Лазерний верстат для різання металу серія HC 6 – 12 кВт
2 700 000,00 ₴
SENFENG HC series fiber laser cutting machine is a high-performance solution for precise and fast sheet metal cutting. The closed design increases work safety, and the dual-table system reduces sheet metal loading and unloading time.
The machine is suitable for processing carbon and stainless steel, aluminum, brass, and other metals. The working area of 3050*1530 mm, high positioning accuracy and modern CNC system ensure stable cutting quality even during intensive serial work.
You can buy a SENFENG laser machine in Ukraine with professional advice, selection of equipment, equipment launch, and service support.
– Laser power: 3 – 20 [kW]
– Max. sheet size: 3050*1530 [mm]
– Max. idle speed: 150 [m/min]
– Max. platform load 1100 – 2000 [kg]
Fully enclosed model for cutting thin and medium sheet metal

Fully enclosed design for safety

Intelligent smoke and dust removal system

Panoramic visual control

Flexible container configuration to save on transportation

Clean cut with impeccable quality
Instant burning
Smooth burning
Burning in increasing order
Burning with slag removal
Neat micro-jumpers
Skip function
Automatic edge detection
| Parameters | Models | |||||
|---|---|---|---|---|---|---|
| 3015H | 4015H | 4020H | 6015H | 6020H | 6025H | |
| Laser power (kW) | 1.5–12 | 1.5–12 | 1.5–12 | 1.5–12 | 1.5–12 | 1.5–20 |
| Working area (L×W, mm) | 3050×1530 | 4050×1530 | 4050×2030 | 6050×1530 | 6050×2030 | 6050×2530 |
| Positioning accuracy along X/Y axes (mm) | ±0.05 | ±0.05 | ±0.05 | ±0.05 | ±0.05 | ±0.05 |
| X/Y repositioning accuracy (mm) | ±0.02 | ±0.02 | ±0.02 | ±0.02 | ±0.02 | ±0.02 |
| Maximum idle speed (m/min) | 130 | 130 | 130 | 130 | 130 | 130 |
| Maximum platform load (kg) | 1100 | 1500 | 1900 | 2200 | 2900 | 6000 |
| Overall dimensions (L×W×H, mm) | 8520×2270×2180 | 10940×2270×2200 | 11064×3243×2260 | 14740×2270×2200 | 14900×3243×2260 | 14804×3785×2670 |
| Power Supply | Three-phase 380 V, 50 Hz/60 Hz | |||||
Automation (optional)

Manual pneumatic cantilever loading device
Work area: 3000×1500 mm / 4000×2000 mm
Loading thickness (carbon steel): 8 mm / 11 mm / 14 mm / 21 mm
Max. loading weight: 500 kg / 750 kg
Download method: manual using a vacuum gripper

Automatic single-console loading device
Work area: 3000×1500 mm / 4000×2000 mm
Loading thickness (carbon steel): 5 mm / 8 mm / 11 mm / 21 mm
Max. loading weight: 300 kg / 750 kg
Download method: vacuum grippers

Single-sided loading/unloading gantry device
Work area: 3000×1500 mm / 4000×2000 mm
Loading thickness (carbon steel): 14 mm / 15 mm
Max. loading weight: 500 kg
Download method: vacuum grippers / fork type unloading

Double-sided loading/unloading gantry device
Work area: 3000×1500 mm / 4000×2000 mm / 6000×2500 mm
Loading thickness (carbon steel): 4 mm / 8 mm / 14 mm / 15 mm / 28 mm
Max. loading weight: 500 kg / 1000 kg

