Cheap Metal Laser Cleaning Machine

1. High Precision and Selectivity

Metal laser cleaning machines offer unrivaled precision. The laser beam can be accurately focused on specific areas of the metal surface.

2.Non - Abrasive and Non - Contact

Unlike abrasive cleaning tools that can scratch or deform the metal, laser cleaning is a non - contact process. The high - energy laser beam acts from a distance, vaporizing or ablating contaminants without any physical force on the metal. This is ideal for delicate metals, thin - walled components, or those with high - precision surface requirements, as it preserves the original surface quality.

3.Environmentally Friendly

These machines are an eco - conscious choice. They eliminate the need for large amounts of water, harsh chemicals, and abrasive substances used in traditional cleaning. Laser cleaning produces no wastewater or chemical residues, and the small amount of vaporized contaminants can be easily managed with proper ventilation systems, significantly reducing environmental impact.

4.High Efficiency

Laser cleaning is incredibly fast. The powerful laser beam can quickly heat and remove contaminants over a large area. In industrial settings where time is money, metal laser cleaning machines can clean metal parts much faster than manual or many traditional mechanical cleaning methods, thus boosting overall productivity.

5.Cost - Effective Long - Term

Despite the relatively high initial investment, metal laser cleaning machines save costs in the long run. They require less frequent maintenance, and there's no need to constantly replace abrasive materials or purchase large quantities of chemicals. Their efficiency also reduces labor costs, making them a cost - effective solution over time.

6.Versatile

They can clean a wide variety of metal materials, including steel, aluminum, copper, and their alloys. Moreover, these machines are effective in removing different types of contaminants such as rust, oil, paint, and oxide layers, suiting diverse industrial applications from automotive to aerospace.

7.Minimal Thermal Impact

During cleaning, the heat from the laser is concentrated mainly on the contaminants. Precise control of the laser pulse duration ensures that the heat transfer to the metal substrate is minimal. This prevents thermal distortion, warping, or changes in material properties, allowing for the safe cleaning of heat - sensitive metals.

8.Easy to Integrate and Automate

Metal laser cleaning machines can be smoothly integrated into existing production lines. They can be equipped with robotic arms or automated positioning systems, enabling automated and repetitive cleaning tasks. This automation not only improves cleaning consistency but also reduces the need for human intervention in potentially hazardous cleaning operations.

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Product Details

Product introduction

Laser ray cleaning technology is not only widely used in the cleaning of molds, but also become a method of cleaning various workpieces in the processing process. As an innovator of traditional cleaning technology, the reason for its success lies in its unique and significant advantages.

First of all, laser cleaning completely gets rid of the need for chemical cleaning agents, but also eliminates the trouble of dealing with the waste after cleaning. This not only greatly reduces operating costs, but also greatly simplifies the cleaning process, making the whole process more environmentally friendly and efficient.

Second, the accuracy of laser cleaning technology is impressive. By precisely controlling the focus and energy distribution of the laser beam, the target area can be cleaned efficiently and precisely, while avoiding any damage to the surrounding area. This non-contact cleaning method effectively protects the integrity of the workpiece surface and ensures its processing quality.

Most importantly, the laser cleaning technology has shown excellent cleaning results. Even those hard-to-remove oxides, dust particles, and stubborn impurities formed by polymer lubricants can quickly evaporate under laser light, leaving no trace. This efficient cleaning capability makes laser cleaning technology ideal for handling complex, fine workpiece cleaning tasks.

In addition, the surface quality of the workpiece after laser cleaning is good, smooth and no residue, which provides ideal conditions for subsequent processing operations. For example, the surface of the workpiece after laser cleaning can be directly processed with high precision, such as laser welding, without additional processing or preparation steps, which greatly improves the processing efficiency and quality.

Cheap Metal Laser Cleaning Machine

Model:	HLC-P100W	HLC-P200W
Operational Voltage:	220V±10%、50/60Hz Customizable: 110V, 50Hz AC
Temperature:	5℃～40℃
Humidity:	30-85% Non-Condensing
Power dissipation：	≤1000W	≤1500W
Power Output:	100W	200W
Laser Type:	Optical fiber
Maximum Pulse Energy:	1.5mJ	1.5mJ
Pulse Frequency Range:	1-3000kHz（Gradient adjustable）	1-3000kHz（Gradient adjustable）
Pulse Width:	13-500ns tunable	13-500ns tunable
Output Power Instability:	＜5%
Wavelength:	1064 nm
Head Cable Length:	3 m	3 m
Cooling:	Air cooling
Focus Distance:	160mm	254mm
Scanning mode：	Dual axis; Nine scanning modes are supported
Head Weight:	≤0.9Kg	≤0.9Kg
Size W x H x D:	About350mm152mm250mm
Box Dimensions
Entire Unit Weight:	About 12Kg	About 18Kg
Packed weight：	About 20Kg	About 26Kg
Operation Mode:	Handheld/Automation	Handheld/Automation
Safety Class:	Level IV	Level IV

Cheap Metal Laser Cleaning Machine

1. What materials can the laser cleaner handle, and are there any limitations?

The laser cleaner is compatible with a wide range of materials, including metals (aluminum, stainless steel, copper, titanium, nickel, chrome, cast iron, carbide), composites (carbon fiber reinforced plastics), plastics (thermoplastics), ceramics, marble, and more. However, highly reflective materials (e.g., untreated aluminum or polished copper) may require special laser configurations for optimal cleaning. Additionally, very soft or heat-sensitive materials (like certain polymers) may need lower power settings to prevent surface damage.

2. Does the laser cleaner damage the substrate material during cleaning?

No, our laser cleaner is designed to minimize damage. The pulse mode offers high precision with minimal thermal impact, while the continuous mode is faster but still maintains low substrate damage due to advanced beam control. By fine-tuning power, frequency, and pulse duration, the system ensures a non-contact, non-abrasive cleaning process that protects the material’s integrity. For extremely delicate parts, additional cooling or low-power settings can be applied.

3. What is the cleaning speed, and how does it compare to traditional methods?

The cleaning speed depends on the material, contamination level, and chosen mode. For example:

Heavy rust/paint removal: Up to 10x faster than chemical cleaning or abrasive blasting.
Precision tasks (e.g., electronics cleaning): Adjustable spot sizes (0.1–2.0mm) allow targeted cleaning without compromising speed.
Compared to manual methods (e.g., sanding or wire brushing), the laser delivers consistent results 2–5x faster while reducing labor and waste.

4. Can the laser cleaner remove stubborn contaminants like oxides or grease?

Yes! The laser efficiently removes tough contaminants such as:

Oxidation layers (rust, scale) – vaporized via high-energy pulses.
Grease, oil, and residues – broken down thermally and expelled.
Paint and coatings – stripped without damaging the base material.
For carbonized residues (e.g., from plastics or lubricants), the laser’s high peak power ensures rapid evaporation, leaving no residue.

5. What cleaning modes are available, and how do they affect performance?

The machine offers 9 customizable cleaning modes:

Linear/Rectangular/Spiral/Circle: For uniform cleaning of flat or curved surfaces.
Free Mode: For intricate patterns or hard-to-reach areas.
Rotary Mode: Optimized for cylindrical parts (e.g., pipes, axles).
Pulse/Sine: Adjust energy distribution for fine or aggressive cleaning.
Faster modes (e.g., continuous or spiral) prioritize speed, while precise modes (e.g., pulse or free) ensure delicate cleaning without damage.