Лазерний апарат очищення серії HC 6000W - Image 2

Лазерний апарат очищення серії HC 6000W - Image 3

Лазерний апарат очищення серії HC 6000W - Image 4

Лазерний апарат очищення серії HC 6000W - Image 5

Лазерний апарат очищення серії HC 6000W - Image 6

HC 6000W Series Laser Cleaning Machine

SKU SF6000HC Category Laser cleaning devices Brand: Senfeng Laser

1 305 000,00 ₴

In stock

Available on backorder

The SENFENG HC 6000W series laser cleaning machine is the most powerful in its line, quickly removes rust, paint, grease, and oxide film from metal surfaces. Cleaning is contactless, without chemicals and abrasives, so the base is not damaged, and the process remains environmentally friendly. The machine cleans up to 50 sq.m. per hour. The hand gun weighs 1.4 kg, has 8 operating modes, the fiber optic cable is 20 m long, allowing you to work remotely from the machine. The compact body on 4 swivel wheels is easy to move around the shop or move to the street. The control system shows the status of the laser and cooling in real time and supports 11 languages. Through the IQ interface, the machine can be connected to an industrial robot for automated cleaning.

– Laser power 6 [kW]

– Maximum cleaning width 600 mm
– Maximum cleaning speed 50 [㎡/h]
– Weight of the cleaning gun 1.47 [kg]
– Maximum length of the optical fiber of the cleaning gun 20 [m]

Fast cleaning of large areas

With a 300 mm wide linear laser beam and integrated heat dissipation system, it provides continuous green cleaning of a large area for over 8 hours, allowing you to get more done in less time.

Optimal configurations for increased stability

The cleaning gun is equipped with a digital servo drive and a conductive cable for high immunity to interference; for timely temperature control, the protective and reflective lenses are equipped with direct temperature measurement; the focusing and protective lenses have a retractable design for convenient subsequent replacement.

Easy to clean large parts in various industries

The lightweight, 0.7 kg handheld laser cleaning head is convenient for cleaning large parts and comes with a 10 or 15 m cable (optional 20 m for the 3 kW model). This makes it particularly suitable for removing rust from large steel structures, ship hulls or pressure vessels.

Minimal maintenance

The integrated design requires no complicated disassembly—just open the side panel to remove dust. This simple daily maintenance reduces the annual failure rate of the 20%.

Intelligent interaction

Users can quickly connect the robot to a cleaning machine via the I/O aviation plug interface for automatic cleaning and mass production with significantly lower labor costs.

15 interface languages

Chinese, English, Traditional Chinese, Japanese, Hungarian, Polish, German, French, Italian, Spanish, Portuguese, Dutch, Slovak, Russian, Korean.

Professional cleaning

Easily controlled through a user-friendly interface. Cleaning from grease, rust, paint or oxide layer begins by simply turning on the power, without the use of chemicals.

Different blowing modes

Coaxial, off-axis and combined blowing modes are available, which increase the service life of the lenses.

Protection and security

We have included temperature control, air pressure warning, phase reversal protection, water and electricity separation, and other features to enhance your daily protection.

Parameters	Models
Parameters	SF1500HC	SF2000HC	SF3000HC
Laser power (kW)	1,5	2	3
Laser wavelength (nm)	1080±10	1080±10	1080±10
Fiber core diameter (μm)	20	30	50
Cleaning gun weight (kg)	≤0.7	≤0.7	≤0.7
Cleaning gun cable length (m)	10	10	15
Maximum cleaning size (L×W, mm)	1500×1250	2000×1250	2500×1250
Net weight of the machine (kg)	190	190	235
Overall dimensions (L×W×H, mm)	954×715×1080	954×715×1080	1210×715×1080
Cooling type	Water cooling	Water cooling	Water cooling
Languages	11 languages, including Chinese, English, and French
Power source	Three-phase 380 V, 50/60 Hz

Personal protective equipment

Welding helmet (full face, CE certified)
Laser protection clothing
Full-face safety helmet (CE)
Heat-resistant, wear-resistant and insulating protective gloves
Safety glasses (CE)

What is a laser cleaning machine?

Laser cleaning machine is a device that uses high-energy laser beam to remove dirt, rust, coatings and other contaminants from the surface of products. It is a non-contact, environmentally friendly and highly efficient method that is widely used in industry.

How does a laser cleaning machine work?

Fiber laser cleaning is performed by directing a high-energy laser beam onto the surface of the workpiece. The beam rapidly heats, vaporizes, or destroys contaminants, rust, and coatings, while minimizing the impact on the underlying material.

What are the main areas of application of a laser cleaning machine?

Laser cleaning machines are suitable for a wide range of tasks:

Removing rust from metals: cleaning surfaces of steel, iron, aluminum and other metals
Surface cleaning: removal of grease, dust, oxide layers and other contaminants
Removing paint coatings: removal of paint, varnish and other protective layers
Surface preparation for welding or cutting: cleaning to improve the quality of welded and cut seams
Restoration of cultural artifacts: removal of contaminants without damaging the original surface of the product

Does laser cleaning damage the base material?

With precise power and frequency settings, the fiber laser effectively removes contaminants while preserving the integrity of the base material. The method is particularly well suited for metal surfaces, typically causing no mechanical damage or forming a heat-affected zone (HAZ).

What are the advantages of fiber laser cleaning compared to traditional methods?

Environmental friendliness: does not require chemical detergents, no emissions of harmful substances
High efficiency: fast cleaning with excellent quality results
Contactless processing: there is no direct contact with the workpiece, which eliminates mechanical damage
High accuracy: great for complex geometric shapes and hard-to-reach areas
Low operating costs: minimal maintenance costs

How does the choice of power affect the quality of fiber laser cleaning?

The power of the fiber laser cleaner determines the quality of the processing:

Low power (50–100 W): suitable for removing light dirt and thin surface layers
Medium power (200–500 W): optimal for removing moderate rust and coatings
High power (1000 W and above): designed to remove thick coatings and dense rust layers

The power is selected taking into account the specific conditions of use and the properties of the material being processed.

What are the main differences between pulsed and continuous laser cleaners?

Pulsed laser cleaners:

Ideal for cleaning sensitive and expensive materials. Widely used in aerospace, electronics, and in the restoration of cultural artifacts.

Continuous laser radiation equipment:

Better suited for industrial cleaning tasks. Actively used in manufacturing, shipbuilding and large-scale metalworking.

Is fiber laser cleaner suitable for non-metallic materials?

Although fiber laser cleaners are primarily designed for metal surfaces, with appropriate laser settings they can also process certain non-metallic materials such as rubber and stone. Appropriate safety precautions must be taken when working with flammable or explosive materials.

What is the service life of a fiber laser cleaner?

The main component of a fiber laser cleaner is the fiber laser. Typically, its service life is over 100,000 hours, ensuring long-term operation under the condition of timely maintenance.

Is the maintenance of a fiber laser cleaner difficult?

Maintenance of a fiber laser cleaner is relatively simple and includes:

Regular cleaning of optical lenses
Cooling system inspection and maintenance
Maintaining a clean and stable working environment for fiber laser

Does laser cleaning pose a risk to the environment or operators?

Fiber laser cleaning is an environmentally friendly technology with no chemical pollution. However, operators should wear safety glasses to prevent direct exposure to laser radiation and ensure adequate ventilation to minimize inhalation of particles and fumes.