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 range includes compact sheet-cutting systems, standard industrial models, sheet-and-tube configurations, and exchange-table machines for continuous production.
In 100+ Countries
On-site or Remote
Ready to Ship Globally
Quick Response 24/7
Our Fiber Laser Cutting Machine Models
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.
How to Choose the Right Fiber Laser Cutting Machine
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.
By Material Type and Maximum Thickness
Identify the metals you process and the maximum required thickness. Laser power, assist gas, cutting speed, and edge-quality requirements must be evaluated together.
By Sheet Size and Working Area
Match the machine working area to your standard sheet dimensions, part sizes, nesting requirements, and available workshop space.
By Production Volume
Choose between compact sheet-cutting systems, standard industrial machines, and higher-throughput configurations according to daily output and operating hours.
By Machine Configuration
Select a standard flatbed machine, exchange-table system, or sheet-and-tube configuration based on the products and production workflow you require.
By Utilities and Automation
Confirm electrical capacity, cooling, extraction, assist-gas supply, floor space, loading requirements, and the level of automation needed before ordering.
Compare Fiber Laser Cutting Machine Models
Compare machine types, working areas, production roles, laser configurations, and workflow advantages across the current Hightech fiber laser cutting machine range.
| Compare | HT 3015 ST | HT 4015H |
HT FC-2040 Exchange Table | HT FC-1325 | HT FC-2040 | HT FC-1530 |
|---|---|---|---|---|---|---|
| Best For | Businesses cutting both metal sheets and compatible tubes | Demanding industrial fabrication and larger production environments | Continuous sheet production with reduced loading delays | Smaller sheets, signage, custom parts and limited workshop space | High-volume industrial metal-sheet manufacturing | General sheet-metal fabrication and medium-volume production |
| Machine Type | Sheet-and-Tube Fiber Laser Cutter | Industrial Flatbed Fiber Laser Cutter | Exchange-Table Flatbed Fiber Laser Cutter | Compact Flatbed Fiber Laser Cutter | Industrial Flatbed Fiber Laser Cutter | Standard Flatbed Fiber Laser Cutter |
| Work Area | Not specified on current product page | 4000 × 1500 mm | 2000 × 4000 mm | 1300 × 2500 mm |
1300 × 1500 mm As listed on the current product page | 3000 × 1500 mm |
| Laser Power |
1500W / 3000W / 6000W / 12000W | Raycus 6000W |
Raycus Fiber Laser Source Wattage not stated |
Raycus Fiber Laser Source Wattage not stated |
Raycus Fiber Laser Source Wattage not stated |
Raycus Fiber Laser Source Wattage not stated |
| Positioning Accuracy | ±0.03 mm | ±0.03 mm | ±0.05 mm | ±0.05 mm | ±0.05 mm | ±0.05 mm |
| Applicable Materials |
Metal, Stainless Steel, Aluminum, Copper, Brass, Carbon Steel, Galvanized Sheet |
Supported Metal Sheets Exact material list is not itemized on the current product page |
Aluminum Alloy, Brass, Carbon Steel, Copper, Electrolytic Sheet, Galvanized Sheet, Manganese Alloy, Silicon Steel, Stainless Steel, Titanium Alloy |
Aluminum Alloy, Brass, Carbon Steel, Copper, Electrolytic Sheet, Galvanized Sheet, Manganese Alloy, Silicon Steel, Stainless Steel, Titanium Alloy |
Aluminum Alloy, Brass, Carbon Steel, Copper, Electrolytic Sheet, Galvanized Sheet, Manganese Alloy, Silicon Steel, Stainless Steel, Titanium Alloy |
Aluminum Alloy, Brass, Carbon Steel, Copper, Electrolytic Sheet, Galvanized Sheet, Manganese Alloy, Silicon Steel, Stainless Steel, Titanium Alloy |
| Key Configuration |
Sheet-and-Tube Processing, Auto-Focus Head, Capacitive Height Control, 1.5G Maximum Acceleration |
Raycus 6000W Source, BLT 421H Head, Cypcut 4000E, 1.5G Maximum Acceleration |
Dual Exchange Table
Automatic Focusing, Intelligent Tracking, FSCUT Control |
Raycus Source, Raytools Auto-Focus Head, FSCUT Control, 0.4G Maximum Acceleration |
Automatic Focusing, Intelligent Tracking, Free Nesting, FSCUT Control |
Automatic Focusing, Intelligent Tracking, Free Nesting, FSCUT Control |
| Product Page | View HT 3015 ST | View HT 4015H | View FC-2040 ET | View FC-1325 | View FC-2040 | View FC-1530 |
Why Choose Hightech Fiber Laser Cutting Machines?
