Laser Tattoo Removal

  • ✓ Factory Direct
  • ✓ Pre-Shipment Inspection & Testing
  • ✓ Operator Training & Protocols
  • ✓ 1-Year Warranty + Lifetime Remote Support
  • ✓ Spare Parts & Repair Support
  • ✓ OEM / Distributor Support

Explore professional laser tattoo removal machines for tattoo fading, permanent makeup correction, and selected pigmentation applications. Mico Aes offers Q-switched Nd:YAG, picosecond, multi-wavelength, and combination systems for clinics, salons, tattoo studios, and distributors. Compare wavelengths, pulse duration, handpieces, cooling, machine format, and documented applications.

Compare Laser Tattoo Removal Technologies
Explore different system formats for professional tattoo fading, permanent makeup correction, and selected pigmentation applications. Compare the actual pulse technology, wavelength configuration, handpieces, cooling, and documented indications instead of relying only on product names or total wattage.

Q-Switched Nd:YAG Systems

Nanosecond systems are commonly configured around 1064nm and 532nm outputs. Compare pulse width, fluence or energy controls, spot sizes, repetition rate, cooling, aiming beam, and model-specific indications before selecting a system for a focused tattoo or pigment service menu. View Nd:YAG Laser System →

Picosecond Laser Systems

Picosecond platforms use shorter pulse durations measured in picoseconds. Review verified pulse duration, peak power, fluence, wavelength options, spot-size range, cooling, and the documentation supplied with the exact model rather than relying on the technology label alone. View Picosecond Laser System →

Multi-Wavelength and Dye Systems

Multi-wavelength and dye-conversion configurations may provide additional options for selected colored pigments. Confirm direct versus converted output, 585nm or 650nm dye accessories, cartridge requirements, output stability, replacement availability, and model-specific application guidance. View Multi-Wavelength System →

Combination Laser Platforms

Combination systems may integrate Nd:YAG or pico functions with diode, IPL, SHR, or other modules. Compare each function separately, including handpieces, controls, consumables, training requirements, installation needs, and whether the complete configuration fits your planned service menu. View Combination Platform →

Wavelengths and Pigment Considerations

Different pigments absorb different wavelengths. The following table is a purchasing reference only. Actual applications depend on the pigment composition, machine configuration, operating parameters, professional assessment, and the documented indications of the selected model.
Wavelength or Configuration Common Selection Context Typical System Format What Buyers Should Verify
1064nm Commonly considered for black, dark blue, brown, and other dark pigment applications. Direct output on many Nd:YAG and selected picosecond systems. Pulse width, fluence or energy range, spot sizes, repetition rate, cooling, and model documentation.
532nm Commonly considered for selected red, orange, and other warm-colored pigment applications. Often produced through frequency-doubling on Nd:YAG systems. Output method, parameter controls, spot sizes, skin-assessment requirements, and intended use.
730nm, 755nm, or 785nm Available on selected platforms for particular blue, green, turquoise, purple, or other color configurations. Model-specific direct output or compatible handpiece configuration. Whether the wavelength is included, optional, direct, or accessory-based, plus replacement availability.
585nm or 650nm Dye Handpieces Selected colored pigment applications on compatible laser platforms. Dye-conversion handpiece used with a compatible main system. Dye cartridge life, output stability, calibration, replacement cost, and operating instructions.
1320nm Accessory Selected carbon-assisted facial applications on compatible multifunction systems. Optional accessory or separate configuration rather than a primary tattoo-removal wavelength. Intended use, included accessories, operating guidance, and whether the function is documented for the model.

What Buyers Should Compare

Pulse and Energy

Request documented pulse duration, fluence or energy range, repetition rate, peak power where applicable, and energy stability. Total machine wattage should not be used as a substitute for laser output information.

Wavelength Architecture

Confirm which wavelengths are standard, optional, directly generated, or produced through conversion accessories. Check whether each wavelength has a separate handpiece and model-specific operating guidance.

Spot Size and Handpieces

Review available spot sizes, aiming beam, handpiece ergonomics, foot-switch operation, protective eyewear, included accessories, and the replacement or calibration requirements for each applicator.

Cooling and Workflow

Compare air, water, or other cooling configurations, temperature monitoring, interface design, treatment-room footprint, electrical requirements, maintenance access, and expected operating workflow.
Technology Primary Focus Typical System Format Key Points to Compare
Q-Switched Nd:YAG Nanosecond energy delivery for tattoo and selected pigment workflows. Standalone console, commonly with 1064nm and 532nm outputs. Pulse width, energy control, spot size, repetition rate, cooling, aiming beam, and documented indications.
Picosecond Laser Shorter pulse durations for selected tattoo and pigment applications. Portable or floor-standing pico configuration with model-specific wavelengths. Verified pulse duration, peak power, fluence, wavelength options, spot sizes, cooling, and technical documentation.
Multi-Wavelength and Dye Broader wavelength or handpiece options on compatible systems. Multi-wavelength console with direct or dye-conversion accessories. Direct versus converted output, cartridge requirements, output stability, consumables, and replacement components.
Combination Platform Multiple laser or light-based functions in one equipment platform. Combined Nd:YAG, pico, diode, IPL, SHR, or other configurations depending on the model. Independent controls, handpieces, cooling, electrical load, training, maintenance, and intended use for each function.

