Laser Cutting Machine

Industrial Fiber Laser Cutting Machines Manufacturer

HT Laser manufactures industrial fiber laser cutting machines for sheet metal, tubes, profiles and specialized precision materials. Our equipment portfolio covers standard fiber cutters, exchange-table systems, tube and sheet-tube machines, 3D laser cutting systems and application-specific laser solutions. Configurations can be adapted to material thickness, working area, production volume, automation requirements and factory power conditions.

Ceramic Substrate Laser Cutting Machine
The Ceramic Substrate Laser Cutting Machine is a precision laser processing system for cutting ceramic substrates, brittle materials, and thin metal sheets used in semiconductor packaging, power...
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3-D 5-Axis Laser Cutting Machine
The 3-D 5-Axis Laser Cutting Machine is a fiber laser system for precision cutting of irregular curved parts, bent tubes, and three-dimensional structural components. Its X/Y/Z linear axes with...
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3D Robotic Laser Cutting Machine
The HT-SZF Series 3D Robotic Laser Cutting Machine is a 6-axis fiber laser cutting system for three-dimensional metal components, including hot-stamped automotive parts, formed panels, welded...
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Thin Film Laser Cutting Machine
The Thin Film Laser Cutting Machine is a CO₂laser cutting system for flexible films, functional materials, and ultra-thin non-metal components. It processes PI film, PET film, optical film,...
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Small Breadth Metal Laser Cutter
The Small Breadth Metal Laser Cutter is a compact fiber laser cutting machine for processing small and medium-sized metal components such as brackets, panels, fixtures, and sheet metal parts.
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Technical Specifications

Parameter	Typical Configuration / Range
Laser Type	Fiber Laser
Laser Power	1 kW–40 kW+
Working Area	1500 × 3000 mm / 2000 × 4000 mm / 2000 × 6000 mm / Custom
Cutting Head	Auto-Focus
Axis Configuration	Servo-driven X/Y/Z
Assist Gas	Oxygen / Nitrogen / Compressed Air
Loading Configuration	Single Platform / Exchange Table / Automatic Loading

Compatible Materials: Carbon Steel / Stainless Steel / Aluminum / Brass / Copper / Galvanized Steel / Selected Alloys

Standard Fiber Laser Cutting Machines

Machine Type	Primary Application
Single Platform Fiber Laser Cutter	Thin to medium sheet metal and lower-volume production
Exchange Table Laser Cutting Machine	High-throughput sheet metal production
Fully Enclosed Fiber Laser Cutter	Enclosed high-power cutting and operator protection
Tube & Pipe Laser Cutting Machine	Round, square, rectangular and specialized profiles
Sheet & Tube Integrated Laser Machine	Sheet and tube processing on one platform

Application-Specific Laser Cutting Systems

3D 5-Axis Laser Cutting Machine

3D trimming, contour, hole and bevel processing.

3D Robotic Laser Cutting Machine

Robotic cutting and trimming of 3D components.

Ceramic Substrate Laser Cutting Machine

Al₂O₃, AlN, LTCC, DBC and AMB substrates.

Thin Film Laser Cutting Machine

Thin-film and precision material processing.

Small-Breadth Metal Laser Cutter

Compact-format precision metal cutting.

Power Range & Cutting Capability

Laser Power	Primary Application	Typical Maximum Thickness
1–3 kW	Thin-sheet cutting	Carbon Steel ≤20 mm / Stainless Steel ≤8 mm
4–12 kW	Medium-plate fabrication	Carbon Steel ≤40 mm / Stainless Steel ≤30 mm
15–40 kW+	Heavy-plate cutting	Carbon Steel ≤100 mm / Stainless Steel ≤80 mm

Aluminum / Copper / Brass: Up to approximately 60 mm for selected applications.
Assist Gas: N₂ / O₂ / High-Pressure Air

Selection Guide

Your Production Requirement	Recommended Configuration	Suggested Options
Prototyping / Small-Batch / High-Mix Production	Single Platform Fiber Laser Cutter	1–3 kW / Standard 1530 Bed
Continuous High-Volume Thick-Plate Production	Dual Exchange-Table Fully Enclosed Laser Cutter	6–20 kW / Automatic Nozzle Changer
Limited Floor Space / Sheet + Tube Processing	Sheet & Tube Integrated Laser Machine	Dual Pneumatic Chucks / Exchange Table
3D Automotive / Aerospace Trimming	3D 5-Axis or Robotic Laser Cutting Cell	6-Axis Robot / 3D Multi-Axis Cutting Head
High-Precision Ceramic Substrate Processing	Ceramic Substrate Laser Microprocessing System	UV / Picosecond Laser / Edge-Chipping Control ≤5–10 μm

Industries & Applications

Automotive & Transportation

Chassis components, body parts, brackets and structural components.

