Fiber Laser Cleaning Machine
- 3–6× faster than sandblasting and chemical cleaning
- Precise selective cleaning, minimal scratches or workpiece deformation
- Works on steel, aluminum, copper, titanium and alloy materials
- Laser source service life up to 100,000 hours
- Up to 30–35% electro-optical efficiency, low power consumption
- No chemical agents and minimal secondary waste
- Supports 17 language interface options
- Multi-layer safety interlock and overheat protection design
What Is a Fiber Laser Cleaning Machine?
ElephMax fiber laser cleaning machines rely on the photothermal effect generated by high-energy pulsed fiber lasers (continuous-wave lasers optional) to strip surface contaminants off workpieces.
This fully non-contact cleaning process leaves base materials intact. It efficiently eliminates rust, paint and grease on carbon steel, stainless steel, aluminum, copper, galvanized steel, titanium alloys and more. We offer flexible customization covering laser power, handheld or stationary units, automated cleaning systems and custom lens specifications.
Types of ElephMax Fiber Laser Cleaning Machine
With a 100W pulsed laser and an ergonomic handpiece, it removes thin oxides and mold grease and restores cultural relics without damaging base materials.
Benefits of Fiber Laser Cleaning Machines
Our laser cleaners come with a heat-affected zone below 10 μm to deliver scratch-free and damage-free cleaning.
Equipped with external dust collectors, they help reduce airborne dust and hazardous waste, and comply with international environmental regulations.
Built with an intuitive touchscreen and lightweight cleaning gun, they can be quickly operated by new staff without complex training.
Raycus, MAX and IPG laser sources are optional. All boast stable performance with a service life of over 100,000 hours.
Preloaded process parameters support cleaning steel, aluminum, copper, galvanized sheets and titanium alloys.
Equipped with high-energy pulsed laser beams, they clean 3–5 times faster than sandblasting and chemical pickling.
Shockproof, dustproof and low-fault construction paired with circulating water cooling stabilizes working temperature and prolongs laser source lifespan.
We offer customization on laser power, fiber cable length and cabinet appearance, plus OEM logo printing services.
Damage-Free Cleaning
Traditional sandblasting and grinding easily scratch workpiece surfaces, while acid pickling causes material corrosion. In contrast, our fiber laser cleaning machines support material-specific parameter presets.
You can use pulsed laser energy to remove rust, grease, paint and oxide layers thoroughly. It leaves workpieces undamaged with original dimensions unchanged, greatly reducing scrap rates. It works perfectly for industries that demand strict substrate integrity, such as new energy, aerospace and precision mold manufacturing.
Long-term Cost Reduction
Acid pickling produces waste liquid, and sandblasting generates massive dust. Both methods require additional environmental treatment equipment, continuous consumable purchases, and pose potential safety risks.
Our laser cleaning machines only need standard industrial power to run, with no auxiliary materials required. They cut overall operating costs by 60–80% and improve on-site safety, reducing investment in protective gear.
ElephMax provides customized, cost-efficient laser cleaning solutions tailored to your diverse project needs.
Why Choose ElephMax Fiber Laser Cleaning Machine?
- Factory and Technical Team: Boasting a 75,000 square meter modern production workshop and a technical service team of over 500 people.
- Certifications: Holding ISO9001, SGS, CE, BV, and other international quality system certifications.
- Rich Industry Experience: 16 years of experience providing customized CNC machinery solutions for more than 9,000 domestic and overseas manufacturers.
- 24/7 support: Consultations are available via website, email, or telephone.
- Free Pre-sample Test: Free workpiece cleaning testing & personalized process solution design for all clients.
- Global Shipping: Supports sales to over 180 countries.
- Complete After-sales Support: 12-month warranty, 60-day trial period, plus lifetime technical support.
Applications of the Fiber Laser Cleaning Machine
You can use this machine to clean oxides off battery tabs, pack housings and strip varnish from hairpin motor copper wires. It produces a minimal heat-affected zone, preventing substrate deformation and eliminating battery short-circuit risks.
You can use our fiber laser cleaners to clear oxides on auto bodies, prep welds on subway aluminum alloy vehicles and strip chassis rust. The substrate stays intact, and cleaning runs far quicker than traditional methods.
This machine safely strips mold release agents and carbon buildup inside injection and die-casting mold cavities, helping you extend mold service life.
You can use high-power models for large-scale rust removal and old paint stripping on ship hulls, as well as oxide removal on steel bridges. The matched dust collection system can centrally collect waste dust to meet stringent marine environmental standards.
Our fiber laser cleaning machine can non-destructively remove weld spots formed after welding on stainless steel kitchenware or help you remove oxide layers from hardware parts before polishing.
For high-precision aerospace production, it can perform localized paint removal on aircraft skins and clean oxide layers from high-temperature engine blades without damaging the properties of alloys or composite materials.
A fiber laser cleaning machine clears rust and oxide layers on stainless steel surgical tools and degreases medical device housings, leaving zero residues to comply with sterile medical manufacturing standards.
You can also use it for relic restoration: clear moss, graffiti and aged outer layers on stone carvings and steles, and remove rust from bronze and iron relics. The cleaning process barely harms relic bodies or surface textures.
