Mostrando los 2 resultados

Máquina de limpieza láser

Nuestra máquina de limpieza láser utiliza un rayo láser para limpiar superficies. Elimina contaminantes como pintura, óxido y óxidos.

Tipos comunes:

Limpiador láser de fibra CW (onda continua):
- Utiliza un cabezal manual con láser continuo.
- Solución rentable.
- Ideal para eliminar óxido o pintura fina de metales como acero inoxidable, acero dulce y hierro.
- Opciones de potencia: 1500W, 2000W, 3000W.
Limpiador láser pulsado:
- Utiliza un cabezal de exploración galvo con láser pulsado.
- Adecuado para limpiar objetos de gran valor sin dañar el material base.
- Eficaz para eliminar el aceite, las manchas y la suciedad de los mohos.
- Opciones de potencia: 100W, 200W, 300W.

Solicitar presupuesto

Máquina portátil de limpieza por láser pulsado

Máquina portátil de limpieza por láser de impulsos

eliminación de óxido con pistola láser

Máquina láser para limpieza | Máquina láser para eliminación de óxido

INDUSTRIAL LASER EQUIPMENT

Industrial Laser Cleaning Machines: Buyer's Guide, Costs, and Applications

A laser cleaning machine uses a focused laser beam to remove rust, paint, oil, and coatings from metal and other surfaces. It does this without touching the base material and without chemicals. This guide covers how the technology works, what it costs, and how to pick the right unit for your production needs.

Solicitar presupuesto Solicita una prueba de muestra

100W–3,000W | CW & Pulsed Options | Global Technical Support

máquina de limpieza láser

Laser Cleaning: Quick Answers for Buyers

Laser cleaning is a non-contact process. A fiber laser directs energy at surface contaminants. Those contaminants absorb the energy and vaporize. The base metal stays intact.
HiSpeed Laser supplies OEM and ODM laser cleaning machines for industrial users worldwide from Dongguan, China.

Key benefits of laser cleaning:

✅️ No chemicals, no abrasive media, no secondary waste

✅️ Protects the base material from surface damage

✅️ Low consumables compared to sandblasting, sanding, or grinding

✅️ Quiet operation without noise pollution

✅️ Easy integration with existing production lines

✅️ Can be precisely positioned and selectively cleaned

At a Glance: Kep Specifications

Power Range

100W to 3,000W flexibility tailored to light maintenance or heavy multi-shift workloads.

Laser Modes

Continuous Wave (CW) for bulk rust removal and Pulsed mode for precision cleaning.

Materiales

Cleans various materials including metal, plastic, glass, and ceramics

Key Sectors

Automotive, aerospace, mold maintenance, electronics, and heavy machinery.

Coating Removal

Weld Preparation

Degreasing

Paint Stripping

Portable laser cleaners suit on-site maintenance and smaller components. Most buyers start with a handheld fiber laser cleaner for flexible use on installed parts and structures.

Función de la máquina de limpieza por láser

How Laser Cleaning Works (Laser Ablation Explained)

Laser ablation is the core process. The laser heats and vaporizes contaminants faster than the base material absorbs heat. The result: the coating lifts off while the substrate stays cool.

Key Components of a Laser Cleaning Machine

Fuente láser

Fiber laser around 1064 nm wavelength

Delivery Cable

5–10m flexible fiber optic cable

Cleaning Head

Handheld pistol or fixed scanner head

Sistema de control

Adjusts power, pulse width & scan speed

Extractor de humos

Captures dust & fumes during ablation

Microsecond Ablation Process Workflow

What happens within microseconds during laser surface interaction.

01

Energy Absorption

The surface contaminant layer rapidly absorbs high-density laser beam energy emitted at 1064 nm wavelength.

02

Expansion & Vaporization

Contaminant layer expands micro-secondally, cracks, and ejects off the substrate as fine dust particles and fumes.

03

Substrate Protection

The base metal stays intact because heat does not penetrate deep enough, avoiding mechanical abrasion or distortion.

