Usiland Optronics, a professional laser cleaning machine manufacturer & supplier!

Raptor series laser cleaning machines Raptor-500 | USILAND 1

Raptor series laser cleaning machines Raptor-500 | USILAND 2

Raptor series laser cleaning machines Raptor-500 | USILAND 3

Raptor series laser cleaning machines Raptor-500 | USILAND 4

Raptor series laser cleaning machines Raptor-500 | USILAND 5

Raptor series laser cleaning machines Raptor-500 | USILAND

Laser cleaning technology refers to the use of high-frequency and high-energy laser pulses to irradiate the surface of the workpiece. The coating layer can instantly absorb the focused laser energy, so that the oil, rust or coating on the surface can instantly evaporate or peel off, effectively remove surface attachments.

The laser pulse with a short action time will not damage the metal substrate under appropriate parameters.

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Related Parameters

Project name	Parameter data
*Size (hwd) [mm³]*	Approx.14601020780
Weight (approx.) [KG]	150
Cooling system	Internal water cooling system
Laser power [W]	500
Wavelength [nm]	1064
Humidity [%]	10-95
Laser grade	IV

*Power supply (incl. quick charger): 220V AC

*Maximal power consumption [W]: 2000

*Minimum/Maximum ambient temperature [℃]: 5-40

What Is Laser Cleaning?

Raptor series laser cleaning machines Raptor-500 | USILAND 6

The coating is removed by absorbing the focused laser energy

The high-energy but short-time laser pulse has little effect on the substrate surface

The blank base surface reflects the laser,and the stripping process is completed

The metal material will not be damaged or melted with correct laser parameters and the optimal wavelength

Advantages And Features

Raptor series laser cleaning machines Raptor-500 | USILAND 7

1. PLC control, no consumables, low operating cost.

2. The operating distance can reach 500mm to realize deep hole and deep tank cleaning.

3. Semi-automatic cleaning: With the machining center platform and guide rail, install the scan head on the spindle driven by the servo motor to achieve semi-automatic cleaning and keep the cleaning distance.

4. Fully automated cleaning: For batch cleaning of certain types of workpieces and molds on the production line, you can use robotic arms for automatic programming cleaning.

Compared With Traditional Cleaning Methods

Cleaning Method	On-line cleaning time	Preheating time of mold before vulcanization	Total expected cleaning time	Holes dredging	Characteristics
Sand blast cleaning	Need to stop the and unloading, loading spare mold time 40mins	Preheat cold mold for 180 minutes	220mins	Manually	May cause damage on the mold, and generate surface pitting
Dryice cleaning	30mins	Preheat for 60 minutes	90mins	no need	High pressure may lead to the deformation of steel, etc during cleaning
Laser cleaning	25mins	No Preheat	25mins	no need	Both the tread and side can be cleaned without damage

Compared With Traditional Cleaning Methods

Cleaning Method	On-line cleaning time	Preheating time of mold before vulcanization	Total expected cleaning time	Holes dredging	Characteristics
Sand blast cleaning	Need to stop the and unloading, loading spare mold time 40mins	Preheat cold mold for 180 minutes	220mins	Manually	May cause damage on the mold, and generate surface pitting
Dryice cleaning	30mins	Preheat for 60 minutes	90mins	no need	High pressure may lead to the deformation of steel, etc during cleaning
Laser cleaning	25mins	No Preheat	25mins	no need	Both the tread and side can be cleaned without damage

Product Details

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Application Scenario

Aviation Industry, Shipbuilding industry, Auto industry, Construction industry, Food processing, Tyre mould electron industry, Cultural relic repair, Production oil&gas untility industry, Iron & industry.