High-Precision and Stable Metal Cutting
High-quality fiber laser sources, auto-focus cutting heads, capacitive height control, servo motion systems, and rigid machine beds support accurate and consistent cutting across production runs.
Flexible Material and Assist-Gas Options
Selected machines can operate with air, oxygen, or nitrogen and process common industrial metals including carbon steel, stainless steel, aluminum, brass, copper, and galvanized sheet.
Configurations for Different Workflows
Choose from compact flatbed systems, standard industrial machines, larger working areas, exchange-table equipment, and sheet-and-tube configurations.
Global Configuration and Technical Support
Hightech provides machine configuration consultation, worldwide shipping options, remote installation guidance, operator training, spare parts, and technical support.
Metals and Fiber Laser Cutting Applications
Hightech fiber laser cutting machines support accurate processing of common industrial metals for sheet-metal fabrication, machinery components, enclosures, structural panels, signage, and custom manufacturing.
Carbon Steel and Stainless Steel
Cut structural parts, machinery components, brackets, enclosures, panels, and fabricated products with the appropriate laser power and assist gas.
Aluminum, Brass and Copper
Process compatible non-ferrous sheets for signs, decorative components, electrical products, furniture parts, and custom fabrication.
Galvanized and Electrolytic Sheet
Produce HVAC parts, refrigeration components, cabinets, housings, panels, and industrial sheet-metal assemblies.
Silicon Steel and Titanium Alloys
Selected machine configurations support compatible industrial alloys according to material thickness, laser power, assist gas, and required cut quality.
Machinery, HVAC and Elevator Components
Manufacture mechanical parts, electrical enclosures, refrigeration products, elevator panels, brackets, frames, and structural components.
Signage and Custom Metal Products
Produce metal letters, decorative panels, display structures, branding elements, metal furniture parts, and custom fabricated components.
Types of Fiber Laser Cutting Machines
Hightech offers fiber laser cutting machine configurations for smaller sheet formats, standard industrial production, continuous exchange-table workflows, and combined sheet-and-tube processing.
Small and Compact Fiber Laser Cutting Machines
Compact fiber laser machines are suitable for smaller sheets, custom parts, signage, and lower-volume production. Models such as the HT FC-1325 provide industrial CNC control in a smaller installation footprint.
Industrial Fiber Laser Cutting Machines
Industrial fiber laser machines are built for regular production, larger workpieces, and higher throughput. They are widely used for machinery parts, enclosures, HVAC products, elevator components, panels, and fabricated metal products.
Exchange-Table Fiber Laser Cutting Machines
Exchange-table systems use two working platforms, allowing one table to be loaded while the other is cutting. This reduces idle time and supports continuous sheet-metal production.
Sheet-and-Tube Fiber Laser Cutting Machines
Sheet-and-tube machines process flat sheets as well as compatible tubes and profiles. They are suitable for frames, furniture parts, machinery structures, railings, automotive components, and fabricated assemblies.
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. These factors should be evaluated 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.
What is an exchange-table fiber laser cutting machine?
An exchange-table machine uses two working platforms so one table can be loaded or unloaded while the other remains in the cutting area. This helps reduce non-cutting time between production cycles.
What assist gases can be used?
Selected fiber laser machines can operate with air, oxygen, or nitrogen. The correct gas depends on the metal, thickness, cutting speed, edge-quality requirements, and machine configuration.
What working area should I choose?
Choose a working area that accommodates your standard sheet dimensions, nesting layout, part size, available floor space, and loading workflow without unnecessary material repositioning.
What utilities are required?
Most industrial fiber laser installations require suitable electrical capacity, water cooling, assist-gas delivery, extraction or ventilation, compressed air where applicable, and adequate installation and loading space.
Do you provide installation, training, and technical support?
Hightech provides machine configuration consultation, remote installation guidance, operator training, spare parts, and technical support. The exact service arrangement should be confirmed for the selected model and destination country.