Process Tuning Note:

Correct settings decide whether rust, paint, or oxide remove cleanly. Power, pulse width (or continuous wave mode), scan width, and speed all matter. CW mode delivers fast bulk cleaning. Pulsed mode offers precision work and low heat input. Research shows that pulsed mode can reduce average energy input by about 45% compared to CW under similar scan parameters.

Laser cleaning generates no secondary waste compared to sandblasting. HiSpeed Laser uses fuentes láser de fibra for high electrical efficiency and stable beam quality.

Types of Laser Cleaning Machines (Handheld, Stationary, Enclosed)

Configuration choice depends on part size, throughput, and safety requirements. A small shop needs different equipment than a battery production line.

Handheld laser cleaners: Pistol-style head with a 5–10 m fiber cable. Used on car bodies, machinery, steel structures, and on-site maintenance. The operator moves the head across various surfaces.

Trolley or cabinet base units: Wheels, compact footprint, simple control panel with presets for common jobs. Easy to roll between stations.

Stationary or gantry cleaning machines: Fixed head with parts moving under the laser beam on a conveyor or XY table. Suited for high-volume, repeatable jobs like brake discs, stamped parts, and battery tabs.

Enclosed Class 1 cleaning cells: Safety cabin with interlocks and a viewing window. Required for automotive, aerospace, and medical device production lines where operator exposure must be zero.

HiSpeed Laser offers both standalone cleaning machines and integrated solutions. These can combine laser cleaning with marking, welding, or cutting on the same line.

Continuous Wave (CW) vs. Pulsed Laser Cleaners

Laser cleaning machines fall into two main technology categories with different application profiles and budgets.

Continuous Wave (CW) Laser Cleaners

Operating Principle: Delivers a constant, uninterrupted laser beam at high steady power (1,000W to 3,000W).
Core Strengths: Serves ~80% of industrial rust removal needs. High speed and efficiency for heavy rust, thick paint, steel beams, ship hulls, and large weldments.
Limitations: CW lasers can damage thin or heat-sensitive substrates. They suit robust metals but not thin foil, delicate mould details, or composites.

Pulsed Laser Cleaners

Operating Principle: Emits energy in short bursts. This minimizes heat transfer to the substrate. Short pulse duration allows the surface to cool between pulses. Pulsed lasers can achieve peak power up to 10 times higher than CW at the same average wattage.
Core Strengths:

Pulsed lasers are essential for precision cleaning applications. They handle mould cleaning, aerospace component prep, battery tab cleaning, and historic artifact conservation. They are ideal for light-to-medium rust on sensitive materials.

HiSpeed Laser can configure fiber laser sources in CW or pulsed modes based on the customer's parts and cleaning goals.

Cooling Systems and Power Classes (Air-Cooled vs Water-Cooled)

Cooling systems affect the industrial reliability of laser cleaning machines. The right choice depends on power, duty cycle, and work environment.

Air-Cooled

Air cooled laser cleaning machines dominate up to about 2,000W CW and up to 200W pulsed. This covers many handheld industrial tasks.
Air cooled benefits: Lighter main unit, simpler installation, no external chiller. Suited for mobile operators and small workshops.

Water-Cooled

Water cooled systems with integrated chillers become necessary at 2,000W–3,000W CW and for full-shift industrial duty.
Water cooled trade-offs: Added weight and cost, but stable output during heavy rust removal on ships, bridges, large steel structures, and foundry tools.

Example range: A 1,000W air cooled handheld unit fits automotive and fabrication shops. A 3,000W water cooled unit fits shipyard paint and coating removal.

Industrial laser cleaning reliability depends on laser source quality. High-quality laser sources improve longevity and reliability. Laser source quality impacts the choice of any industrial cleaning system. Effective cooling systems are crucial for high-power laser operation.

HiSpeed Laser engineers size cooling systems for local climate and duty cycle. This protects the laser source and extends service life.

What Materials and Coatings Can Laser Cleaning Remove?

Optimized processing for industrial metals, specialized surface coatings, and delicate substrates.

What Materials & Coatings Can We Remove?

Primary Metals: Carbon steel, stainless steel, aluminum, copper, brass, and tool steel.