Wavelength-to-color matching is a practical selection guide, not a treatment guarantee. Pigment composition, depth, previous treatment, skin characteristics, operating parameters, and individual response should be assessed by appropriately trained professionals.

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Laser Tattoo Removal

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Choosing a Laser Tattoo Removal Machine

Treatment Objectives

Define whether the equipment will support decorative tattoo fading, cover-up preparation, permanent makeup correction, selected pigmentation work, or a broader combination service menu.

Wavelength and Pulse

Request the exact pulse width, fluence or energy range, repetition rate, spot-size options, and wavelength configuration. Confirm which outputs are standard, optional, direct, or conversion-based.

Handpieces and Spot Sizes

Check included handpieces, spot sizes, aiming beam, foot switch, protective eyewear, calibration requirements, replacement parts, and whether accessories are included or optional.

Workflow and Installation

Compare portable, desktop, and floor-standing formats according to room size, expected workload, electrical load, cooling preparation, treatment-room mobility, interface usability, and maintenance access.

Operating Costs

Budget for dye cartridges, lenses, filters, handpiece replacement, cooling maintenance, calibration, protective equipment, repairs, shipping, and other model-specific consumables.

Training and Compliance

Request model-specific manuals, operating guidance, safety procedures, training materials, warranty terms, spare-parts information, and documentation required for the destination market.

Portable and Floor-Standing Machine Comparison

Machine Format Potential Operating Fit Points to Compare Questions Before Purchase
Portable or Desktop Smaller studios, salons, independent professionals, compact treatment rooms, or businesses beginning with a focused service menu. Footprint, transportation, storage, cooling, handpiece configuration, electrical load, and expected treatment volume. Is the cooling system suitable for the planned workload? What accessories and maintenance procedures are included?
Vertical or Floor-Standing Fixed treatment rooms, clinics with more available space, or projects requiring larger consoles and additional configurations. Room requirements, cooling assembly, machine dimensions, electrical installation, service access, and multifunction options. What installation conditions, plug type, voltage, cooling preparation, and maintenance access are required?

Single-Technology and Multi-Technology Platforms

Single-Technology Machines

Single-technology systems may suit businesses with a focused tattoo or pigment service menu. Compare the complete laser configuration, including wavelengths, pulse controls, handpieces, cooling, consumables, maintenance, and technical documentation.

Multi-Technology Platforms

Multi-technology platforms may combine two or more laser or light-based functions. They can broaden the service menu, but each function should be reviewed separately for controls, handpieces, training, consumables, documentation, and local market requirements.
Comparison Area Single-Technology System Multi-Technology Platform
Service Scope Focused around one principal laser technology. Combines multiple functions or energy systems in one console.
Configuration Usually simpler to review by wavelength, pulse, spot size, and cooling. Requires separate verification of each module, handpiece, and control system.
Training Training can focus on one primary operating system and workflow. Operators may need separate guidance for each included technology.
Maintenance Maintenance and replacement parts are generally linked to one main technology. Consumables, handpieces, and service requirements may differ by module.
Best Procurement Question Does this configuration match the main service demand? Will every included function be used, documented, trained, and commercially relevant?

Purchasing and Supplier Verification Checklist

Procurement Topic Information to Confirm Why It Matters
Model Configuration Laser type, wavelengths, pulse duration, energy controls, spot sizes, handpieces, cooling, and included accessories. Product names may not show the complete equipment configuration.
Electrical and Installation Voltage, frequency, plug type, electrical load, machine dimensions, room requirements, and cooling preparation. Installation conditions can affect delivery, setup, and daily operation.
Consumables and Parts Dye cartridges, lenses, filters, handpieces, lamps or laser sources, pumps, screens, and replacement intervals. Consumables and service parts contribute to total ownership cost.
Training and Support Manuals, setup videos, operating guidance, troubleshooting, remote technical assistance, repair procedures, and spare-parts availability. Model-specific guidance is important for professional operation and maintenance.
Compliance Documentation Exact model documents, labeling, intended use, applicable classification, operator requirements, and destination-market requirements. Certification and regulatory status may vary by model and country.
Delivery and Commercial Terms Unit price, quantity discounts, packaging, lead time, shipping method, customs responsibility, taxes, warranty coverage, and return terms. Written terms reduce misunderstandings during international equipment procurement.

Professional Use and Treatment Expectations

Professional Consultation

Client consultation should consider pigment color and composition, tattoo depth and density, previous treatment, skin characteristics, location, and realistic expectations before treatment planning.

Operator Training

Equipment should be operated by appropriately trained professionals using the model-specific instructions, safety procedures, protective eyewear, controlled parameters, and suitable treatment records.

Local Requirements

Operators and distributors should verify local scope-of-practice rules, laser safety obligations, device documentation, import requirements, labeling, and permitted marketing claims before offering services.

This information is for professional equipment selection only. Laser procedures involve risks, and the appropriate device, operator qualification, protective measures, intended use, and marketing claims must be assessed against the manufacturer’s instructions and local regulations.

Need help comparing Q-switched, picosecond, or multi-wavelength configurations? Contact Mico Aes for model specifications and a quotation →

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