Cabinet-style Air-Cooled Pulsed Laser Cleaning Machine
The cabinet-style air-cooled pulsed laser cleaning machine offers an environmentally friendly, highly efficient cleaning process with low overall costs. It utilizes the instantaneous high energy of pulsed lasers to remove contaminants such as rust, oil, and paint coatings. The cleaning process requires no chemicals or abrasive consumables and does not damage the metal substrate. The air-cooled design of the cabinet-style air-cooled pulsed laser cleaning machine eliminates the need for water-cooling maintenance, and it is plug-and-play with a 220V power supply. It is particularly well-suited for industrial applications requiring low to medium power and flexible mobility, such as automotive repair, mold cleaning, and pre-welding treatment.
Cabinet-Type Air-Cooled Pulsed Laser Cleaning Machine
Product Description:
This is a new technology based on the interaction between lasers and materials, capable of removing contaminants and deposits from object surfaces.
Compared to traditional cleaning methods, laser cleaning offers advantages such as non-contact operation, no damage to the substrate, precise cleaning, environmental friendliness, and the ability to be performed in-line. It is particularly suitable for high-speed in-line cleaning of specific areas.
Laser cleaning is used not only for cleaning molds but also for cleaning various workpieces during the manufacturing process.
As an alternative to traditional cleaning methods, laser cleaning has proven successful due to the numerous advantages this process offers.
On the one hand, this method requires no cleaning agents and involves no disposal of residual waste, resulting in very low operating costs.
On the other hand, this method is highly precise and protects the surface.
Furthermore, the backpack-style laser cleaning machine represents a new generation of industrial surface cleaning laser systems.
It incorporates advanced laser sources, laser optical scanners, and control systems to meet the demands of metal surface cleaning processes.
Equipment Features:
) Non-contact cleaning that does not damage the base material of parts;
) Precise cleaning that enables selective cleaning at exact locations and to exact dimensions;
) Requires no chemical cleaning solutions or consumables; safe and environmentally friendly;
) Simple to operate; can be used manually or integrated with a robotic arm for automated cleaning;
) Ergonomic design that significantly reduces operator fatigue;
) High cleaning efficiency that saves time;
) The laser cleaning system is stable and requires virtually no maintenance;
) Optional portable battery module available;
The user interface offers nine cleaning modes, which can be switched (cycled through) by tapping the “Scan Mode” option on the screen: Linear Mode, Rectangular Mode 1, Rectangular Mode 2, Circular Mode, Sine Wave Mode, Spiral Mode, Free Mode, Annular Mode, and Rotational Mode.
On the operation interface for each mode, you can select a database number to view and configure laser cleaning parameters, including: laser power, laser frequency, pulse width (for pulsed lasers) or duty cycle (for continuous lasers), scan mode, scan speed, number of scans, and scan range (width, height).
Language Selection: Set the system language mode; currently supports 16 languages, including Chinese, Traditional Chinese, English, Russian, Japanese, Spanish, German, Korean, and French;
Operation is simple: just plug it in and turn on the device to begin cleaning without chemicals, media, dust, or water. It can conform to curved surfaces, achieving a high level of surface cleanliness, and is capable of removing resins, paint, oil, stains, grime, rust, coatings, plating, and oxidation layers from object surfaces.
It is widely used across various industries, including shipbuilding, automotive repair, rubber mold manufacturing, high-end machine tools, rail transportation, and environmental protection.
Total Power Consumption: | ≤800W | ≤1500W | ≤2000W | ≤3000W |
Output Power: | 100W | 200W | 300W | 500W |
Laser Type: | optical fibre | |||
Single Pulse Energy: | 1.5mJ | 1.5mJ/2mJ/5mJ | 1.5mJ/5mJ | 15mJ |
Frequency Range: | 1-4000kHz | |||
Pulse Width: | 2-500ns | 30-500ns | ||
Output Power Instability: | ＜5% | |||
Wavelength: | 1064 nm | |||
Fibre Length: | 5 m | 10 m | ||
Cooling Method: | Air-cooled | |||
Field Lens: | 160mm | 210mm | 210mm | 254mm |
Scanning Mode: | Dual-axis; supports nine scanning modes | |||
Cleaning Head Weight: | ≤0.9Kg | ≤0.9Kg | ≤1.25Kg | ≤1.4Kg |
Overall Dimensions: | ≈650mm*350mm*730mm | 770*375*800mm | ||
Packaging Dimensions: | ≈680mm*380mm*900mm | 870*480*960mm | ||
Overall Weight: | ≈60Kg | ≈60Kg | ≈60Kg | ≈80Kg |
Packaging Weight: | ≈69Kg | ≈69Kg | ≈69Kg | ≈98Kg |
Operating Mode: | Manual/Automated | |||
Safety Rating: | Level IV | |||
Since its establishment in 2005, Jinan Precision Technology Co., Ltd. has been dedicated to the research, development, design, and manufacturing of marking products.
Its current product lineup includes pneumatic marking machines, electric marking machines, fiber laser marking machines, electric needle marking machines, 2-in-1 marking and cleaning machines, air-cooled laser cleaning machines, and water-cooled laser cleaning machines.
Guided by the principle of technological innovation, the company continuously incorporates new industry technologies and integrates the latest manufacturing standards to develop technologically advanced and reliable intelligent laser marking equipment.
