Fiber laser Cutting Machine
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Fiber Laser Cutting Machines
Hightech supplies fiber laser cutting machines for accurate, efficient processing of carbon steel, stainless steel, aluminum, brass, copper, galvanized sheet, titanium alloys, silicon steel, and other supported metals. Our fiber laser cutting machine products include compact sheet-cutting systems, standard industrial models, sheet-and-tube configurations, and exchange-table machines for continuous production.
Choose a fiber laser cutting machine for metal based on your material type, maximum thickness, sheet dimensions, required production volume, available floor space, and automation requirements. Explore the available models below or request a customized machine recommendation and quotation.
Compare Our Fiber Laser Cutting Machine Products
The Hightech collection currently includes six fiber laser machine models covering different working areas and production requirements. Available configurations include standard flatbed machines, sheet-and-tube systems, and an exchange-table model designed to reduce loading and unloading delays.
| Model | Machine Type | Best Suited For |
| HT FC-1325 | Compact flatbed fiber laser cutter | Smaller sheet formats, signage, custom parts, and workshops with limited space |
| HT FC-1530 | Standard flatbed fiber laser cutter | General sheet metal fabrication and medium-volume production |
| HT FC-2040 | Large-format flatbed fiber laser cutter | Larger metal sheets and industrial components |
| HT FC-2040 Exchange Table | Exchange-table fiber laser cutter | Continuous production and reduced non-cutting time |
| HT 3015 ST | Sheet-and-tube fiber laser cutter | Businesses processing both metal sheets and compatible tubes |
| HT 4015H | Industrial fiber laser cutter | Larger production environments and demanding fabrication workflows |
Types of Fiber Laser Cutting Machines
Small and Compact Fiber Laser Cutting Machines
A small fiber laser cutting machine is suitable for workshops that process smaller sheet formats, custom components, signs, metal letters, panels, and short production runs. A compact working area can reduce the required installation footprint while retaining industrial CNC control, automatic focusing, and precision motion components.
The HT FC-1325 Fiber Laser Cutting Machine, for example, is presented with a 1300 × 2500 mm working area and supports common metals including carbon steel, stainless steel, aluminum alloy, copper, brass, and galvanized sheet.
Compact does not necessarily mean desktop. A true desktop fiber laser cutting machine must have a bench-compatible footprint and appropriate safety construction. Most metal-cutting fiber laser systems require dedicated industrial space, extraction, cooling, gas delivery, and suitable electrical capacity.
Industrial Fiber Laser Cutting Machines
An industrial fiber laser cutting machine is designed for regular production, larger workpieces, higher throughput, and integration into metal fabrication workflows. These systems may include heavy-duty welded frames, servo motion systems, automatic focusing, CNC nesting software, larger working areas, and higher laser power options.
Industrial machines are commonly used for machinery components, electrical enclosures, HVAC products, elevator parts, refrigeration equipment, automotive components, metal furniture, structural panels, and custom fabricated products. For standard production, review the HT FC-1530 Fiber Laser Cutting Machine; for larger work areas and demanding workflows, compare the HT FC-2040 and HT 4015H models.
Exchange-Table Fiber Laser Cutting Machines
An exchange-table machine uses two working platforms. While one table is inside the cutting area, the second can be unloaded and prepared with new material. The tables then exchange positions, reducing idle time between cutting cycles.
The HT FC-2040 Exchange Table model is designed for industrial sheet processing and continuous production. Its listed features include automatic focusing, intelligent tracking, CNC control, and a 2000 × 4000 mm work area.
Sheet-and-Tube Fiber Laser Cutting Machines
A combination fiber laser system such as the HT 3015 ST Fiber Laser Cutting Machine can process flat metal sheets and compatible tubes or profiles. This configuration can reduce the need for two separate machines and is useful for manufacturers producing frames, furniture components, machinery structures, railings, automotive parts, and fabricated assemblies.
Tube dimensions, profile shapes, chuck capacity, and supported material thickness must be checked against the selected model before purchase.
Why Choose a Hightech Fiber Laser Cutting Machine?
Hightech Industry Group offers multiple machine sizes and configurations for small workshops, established fabrication companies, and industrial manufacturers. Available product options include compact flatbed systems, larger sheet-processing machines, sheet-and-tube configurations, and exchange-table equipment.
Selected models feature fiber laser sources, automatic focusing heads, CNC control systems, servo drives, water chillers, rigid machine beds, and compatibility with common industrial assist gases. Hightech also provides machine configuration consultation, worldwide shipping options, remote installation guidance, operator training, spare parts, and technical support.
Machine configuration can be discussed according to working area, power requirements, voltage, language settings, accessories, production objectives, and destination country.
Frequently Asked Questions
What materials can a fiber laser cutting machine cut?
Fiber laser machines can process many common metals, including carbon steel, stainless steel, aluminum, copper, brass, galvanized sheet, silicon steel, and titanium alloys. Supported thickness depends on the machine, laser power, assist gas, and required cutting quality.
What is the best fiber laser cutting machine for metal fabrication?
The correct machine depends on sheet size, metal type, maximum thickness, daily output, floor space, and whether tube processing is required. A supplier should evaluate these factors before recommending a model.
What is the difference between a small and an industrial fiber laser cutting machine?
Small machines generally have a more compact working area and are suitable for smaller sheets or lower-volume production. Industrial machines may offer larger tables, higher power, heavier frames, exchange tables, automation, and greater continuous-production capacity.
Can one fiber laser machine cut both sheets and tubes?
Yes, but the machine must be designed as a sheet-and-tube combination system. Standard flatbed machines normally process sheets only.
How much laser power do I need?
Required power depends on the material, maximum thickness, desired cutting speed, assist gas, and edge-quality requirements. Submit sample materials and production details for an application-based recommendation.