Laser Machine

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Professional Aesthetic Equipment

Professional Laser & Light-Based Aesthetic Equipment

Explore professional laser machines and light-based aesthetic systems for hair removal, tattoo and pigmentation applications, skin resurfacing, skin rejuvenation, hair growth, and selected body-contouring workflows. Mico Aes supplies diode, IPL/SHR, Pico, Nd:YAG, CO₂, Thulium, Er:YAG, laser lipo, and multifunctional laser systems for salons, clinics, med spas, and distributors.

Laser Technology Guide

Compare Professional Laser Machine Categories

Professional laser and light-based systems differ by wavelength, pulse duration, energy delivery, treatment depth, cooling method, handpiece configuration, and intended application. Select the equipment category according to the services you plan to offer and the requirements of your clinic or salon.

Diode Hair Removal Lasers

Professional diode systems using single or multiple wavelength configurations for selected hair-reduction treatment workflows.

Pico & Nd:YAG Lasers

Short-pulse and Q-switched laser platforms for compatible tattoo, pigment, and complexion-related applications.

CO₂ Fractional Lasers

Fractional resurfacing systems designed for selected texture, scar, wrinkle, and skin-renewal treatment protocols.

IPL / SHR Systems

Broad-spectrum light platforms for selected hair-reduction, pigmentation, vascular, and skin-rejuvenation workflows.

1927 nm Thulium Lasers

Fractional Thulium systems for compatible pigmentation, skin-rejuvenation, and texture-focused treatment workflows.

2940 nm Er:YAG Lasers

Er:YAG laser systems for selected ablative or fractional resurfacing procedures requiring controlled skin ablation.

Laser Lipolysis

Laser-based body-contouring systems for selected localized fat-reduction and body-shaping service workflows.

Hair Growth Lasers

Low-level light and laser systems designed for professional scalp-care and hair-growth-support protocols.

How Professional Laser Technologies Differ

The same product name or headline power rating does not describe the complete performance of a laser system. Compare the actual wavelength, pulse duration, fluence, spot size, repetition rate, cooling system, handpiece output, and model-specific documentation.
Laser Category Common Applications Key Specifications to Check Operating Considerations
Diode Laser Selected professional hair-reduction workflows. 755 nm, 808 nm, and 1064 nm options, handpiece output, fluence, pulse width, spot size, and cooling. Skin and hair assessment, treatment protocols, shot count, cooling maintenance, and operator training.
IPL / SHR / DPL Selected hair-reduction, pigmentation, vascular, and skin-rejuvenation workflows. Spectrum, filters, pulse modes, fluence, repetition rate, lamp specifications, and cooling. Phototype assessment, eye protection, filter selection, lamp life, and replacement-part availability.
Pico & Nd:YAG Compatible tattoo and pigmentation-related applications. Wavelengths, pulse duration, energy range, spot size, beam profile, and handpiece options. Ink or pigment assessment, eye protection, cooling, calibration, and model-specific protocols.
CO₂ Fractional Laser Selected fractional resurfacing and texture-focused workflows. Laser tube, scanner system, pulse width, spot size, energy range, and pattern control. Plume management, recovery planning, aftercare, training, and clinical supervision.
1927 nm Thulium Compatible skin-rejuvenation, pigmentation, and texture-related treatments. Output, pulse settings, scanner design, treatment modes, cooling, and consumables. Skin assessment, protocol selection, training, maintenance, and replacement-part planning.
2940 nm Er:YAG Selected ablative or fractional resurfacing procedures. Pulse energy, pulse width, spot size, scanner, pattern control, and treatment modes. Clinical assessment, recovery planning, plume control, eye protection, and operator qualification.
Laser Lipo Selected body-contouring and localized fat-reduction workflows. Laser wavelength, number of pads or applicators, output, operating modes, and combined functions. Intended-use documentation, applicator placement, treatment area, and service protocol.
Hair Growth Lasers Professional scalp-care and hair-growth-support programs. Light source, wavelength range, treatment coverage, irradiance, session controls, and device geometry. Scalp assessment, treatment consistency, eye protection, cleaning, and client monitoring.

For Hair Removal Services

Compare diode and IPL/SHR systems by wavelength configuration, handpiece output, cooling, spot size, fluence, pulse settings, and treatment workflow.

For Pigment & Tattoo Applications

Review Pico and Nd:YAG platforms according to wavelength options, pulse duration, energy range, spot size, beam profile, and safety controls.

For Skin Resurfacing

CO₂ fractional, Er:YAG, and Thulium systems offer different treatment depths, pulse controls, scanner patterns, recovery requirements, and operator protocols.

For Multi-Service Clinics

Multifunctional systems can combine several technologies, but each function, applicator, output specification, and intended use should be verified separately.

Laser Machine

Professional Equipment Buying Guide

How to Choose the Right Professional Laser Machine

The right laser machine depends on the treatment services you plan to offer, target clients, operator experience, treatment volume, available space, maintenance requirements, and destination-market regulations.

Match the Treatment Goal

Decide whether the system is intended for hair removal, tattoo and pigment treatment, skin resurfacing, skin rejuvenation, hair growth, or selected body-contouring applications.

Compare Energy Delivery

Review wavelength, pulse duration, fluence, spot size, repetition rate, cooling method, handpiece output, and energy stability instead of relying only on the product name.

Check Cooling and Heat Management

Confirm whether the system uses air cooling, water cooling, contact cooling, ice cooling, or a combined cooling design, and review the maintenance process.

Review Handpieces and Consumables

Check available handpieces, spot sizes, filters, tips, lamps, laser tubes, cooling parts, replacement components, and compatibility with the selected model.

Calculate Operating Costs

Include training, shipping, maintenance, replacement parts, consumables, warranty coverage, service visits, and expected equipment downtime in the total investment.

Confirm Documentation and Training

Request the user manual, technical specifications, safety information, warranty terms, available certifications, training materials, and destination-market documentation.

For Beauty Salons and Spas

Select a system that matches your core services, treatment volume, available space, budget, and operator experience. Diode, IPL/SHR, and selected multifunctional platforms may support different service menus. Compact design, cooling performance, handpiece ergonomics, simple controls, and local technical support may be especially important for daily salon operation.

For Clinics, Med Spas, and Distributors

Compare technical specifications, treatment protocols, safety documentation, operator qualification requirements, consumables, warranty terms, and destination-market compliance for the exact model. Distributors and OEM buyers should also confirm voltage, plug type, MOQ, packaging, manuals, language options, branding requirements, spare parts, training resources, and after-sales responsibilities.
Important: Terms such as “808 nm,” “triple wavelength,” “Pico,” “high power,” or “multifunctional” do not independently prove treatment performance. Always compare the actual wavelength, pulse duration, fluence, spot size, cooling system, handpiece output, documentation, training, and replacement-part availability for the selected model.

Find the Right Laser Configuration for Your Business

Tell us your treatment goals, destination country, preferred technology, voltage requirements, quantity, and budget. Our team can help compare suitable laser configurations, handpieces, cooling systems, training, and technical support. Request a Quote
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