Loading/unloading control device for compact ASB
Max. sheet size: 3000×1500 mm / 4000×2000 mm
Min. sheet size: 800×800 mm
Number of storage levels: 6–17
Max. load per level: 3000 kg
What is laser cutting and how does it work?
Laser cutting machine uses laser as a heat source. It is divided into models for cutting sheet metal and pipes. There are separate machines for sheet metal, pipes, as well as combined models, making this equipment one of the most advanced metalworking solutions on the market.
The machine generates a high-density laser beam, converting laser energy into heat. Local heating, melting or vaporization of the workpiece occurs. The molten material is removed by a flow of auxiliary gas.
What materials are suitable for laser cutting?
The laser cutting machine can process a wide range of materials: stainless steel, carbon steel, alloy steel, silicon steel, aluminum, aluminum alloys, galvanized sheet, aluminum-zinc sheet, titanium and other metal sheets. The equipment is used in many metalworking industries: sheet metal processing, kitchen equipment production, aerospace industry, electrical cabinet manufacturing, auto parts, construction and agricultural machinery and other areas.
How does a customer choose a laser cutting machine that exactly meets their needs?
When choosing a laser cutting machine, users should pay attention to the following factors:
- laser power
- cutting speed
- cutting accuracy
- type of laser generator
- degree of automation and cost of software
- compatibility with the materials being processed
- technical support and service
- installation room requirements
- environmental factors and operational safety
What is the cutting ability of lasers of different powers?
The power of a fiber laser directly determines its cutting capabilities. Fiber lasers of different powers are suitable for processing materials of different thicknesses and types. The following article provides an overview of the cutting capabilities for the main power ranges: cutting parameters of fiber lasers from 1.5 kW to 80 kW.
What should you pay attention to when maintaining a laser cutting machine?
- Optical elements and nozzles
Clean the protective lenses regularly with an optical cloth. If the lens is scratched, replace it promptly. Check the nozzles for dirt and damage, clean with a brass brush, and replace the nozzle if it is deformed. Be sure to wear gloves when working with the lenses. - Focusing and adjusting
Even with the autofocus function, periodically manually check the focus position and adjustment accuracy according to the thickness of the material being processed. - Hygiene and equipment cleaning
Clean the slag pan after each shift. Wipe the surfaces, remove metal dust with a vacuum cleaner, and clean the guides to prevent dirt accumulation. - Gas and air system
Ensure a stable supply of auxiliary gas. Regularly replace air filters, drain moisture from the receiver, and check the dryer and piping for damage and blockages. - Security systems
Periodically check the operation of the emergency stop button, door locks, light barriers and protective guards. - Backing up settings
Back up your machine settings and cutting parameters weekly to prevent data loss. - Lubrication and maintenance
Monitor the oil level, add standard oil if necessary, check the oil lines, and remove dust from moving parts. - Consumables
Replace nozzles, ceramic rings and protective lenses in a timely manner according to the degree of wear to prevent unplanned downtime. - Coolant
Use clean, distilled or deionized water. Add antifreeze at temperatures below 0 °C. Change the coolant regularly. - Electrical system
Only a certified electrician should check switches, connections, and cables. - Maintenance log
Keep records of materials used, settings, and malfunctions to track equipment performance and detect breakdowns in a timely manner.
What are the advantages of a laser cutting machine compared to other traditional cutting methods?
Laser cutting uses an invisible laser beam instead of traditional mechanical blades. The technology provides high precision, high cutting speed, no restrictions on part contours, automatic test cutting to save material, smooth cutting edges and low operating costs. The technology is actively upgrading and replacing classic metal cutting methods.
- The mechanical elements of the laser head do not come into contact with the workpiece, which eliminates the appearance of scratches on the surface.
- Cutting is done quickly, the edges are even and smooth, and often do not require additional processing.
- A small heat-affected zone ensures minimal sheet deformation and a narrow cut (0.1–0.3 mm).
- No mechanical load on the workpiece.
- High precision and stable cutting repeatability without damaging the material surface.
- CNC programming allows you to process any flat contours, cut solid sheets without pre-forming, saving time and costs.
What is the warranty period of the laser cutting machine?
The warranty for the entire machine is 2 years. Main components and consumables are subject to replacement according to their service life.
We supply original spare parts to customers worldwide: support is available 24 hours a day, delivery is made within 3–7 business days. Replacement of components is carried out on a priority basis through our branches and regional service centers.
Does the laser pipe cutting machine have an auto-correction function?
Yes. Our machines are equipped with modern CNC systems. They use capacitive centering to measure the actual pipe dimensions and automatic calibration to match the pipe profile to the digital model. Real-time compensation for pipe deviations is implemented, which reduces the requirements for clamping the workpiece and increases the accuracy of punching.