Contaminants Effectively Removed:

Rust and mill scale
Paint and powder coatings
Oil, grease, and oil stains
Oxide layers and welding heat tint
Soot, flux residue, and other contaminants

Laser cleaning can also treat stone, concrete, and some ceramics. Uses include graffiti removal, façade restoration, and monument cleaning. These jobs need more parameter tuning than metals.

Key Industrial Applications

Mould Maintenance: Removing release agent from plastic injection moulds without abrasion.
EV Battery Production: Cleaning battery busbars and tabs. A 300W pulsed system achieved 99.8% oxide removal on aluminum battery trays with surface roughness of Ra 0.8–1.2 µm.
Automotive Manufacturing: Stripping paint from panels before rewelding, surface preparation for adhesives.
Military Equipment: Removing corrosion from field hardware without chemicals.

Tratamiento superficial de la máquina láser de limpieza de óxido

máquina de limpieza láser

Preparación de la superficie de acero

máquina de limpieza láser

Herrumbre y oxidación

máquina de limpieza láser ortable

Tintura de zinc galvanizado

máquina de limpieza láser

Graffiti y arenisca

máquina de limpieza láser

Corrosión del acero inoxidable

máquina de limpieza láser

Más espectáculo de tratamiento de superficies

Pre-Sale Material Testing Services

The goal is always the same. Remove the coating or contamination. Protect the base material from abrasion and chemical attack. It preserves the integrity of delicate surfaces during cleaning.
HiSpeed Laser runs sample tests on customer parts. This confirms achievable cleaning speed and surface quality before final machine selection.

Technical Specifications

Entorno operativo

Contenido	Parámetro
Tensión de alimentación	220V/110V/380V ±10%, 50/60Hz CA
Consumo eléctrico de toda la máquina	2500 W (incluido el refrigerador)
Situar el entorno	plana, sin vibraciones ni impactos
Temperatura de trabajo	0℃～40℃
Humedad ambiente de trabajo	≤80%

Parámetros ópticos

Contenido	Parámetro
Potencia media del láser	≥1000W / 1500W/ 2000W
Rango de ajuste de potencia (%)	10-100 (gradiente ajustable)
Frecuencia de repetición (KHz)	20-50 (ajustable gradualmente)
Eficacia de limpieza (m2/h)	5
Longitud focal (mm)	210/160 reemplazable(con doble puntero de luz roja para enfocar)
Método de refrigeración	Refrigeración por agua

Laser Cleaning Machine Cost and Total Ownership

Laser cleaning machine cost depends on power, CW vs pulsed, cooling type, laser source brand, cleaning head design, and automation level. Configuration drives the final price.
Typical ex-factory cost ranges for industrial fiber laser cleaning machines in 2026:

Tier	Power / Type	Price Range
Entry level handheld CW	1,000W–1,500W	$4,000–$7,000
Mid-range CW	1,500W–2,000W	$7,000–$12,000
High-power CW or pulsed	2,000W–3,000W+	$12,000 and up
Multi-function systems	Various	$3,699–$4,699 starting

What's the typical cost?

1500W CW: ~$6,000-$8,500

Handheld: $2,500- $20,000+ (depending on specs)

Pulsed: 2 to 5x more than CW

Mid-range configs: $9,000-$18,000

Low Operating Costs

Operating costs stay low. Electricity runs a few dollars per shift. Protective lenses y fume extractor filters are the main consumables. Compare that to abrasive media, chemicals, and disposal fees in sandblasting. Laser cleaning produces no consumable waste from blasting grit or chemical stripping agents.

Fast ROI & Labor Savings

Labor savings from faster rust and coating removal, less masking, less rework, and longer tool life. A paperboard roller case saved 128 hours of labor by using laser cleaning instead of manual methods.

HiSpeed Laser offers OEM pricing, volume discounts for integrators, and tailored configurations to hit customer budgets.

Safety, Fume Extraction, and Environmental Benefits

Laser cleaning systems require proper safety features and compliance. Here is what every operator and buyer needs to know.

Industrial Laser Safety Protocols

Class 4 Laser Classification

Laser cleaning machines are classified as Class 4 devices. This is the highest hazard class.

Certified OD 5+ Eyewear

Operators must wear laser safety eyewear with OD 5+ at 1070nm. Regular safety glasses do not protect against fiber laser wavelengths.

