Explore HSG laser cutting systems at Hillary Machinery for sheet metal, plate, tube, and structural fabrication. The HSG lineup includes high-speed fiber laser cutting machines, large-format plate cutting systems, dedicated tube lasers, and combined sheet-and-tube solutions to meet a wide range of metal processing needs.
With options for bevel cutting, automated material handling, and three-dimensional laser processing, HSG systems support applications ranging from flat-sheet production to complex component manufacturing. Hillary Machinery helps you evaluate material thickness, part dimensions, cutting requirements, and production volume to select the right machine configuration for your operation.
Explore HSG fiber laser cutting machines at Hillary Machinery
and find a system suited to your fabrication needs.
Explore fiber laser cutting systems at Hillary Machinery for manufacturers looking to expand cutting capacity, improve part consistency and bring more metal fabrication work in-house. From sheet metal components and plate fabrication to tube and structural profiles, choosing the right laser system starts with understanding the parts you produce and the demands of your operation.
A CNC fiber laser cutting machine combines a focused laser beam with programmed motion to produce detailed metal components. These systems support a wide range of cutting applications, including external profiles, holes, slots and complex contours. Whether you manufacture custom parts in small batches or repeat components across multiple shifts, the machine configuration should match your material mix, production schedule and finished-part requirements.
Fiber laser technology is used to process carbon steel, stainless steel, aluminum and, with suitable equipment and cutting parameters, copper and brass. Cutting performance depends on the material, thickness, laser power, cutting head, assist gas and machine configuration.
For sheet metal applications, a fiber laser can produce components such as brackets, panels, enclosures, covers and mounting plates. Plate cutting applications may require greater laser power, larger work areas or additional material-handling capacity. The goal is to select a system that handles your everyday workload efficiently while providing capacity for the jobs you expect to pursue.
Edge quality also deserves attention. A part that moves directly into bending, welding or assembly may have different requirements from one that needs additional finishing. Reviewing representative parts helps establish realistic expectations for cut quality, cycle time and secondary operations.
Flatbed fiber laser cutting systems provide a flexible platform for manufacturers processing sheet and plate. Important considerations include usable cutting dimensions, material thickness, part size and the frequency of sheet changes.
A larger cutting bed can accommodate oversized material or support different nesting arrangements, but it also affects floor space and handling requirements. Exchange tables and compatible loading systems can help reduce interruptions between cutting cycles. Their value depends on the volume of work moving through the machine and how efficiently operators can remove finished parts.
HSG’s product portfolio includes 2D fiber laser cutting solutions for sheet metal fabrication, with configurations that combine cutting technology and automation. When comparing systems, evaluate the complete production cycle, including programming, loading, piercing, cutting, unloading and sorting.
Tube laser cutting systems address applications involving tubular components and structural profiles. Depending on the model, these machines can process round, square, rectangular and other supported sections.
Selection should account for the workpiece dimensions, length, weight and required cut geometry. Chucking arrangements, loading options and the management of remaining material can also affect productivity.
For manufacturers working with both flat material and tubular components, sheet-and-tube combination systems offer another configuration to consider. Compare that approach with dedicated machines based on scheduling, workload and whether both processes need to operate at the same time.
Laser power is one part of the selection process. Higher power can increase cutting capacity and speed in suitable applications, but overall output also depends on part geometry, material handling, programming and downstream capacity.
Assist gas selection influences the cutting process and the resulting edge. Oxygen supports cutting through a reaction with the material, while nitrogen is used for fusion cutting where an oxide-free edge is desired. The appropriate process depends on the material and finished-part requirements.
Automation should support the way your shop operates. Loading and unloading equipment, material storage and production software can help keep work moving, but the greatest benefit comes from matching those capabilities to a consistent flow of jobs. Consider how cut parts will reach bending, welding, machining or assembly before sizing the laser’s production capacity.
Start your machine evaluation with the materials and parts you manufacture most often. Share your typical thicknesses, sheet or tube dimensions, representative drawings, production quantities and available floor space. Include any requirements for edge finish, bevel cutting, automation or future expansion.
Contact Hillary Machinery to discuss available fiber laser cutting systems, machine specifications, configuration options and pricing. Whether you are adding your first laser or expanding an existing fabrication operation, a clear application review provides a practical starting point for selecting equipment around your production needs.
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