300W Portable Suitcase Laser Cleaner
Higher power in an all-in-one wheeled case for faster removal of resin, oil, rust and coatings.
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Dual-Mode Pulsed Laser Platform
100W 2-in-1 Pulsed Laser Cleaning & Marking System
One compact, air-cooled laser does two jobs that normally need two machines. Switch to cleaning mode and nine scan patterns lift rust, paint and oxide off the surface; switch to marking mode and the same beam engraves serial numbers, logos, barcodes and QR codes to a controlled depth. Operators switch modes from the touchscreen in seconds, and the detachable scan head works handheld or bolted to a bracket for automated production.
100–110WAverage output power
1.6mJMaximum pulse energy
9Cleaning scan patterns
11kgLaser unit weight
One Laser, Two Processes
Clean the Surface, Then Mark It
Cleaning and marking are both laser surface processes, so putting them in one cabinet removes the duplicated floor space, handling and maintenance that come with running two machines. The 100W source has the pulse energy for ablating contamination and the beam quality for fine, permanent marking.
- Mode switch in secondsCleaning mode and marking mode are selected from the colour touchscreen with a single tap.
- Shared motion platformThe same scan head and optics serve both processes, so there is one set of spares and one maintenance routine.
- Parameter presetsSave jobs such as heavy steel rust, light aluminium oxide and stainless deep engraving, then recall them by name.
- Password protectionApproved parameter sets can be locked so a shift change does not move the process window.
- Robot and bracket readyRun the head handheld or clamp it to the supplied bracket for automated production lines.
Capability Matrix
Cleaning Mode and Marking Mode Compared
The two modes share the same laser source but differ in how the beam is delivered and what the controller does with it.
| Function | Cleaning Mode | Marking Mode |
|---|---|---|
| Purpose | Remove rust, paint, oxide, oil and coating | Apply permanent identification and graphics |
| Beam Delivery | Wide, overlapping scan paths | Fine focused spot, vector or raster path |
| Scan Patterns | Nine selectable paths | Text, barcode, QR and vector fill |
| File Formats | Internal pattern library | PLT, DXF, AI, BMP, JPG, PNG |
| Typical Depth | Up to 0.5 mm of rust removed in one pass | 0.02 mm anneal to 0.5 mm engraving |
| Standard Working Area | 100 × 100 mm | 100 × 100 mm |
| Adjustable Parameters | Frequency 20–200 kHz, pulse width 150–190 ns, power 1–100 percent stepless | |
| Best Suited To | Weld prep, rust and paint stripping in place | Traceability codes, logos, tool and asset marking |
Moving between modes does not change the machine configuration. Lens, working distance and parameter preset are the only variables, and a preset library is supplied with the unit.
Cleaning Pattern Library
Nine Paths, One Controller
Scan width, speed and overlap are adjustable, so the same head moves from a gentle surface wipe to full paint stripping.
Linear Unidirectional
A single direction pass for flat, uniform surfaces where a consistent finish matters more than speed.
Linear Bidirectional
Alternating passes cover large flat areas faster without leaving a visible directional texture.
Petal
A radial path designed for circular or irregular parts, keeping energy even around curves and corners.
Circular Fills
Line, spiral and rotary fill variants cover ring-shaped areas, recesses and rotationally symmetric parts.
Rectangular Outline
Traces a clean rectangle without fill, useful for masking a defined zone before coating or bonding.
Sinusoidal Fill
A wave path spreads the beam across a rectangle and reduces the striping that parallel lines can leave behind.
Key Numbers
The Datasheet in Four Figures
Four numbers that decide what the machine can and cannot do for your parts.
100–110WAverage output power
0.5mmRust removed per pass
0.02–0.5mmAdjustable marking depth
100000hRated laser source life
Beam Quality M² ≤ 1.6
Measured at full power and 65 kHz, giving a tight focus for fine marking and a clean edge on stripped metal.
Air-Cooled Duty
Around eight continuous hours in a 25 degrees Celsius environment, with no chiller and no water to change.
IEC 60825-1 Design
Class 4 safety interlocks, emergency stop, key switch, audible alarm and 1064 nm goggles supplied with the unit.
Marking Performance
From Surface Anneal to 0.5 mm Deep Engraving
Marking depth is set by power, frequency and scan speed rather than by changing hardware, so one machine covers everything from a light contrast mark to an engraving that stands up to wear.
- Surface annealAround 0.02 mm on steel for high-contrast codes that leave the surface flat.
- Standard engravingA few tenths of a millimetre for tool, asset and part identification.
- Deep engravingUp to 0.5 mm on steel for marks that must survive heavy service conditions.
- Vector and raster inputPLT, DXF and AI for vector cutting paths, plus BMP, JPG and PNG for logos and photographs.
- Multilingual interfaceEnglish, Spanish and other languages let a global team run the same job file.