Controlled Exclusion Zones

Class 4 lasers require a laser exclusion zone with screens or curtains. Warning signs and interlocks on enclosures are mandatory. OSHA directives cover these safety requirements.

Dedicated Fume Extraction

Fume extraction is mandatory during laser cleaning operations. Laser ablation turns paint, rust, and oil into fine particulate. A dedicated fume extractor with HEPA and activated carbon filters keeps the workspace safe.

Certificaciones

Look for CE and FCC markings as minimum safety certifications on any cleaning machine.

Environmental Advantages over Traditional Methods

🌿 No Blasting Media: Zero sand or grit waste to handle or dispose of

🌿 Chemical-Free: No aggressive chemicals or chemical stripping waste

🌿 Low noise than grinding, sanding, or sandblasting

🌿 Eco-friendly operation with no toxic runoff

🌿 Minimal secondary waste

Comparación con los métodos tradicionales de limpieza

Comparación	Limpieza láser	Limpieza química	Rectificado mecánico	Limpieza criogénica
Método Washiing	limpieza sin contacto	limpieza de contacto	Limpieza por contacto abrasivo	limpieza sin contacto
Daño al material de base	Ninguno	Sí	Sí	Ninguno
Eficacia de lavado	Alta	Bajo	Bajo	Medio.
Consumibles	Potencia	Detergente químico	Papel abrasivo, amoladora, piedra abrasiva	Hielo seco
Resultado del lavado	Muy bueno, muy claro	Medio, irregular	Medio, irregular	Bueno, desigual
Lavado de precisión	Precisión controlable. Alta precisión	Incontrolable, baja precisión.	Incontrolable, precisión media.	Incontrolable, poca precisión.
Seguridad/Medio ambiente	Sin contaminación	Contaminación química	Contaminación por polvo	Sin contaminación
Operación	Fácil de manejar, portátil o automatización opcional.	Proceso complicado, mayor exigencia técnica del operador. Se requieren medidas de prevención de la contaminación.	Se necesita más tiempo y mano de obra. Se necesitan medidas de prevención de la contaminación.	Fácil de manejar, portátil o automática.
Inversión	Elevada inversión en la máquina. Pero sin consumibles, bajo coste de mantenimiento.	Baja inversión en máquina. Pero consumibles caros	Inversión media en la máquina. Alto coste de mano de obra.	Inversión media en la máquina. Coste de consumibles elevado.

HiSpeed Laser can supply matched fume extractors and safety accessories with each unit. This creates a ready-to-run package.

Entry Level, Mid-Range, and Professional Laser Cleaners: Which Tier Fits You?

Think of laser cleaner tiers by duty cycle, throughput, and budget. Choosing the right power output is essential for effective rust removal. Selecting a machine also depends on the rust depth and surface type.

Entry level:

1,000W–1,500W CW handheld units. Fit fabrication shops, small automotive repair, and businesses testing laser cleaning. Good for pre-weld cleaning and light rust removal. Cost effective for mixed welding and cleaning jobs. The regular price on entry level units keeps the barrier low.

Mid-range:

1,500W–2,000W CW handheld cleaners or 100W–200W pulsed systems. Built for dedicated cleaning services, mould shops, and industrial maintenance teams. These run several hours per day. Choosing a laser cleaning machine at this tier depends on the type of laser required for the specific surface treatment.

Professional:

2,000W–3,000W CW o 300W+ pulsed units. Often integrated into semi-automatic or robotic cells. Serve automotive, aerospace, shipbuilding, and heavy industrial equipment production. Full-shift continuous operation. These handle everything from eliminación de óxido con láser to precision oxide removal on battery foils.

Simple selection rules: choose entry level for mixed jobs, mid-range when cleaning becomes a core service, professional when production runs a full shift.

HiSpeed Laser supports all three tiers with matching spare parts, remote diagnostics, and on-site service through global partners.

HiSpeed Laser Cleaning Solutions and Custom OEM/ODM Options

HiSpeed Laser's cleaning machines connect to a broader industrial laser portfolio that includes marking, welding, and cutting.

