.
Share part drawings, material grades, thicknesses, stock sizes and production quantities with Hillary Machinery. Include the required edge condition and the operation that follows cutting so the review addresses the complete fabrication process.
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