Aerospace & Defense

High-tolerance alloy components and complex profiles.

Heavy Machinery & Agricultural Equipment

Machine frames, supports and thick steel structures.

HVAC & Elevator Manufacturing

Panels, enclosures, brackets and repetitive sheet-metal components.

Kitchenware & Hardware

Stainless steel parts, appliance components, hardware and decorative metal parts.

Automation & Custom Engineering

HT Laser configures machine automation and OEM requirements according to production volume, material flow, factory layout and application requirements.

Material Handling: Automatic loading/unloading, dual-pallet exchange and material tower storage.

Process Automation: Automatic nozzle changing, cleaning and calibration.

Robotic Integration: Robotic handling, positioning and multi-machine production cells.

Safety & Environmental Systems: Anti-collision cutting heads, capacitive height sensing and zonal dust extraction.

Machine Customization: Custom laser power, working area, cutting head, machine format and electrical configuration.

OEM Branding: Machine colors, software GUI and private labeling.

Electrical Adaptation: 220V / 380V / 415V / 480V, 50/60 Hz.

Manufacturing Quality & QC

FEA Machine Bed: Structural stress analysis for dynamic stability.

>600°C Annealing: Thermal stress relief before precision machining.

5-Axis Gantry Milling: Precision machining of guide-rail and rack mounting surfaces.

Renishaw Laser Interferometer: Axis positioning and geometric accuracy verification.

72-Hour Full-Load Burn-In:

Continuous cutting test before factory release.

Final QC:

Mechanical, electrical, motion-axis and cutting-performance inspection before shipment.

Quality System:

ISO 9001:2015.

Why Choose HT Laser

20+ Years of Expertise: Established in 2004; National High-Tech Enterprise with 4 Invention Patents & 20+ Utility Model Patents.

Global Reach: Systems installed across 100+ countries and regions.

Advanced Processing: Ceramic substrate processing, 6000W laser cladding, QCW 150W/300W precision welding, 250W CO₂ cutting and inline LWM.

International Certification: ISO 9001:2015, EU CE Certified and US FDA Compliant.

Global OEM References: BYD, BMW, Mercedes-Benz, Valeo, CASC, CSIC, BOE, Sunwoda, Sunlord Electronics, Galanz, Chow Tai Fook and other industry leaders.

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FAQ

Q: How do I select the right laser power for my everyday production?

A: Select laser power based on your typical daily processing thickness, rather than the maximum cutting limit. As a general reference, 3 kW systems are suited to thinner sheet processing, 6–12 kW configurations target medium-plate production, and 15 kW+ systems are designed for heavier plate applications.

Q: What positioning accuracy can your machine bed guarantee?

A: Machine accuracy is supported by >600°C stress-relief annealing, 5-axis gantry milling and Renishaw laser interferometer calibration, helping maintain geometric alignment and reliable dynamic performance during continuous production.

Q: Can the automated exchange table be upgraded later?

A: Automation should preferably be specified during initial ordering. Exchange tables, material storage towers and robotic handling systems may require pre-configured PLC integration, machine-bed modifications and material-flow planning.

Q: What materials can fiber laser cutting machines process?

A: Carbon steel, stainless steel, aluminum, brass, copper, galvanized steel and selected alloys.

Q: What is the maximum cutting thickness?

A: Selected high-power configurations can process up to 100 mm carbon steel, depending on material grade, assist gas, laser power and required cutting quality.

Q: What working areas are available?

A: Standard sizes include 1500 × 3000 mm, 2000 × 4000 mm and 2000 × 6000 mm, with custom working areas available.

Q: What is the difference between single-platform and exchange-table machines?

A: Exchange-table systems reduce loading and unloading downtime and are generally better suited to higher-throughput production.

Q: Can one machine cut both sheets and tubes?

A: Yes. Sheet & Tube Integrated Laser Machines are available for combined sheet and tube processing.

Q: Can the machines be automated?

A: Yes. Options include automatic loading, material storage, exchange tables, nozzle changing, robotic handling and production-line integration.

Q: Can you provide OEM laser cutting machines?

A: Yes. HT Laser supports customization of laser power, working area, electrical configuration, automation, machine appearance, software GUI and private labeling.

As one of the most professional laser cutting machine manufacturers and suppliers in China, we have world-leading production equipment and strong manufacturing capabilities. Please feel free to buy high quality laser cutting machine for sale here from our factory. Customized orders are welcome.