Our Core Cleaning Systems:

✔️ Portátil fiber laser cleaners (CW and pulsed)

✔️ Integrated cleaning modules for production lines

✔️ Combined systems that pair cleaning with laser marking or welding

Tailore OEM/ODM Solutions:

OEM and ODM services include custom enclosures with client branding, special cleaning heads for narrow grooves or curved moulds, integration with robots or conveyors, and custom HMI in local language.

Proven Across Industries: Recent projects span automotive chassis and EV battery production, electronics and connector cleaning, medical device surface preparation, and mould and die maintenance.

All machines ship with CE-compliant designs. HiSpeed Laser supports documentation for local approvals.

Ready to Get Started?

Test Your Parts:

Send sample parts or photos for a cleaning test

Get a Recommendation:

Request a machine recommendation by power and configuration

Become a Partner:

Discuss distributor and dealer opportunities in your region

Comentarios de los clientes

FAQs

What surfaces can a laser cleaner treat without damaging the base material?

Most metals clean well: steel, stainless steel, aluminum, copper, brass. Stone and concrete also work but need careful parameter tuning. Wood surfaces and soft plastics carry higher risk of damage and require low power or pulsed mode with test runs first.

How fast can a 1500W fiber laser cleaning machine remove rust per square meter?

Speed depends on rust depth. Light surface rust: 8–15 m²/hour. Medium rust: 4–8 m²/hour. Heavy, layered rust: 1–4 m²/hour. These are estimates; actual speed depends on settings and material. Saving time over manual methods is the main advantage.

Is laser cleaning safe for galvanized steel, stainless steel welds, and aluminum panels?

Yes, with correct settings. Use pulsed mode for thin or coated substrates to avoid stripping the zinc layer or base metal. Always run a test area first. This method is non contact, so there is no mechanical stress on the surface.

What power supply and environment do I need?

Most handheld units run on single-phase 220V. High-power systems (2,000W+) often need three-phase power. Keep the workspace dry, ventilated, and between 10°C and 40°C. Stable air flow helps the cooling system and extends laser source life.

How long does a fiber laser cleaning machine last?

Fiber laser sources last 50,000 to 100,000 hours under normal industrial use. Optics (lenses, protective windows) degrade faster at 5,000–20,000 hours. Regular maintenance and clean operating conditions extend all component lifespans. Most machines carry a one year warranty on the main unit.

Can I upgrade from an entry level cleaner to a higher power model later?

Yes. Many operators start with a 1,000W unit and move to 2,000W+ as demand grows. HiSpeed Laser offers trade-in guidance, resale support, and OEM upgrade paths. The laser cleaning tools you invest in today can scale with your business.

Ready to find the right laser cleaning machine?

Contact HiSpeed Laser with your parts, coatings, and production goals. The team will recommend the right power, configuration, and price for your operation.

Ponte en contacto con el equipo de ingeniería

Si desea más información, póngase en contacto con nosotros. Le responderemos en cuanto recibamos su correo electrónico.

Hispeed se centra en ofrecerte soluciones para el marcado, el grabado, la limpieza, la soldadura y el corte por láser. Ofrecemos un asesoramiento competente y un servicio de atención al cliente de primera clase en todo el mundo. Si buscas soluciones innovadoras de marcado por láser a medida o máquinas de grabado por láser de alta precisión, no dudes en ponerte en contacto con nosotros.

Enviar consulta

Quiénes somos

Hispeed Laser Technology Ltd. es un fabricante de máquinas de marcado láser establecido para producir y suministrar máquinas de marcado láser y proporcionar soluciones de marcado láser. Desde populares marcadoras láser de nivel básico, hasta complejos proyectos de grabado de marcado láser, podemos proporcionar una solución completa de acuerdo a sus necesidades.

Obtener catálogo electrónico

Las máquinas láser más vendidas

Póngase en contacto con nosotros

inquiry@hispeedlaser.com

+86 137 1335 8285

5F, Edificio 3, Parque Industrial Wanrong, Liaobu, Ciudad de Dongguan, Provincia de Guangdong, China, 523400

Copyright 2026 © Hispeed Laser Marking Machine Company