More About Our Company
- Certifications
- Fiber Laser Cleaning Machine Video
- Parameter
- Technical and Cost Comparison of Laser Cleaning, Sandblasting, and Chemical Cleaning
- Fiber Laser Cleaning Machine Selection Guide (Power × Application × Cleaning Speed)
Each laser cleaner undergoes 160+ quality tests for stable, long-lasting performance across industrial uses. ElephMax holds 120+ patents and certifications such as CE, ISO9001, BV, SGS, TUV, meeting worldwide industrial standards.
| Item | Parameter |
| Application | Laser cleaning (rust, oil, grease, coating, dirt, oxide, etc.) |
| Laser source | Fiber laser |
| Laser power | 100 – 2000 W (Optional) |
| Applicable material | Carbon steel, stainless steel, aluminum, copper, titanium alloys and coated metals |
| Pulse width | 100–500 ns |
| Scanning width | 0-150mm |
| Repeat frequency | 20-50kHz |
| Working voltage | 380V/220V, 50Hz |
| Working temperature | 0℃-40℃ |
| Working humidity | ≤80% |
| Laser Safety Class | Class 4 laser system (requires protective goggles and a controlled operation environment) |
| Factor | Laser Cleaning | Sandblasting | Chemical Cleaning |
| Initial cost | High | Low | Low |
| Operating cost | Low | Medium | High |
| Consumables | None | Sand | Chemicals |
| Power | Suitable Clients | Cleaning Capability | Cleaning Speed (m²/h) | Typical Applications |
| 100 W | Precision workshops, jewelry repair, electronics maintenance | Light rust, oil, oxide film (non-damaging cleaning) | 0.2 – 1 | Precision molds, electronic parts, and antique restoration |
| 200W | Small hardware shops, auto repair, and mold maintenance | Light rust, thin coating removal | 0.5 – 2 | Metal parts, automotive components, surface cleaning |
| 300W | Medium manufacturing plants, welding workshops | Medium rust, light paint removal | 1 – 3 | Welding seams, machining parts, metal fabrication |
| 500 W | Industrial fabrication, steel structure plants | Heavy rust, single-layer paint, slag removal | 2 – 6 | Ship maintenance, steel structures, and machinery cleaning |
| 1000–2000 W | Heavy industry, shipyards, and automation lines | Thick rust, multi-layer paint, oxide scale | 5 – 15+ | Large steel plates, ship hulls, and automated production lines |
Testimonials
When our factory first started, we used sandblasting and chemical cleaning to strip rust, grease and oxides off car chassis. These methods scratched thin parts and created hazardous waste, forcing extra spending on waste treatment and raising total costs.
We later purchased multiple ElephMax 300W fiber laser cleaners. Our auto parts stay intact after cleaning, and these machines require no extra consumables. They cut our cleaning time by nearly 28% and greatly reduced long-term operating and labor costs.
Auto Parts Cleaning | Mr. Minh Tran, EV Component Workshop, VietnamWe picked ElephMax fiber laser cleaners after a friend’s recommendation. I found out online that chemical stripping thins workpieces and calls for secondary polishing, while fiber laser cleaning delivers precise, damage-free results. These machines leave materials scratch-free and skip extra polishing steps.
Aerospace Parts Cleaning | Mr. Julian Hayes, USAWe once used abrasives and acid cleaners to clear grease and rust on molds. Abrasive polishing left scratches on precision molds, and handling chemical waste came with high costs.
After switching to ElephMax fiber laser cleaners, one single unit handles rust, oxides and oil residue on all workpieces. It leaves base materials untouched, boosting processing efficiency and cutting spending on auxiliary cleaning supplies.
Hardware and Mold Cleaning | Ms. Lisa Carter, Metal Mold Factory, CanadaWe previously used sandblasting to clear marine rust and aged anti-corrosion paint on hull frames. Sand particles erode base metal and leave uneven surfaces that need additional anti-rust coating.
ElephMax laser cleaners quickly strip heavy hull rust without damaging steel plates. We slash spending on blasting abrasives and eliminate extra coating steps.
Ship and Marine Component Cleaning | Mr. Carlos Silva, Ship Repair Yard, Brazil
ROI depends on your working hours, labor and consumable costs. If you run the machine nonstop in auto, shipbuilding or mold processing lines, you can typically recoup your investment within 6 to 12 months. If you own a small workshop for hardware machining or cultural relic restoration, your payback period usually falls between 12 and 18 months.
Laser cleaning offers precise, damage-free cleaning and requires no extra consumables. You can use it to replace sandblasting and chemical cleaning in most industries like new energy, automotive, mold, aerospace and ship refurbishment.
However, you will still need auxiliary chemical cleaning for complex inner blind holes that laser beams cannot reach.
If you order standard handheld fiber laser cleaners (100W–500W) from our ready stock, we arrange shipment within 7–10 business days after receiving your payment.
Standard non-custom high-power models (1000W–2000W) take 15 to 25 days to produce. If you request full OEM customization, such as custom fiber cable lengths, production will take 30 to 45 days.
Transit time varies by destination and shipping option. Reach out to our sales team if you want exact delivery timelines.
ElephMax keeps mainstream spare parts in stock and delivers globally. On our fiber laser cleaners, only protective lenses and filter cartridges need regular swapping. You should replace protective lenses every 300–500 working hours, based on the materials you process. Dust and chiller filters need changing every 3 to 6 months.
Key core parts including laser sources from all available brands last up to 100,000 working hours and rarely need replacing.
Our fiber laser cleaners feature minimal routine upkeep and low long-term maintenance costs.
You only need to maintain the laser lens, cooling system and dust collector on a daily basis. Daily work includes cleaning exhaust filters and cabinet interiors, replacing filter cartridges and replenishing coolant. Optical paths and galvanometers only require annual calibration.
In terms of consumables, only filter cartridges and protective lenses need regular replacement. The laser source delivers over 100,000 working hours with nearly no maintenance required.
We provide four power grades and three mainstream laser source options. Imported IPG laser sources cost more than Raycus and MAX models, yet offer more stable performance. All three brands feature a service life of over 100,000 hours.
You pay a premium for higher-power machines, which clean faster and deliver better surface results. Final pricing also varies by cooling configuration, handheld gun accessories, automation level and your custom requirements.