Cleaning Result Samples
What the Surface Looks Like After Cleaning
Reference results from the cleaning mode. Your own part can be tested free of charge before you decide on a configuration.
Where It Is Used
Applications That Need Cleaning and Marking Together
Every case below involves a part that must be cleaned and then identified, often in the same visit to the bench.
A
Automotive Repair
Clean rust from chassis, brake discs and suspension parts, then engrave VIN, part codes and logos directly onto steel and aluminium.
B
Aerospace MRO
Remove oxide from aluminium and clean turbine housing welds before NDT, then mark turbine blades, fasteners and landing gear parts.
C
Shipbuilding & Marine
Strip old paint and salt residue from decks and flanges before repainting, then mark valves, pumps and fittings for maintenance tracking.
D
Metal Fabrication
Clean oil and oxide before and after welding, prepare surfaces for bonding or powder coating, then add labels, barcodes and QR codes.
Technical Data
Full Parameters of the 2-in-1 System
Every value below is taken from the machine datasheet and applies to the standard configuration.
| Parameter | Specification |
|---|---|
| Operating Mode | Pulsed, with cleaning and marking modes |
| Center Wavelength | 1064 ± 3 nm |
| Average Output Power | 100–110 W at 25 °C |
| Repetition Frequency | 20–200 kHz, adjustable per task |
| Pulse Width | 150–190 ns |
| Beam Quality (M²) | ≤ 1.6 at full power and 65 kHz |
| Maximum Pulse Energy | 1.6 mJ |
| Output Type | Quartz block (QCS) for stable beam delivery |
| Spot Diameter (1/e²) | 4–6 mm |
| Fiber Cable Length | 3 m |
| Standard Cleaning Area | 100 × 100 mm, adjustable by scan width |
| Cooling Method | Air-cooled, no external chiller |
| Working Temperature | 10–40 °C |
| Working Humidity | 10–95 percent, non-condensing |
| Power Adjustment | 1–100 percent stepless |
| Power Supply | AC 220 V / 50–60 Hz, 110 V optional |
| Dimensions | 35 × 15 × 25 cm |
| Weight | 21 kg total, 11 kg laser unit |
| Compliance | Designed to IEC 60825-1, CE and RoHS available on request |
| Warranty | 12 months on laser module and electronics, 3 months on scan head optics |
Voltage, interface language and mounting bracket are confirmed before production. Ask us for a parameter sheet matched to your material and coating thickness.
Ordering & Support
What Ships With the System
Support does not depend on returning the machine to the factory.
Shipping
Air express by DHL, FedEx, TNT or UPS, plus air and sea freight. Trackable from the factory door.
Payment
T/T bank transfer, PayPal and Western Union. Terms and Incoterms are confirmed on the proforma invoice.
Warranty
12 months on the laser module and electronics, three months on scan head optics, plus lifetime technical support.
Packaging
Double-layer packing: a thick outer carton plus foam cushions that stop movement and abrasion in transit.
- Lead timeStandard builds ship in about five working days, plus roughly four to six working days in transit by express.
- Volume termsAgreed per order against quantity and destination — send your target volume and port.
- OEM & ODMHousing colour, nameplate, splash screen, interface language and packaging can carry your brand.
- Free sample testSend a part and we return the cleaned and marked sample with the parameter file we used.
FAQ
2-in-1 System Questions
Yes. The same 100W pulsed source runs in cleaning mode with nine scan patterns and in marking mode for deep engraving and vector graphics. You switch modes from the touchscreen, so a weld seam can be cleaned and a serial number engraved on the same part without moving the workpiece between two machines.
Yes. The detachable scan head follows the contour of the part and the focus is adjustable within a working distance tolerance of about 5 mm. For complex geometry the petal, circular and sinusoidal patterns keep the cleaning even.
At 100W the system removes a rust layer of roughly 0.5 mm in a single pass at normal scan speed. Thicker layers are cleaned with a second pass or a slower traverse, using the 1.6 mJ pulse energy for the ablation.
Yes. By adjusting power, frequency and scan speed you can set anything from a 0.02 mm surface anneal to a 0.5 mm deep engraving on steel, which covers traceability codes as well as tool and asset marking.
No. The laser source is air-cooled and the internal fan holds the working temperature, so the unit runs continuously for around eight hours in a 25 degrees Celsius room without an external chiller or water circuit.
Only the protective window on the scan head needs routine cleaning and replacement once it is scratched. The focus lens lasts a long time under normal use, and there is no abrasive media, solvent or paste to reorder.
Yes. The supplied bracket bolts onto a robot end effector, and we provide the electrical interface drawing for external trigger and interlock signals so the head can be integrated into an automated cell.
The laser module and electronic components carry a 12-month warranty, and the scan head optics such as the protective window and lens are covered for three months as wear parts. Technical support is provided free for the life of the machine.
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