The KPS-MCQX500 is a water-cooled 500W MOPA pulsed fiber laser cleaning machine for controlled removal of surface rust, oxides, coatings, and other contaminants from metal components. It uses short laser pulses to break down or vaporize surface layers through localized laser ablation.
The 500W pulsed laser cleaning machine integrates the JPT laser source, water chiller, control system, and handheld dual-axis cleaning head in one cabinet. The 10m QBH fiber provides the operator with working distance for large or hard-to-reach components. Cleaning parameters can be adjusted for different substrates, contamination types, and surface conditions.
The KPS-MCQX500 integrates the main laser and cleaning components into one cabinet:
The laser source, cleaning head system, chiller, and electrical components are installed in one cabinet with a single main power connection. The cabinet also includes reserved space and terminals for selected electrical or control expansion.
Cabinet Size: 1.3 × 1.05 × 1.12 m
A 500W pulsed laser cleaning machine uses short, high-energy laser pulses to remove unwanted surface layers from a workpiece. The KPS-MCQX500 uses a 1064nm MOPA pulsed fiber laser with a dual-axis handheld scanning head.
Cleaning parameters must be validated against the substrate, contamination layer, and optical configuration before production use.
Pulsed and continuous laser cleaning are used in different scenarios. For specific differences, see: Pulsed Laser Cleaning Machine vs. Continuous Laser Cleaning Machine: Differences and Selection Guide
Learn more about cleaning methods and the differences between pulsed laser cleaning and traditional cleaning: Pulsed Laser Cleaning vs. Traditional Cleaning Methods: Which One Fits Your Application?
| Parameter | KPS-MCQX500 |
|---|---|
| Laser Type | MOPA Pulsed Fiber Laser |
| Average Output Power | 500W |
| Wavelength | 1064nm |
| Max. Pulse Energy | 50mJ |
| Pulse Width | 30–500ns |
| Frequency | 1–4000kHz |
| Cooling | Water Cooling |
| Output | QBH |
| Fiber Length | 10m |
| Cleaning Head | DHCP500-QBH |
| Scanning System | Dual Axis |
| Field Lens | F254 / F300 |
| Power Supply | AC 220–240V, 50Hz, Single Phase |
| Rated Power | 6.5kW |
| Maximum Power | 7.5kW |
| Rated Current | 29A |
| Maximum Instantaneous Current | 34A |
| Cabinet Size | 1.3 × 1.05 × 1.12m |
| Built-in Compressor | 50W, 30kPa, 80L/min |
| Recommended Environment | 15–35°C |
The KPS-MCQX500 provides adjustable laser and scanning parameters for different substrates, contamination layers, and cleaning requirements. Actual parameter ranges depend on the installed laser source, field lens, and system calibration.
| Field Lens | Working Distance | Effective Scan Area |
|---|---|---|
| F254 | Based on machine calibration | Based on machine calibration |
| F300 | Based on machine calibration | Based on machine calibration |
Parameter settings should be tested and adjusted according to the actual substrate, contamination type, and cleaning target before production use.
The KPS-MCQX500 is used to remove selected surface layers and contaminants from metal workpieces. The suitable laser parameters depend on the substrate, contamination type, and layer thickness.
Cleaning performance should be verified on the actual material and contamination layer before production use.
The KPS-MCQX500 is used for surface cleaning and preparation tasks on metal components.
Rust and oxide removal from steel and other metal components.
Cleaning oxides, oil, and surface contaminants before welding.
Localized removal of selected paint and coatings from metal surfaces.
Removal of selected surface contamination from molds, tools, and metal parts.
Cleaning rust, oxides, and surface residues from machinery components during maintenance work.
Handheld cleaning of selected contamination and surface corrosion on metal structures and large components.
Selecting and Configuring a Pulsed Laser Cleaning Machine—for more details, see: How to Choose a Pulsed Laser Cleaning Machine for Different Applications?
What materials can a pulsed laser cleaning machine remove, and what is its cleaning range? For details, see: What Can a 500W Pulsed Laser Cleaning Machine Remove?
The KPS-MCQX500 uses a high-power 500W MOPA pulsed fiber laser and is managed as a Class 4 laser system. The installation should include appropriate laser controls, operator protection, and fume management based on the actual working environment.
The laser processing area should be controlled during operation. The cleaning gun must be directed only toward the designated workpiece and protected processing area. Operators should receive laser safety training before using the equipment.
Fume extraction is required during cleaning because laser ablation can generate particles and fumes. The composition of coatings or contaminants should be assessed before processing.
Safety-distance detection, red-light positioning, and software power settings do not replace physical laser controls, emergency stop functions, or a controlled laser area. These functions should be treated as operating aids rather than personnel safety interlocks.
Is pulsed laser cleaning safe, and what factors influence it? For more details, see: Can Pulsed Laser Cleaning Damage the Surface? Understanding Laser Cleaning Safety
Choosing a 500W pulsed laser cleaning machine should start with the material, contamination, and cleaning task, rather than laser power alone.
For a specific application, provide the substrate, contamination type, workpiece size, and cleaning requirements. These details can be used to select the laser, lens, and cleaning configuration for process testing.
KEMPSON is a laser equipment manufacturer and supplier with experience in laser cleaning, welding, and automated production equipment. We develop and manufacture equipment for metal processing applications, with project experience covering equipment selection, process testing, machine integration, and production line deployment. Our products are supplied with relevant certifications and technical documentation for different markets.
KEMPSON supports customers from equipment selection and process evaluation to installation, commissioning, operator training, and after-sales service. For production projects requiring more than a standalone machine, we can provide turnkey laser processing line solutions with equipment integration and customized configurations. Contact us with your material, contamination type, and production requirements to discuss a suitable 500W pulsed laser cleaning solution.
A 500W pulsed laser cleaning machine uses short laser pulses to remove rust, oxides, selected coatings, and surface contaminants from metal components. The KPS-MCQX500 uses a water-cooled MOPA pulsed fiber laser with a handheld dual-axis cleaning head.
The current KPS-MCQX500 configuration uses a JPT YDFLP-CL-500-50-W MOPA pulsed fiber laser. It operates at 1064nm, with 500W average output power and up to 50mJ pulse energy.
The current 500W configuration provides a maximum pulse energy of 50mJ. You can adjust the pulse width and frequency within the installed laser source specifications.
The machine uses a 10m QBH fiber cable. About 9.2m is usable outside, with about 0.8m routed inside the cabinet.
The current configuration supports F254 and F300 field lenses. The actual working distance and effective scanning area depend on the installed cleaning head and calibration results.
The reference price for the current KPS-MCQX500 configuration is RMB 78,000. The final quotation can vary with the selected configuration, optical components and project requirements.
The current configuration requires single-phase AC power at 220–240V, 50Hz. Rated power is 6.5kW, maximum power is 7.5kW, and maximum instantaneous current is 34A.
Yes. The KPS-MCQX500 can be used for rust and oxide removal from suitable metal surfaces. Cleaning parameters should be tested against the actual substrate and contamination layer before production use.
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