Professionelle CO₂-fraktionelle lasersystemer

Professional CO₂ Fractional Laser For Skin Resurfacing & Remodeling

Mico Aes delivers professional CO₂ fractional laser systems engineered for high-performance skin resurfacing in medical and aesthetic environments. Recognized as the gold standard in laser dermatology, our CO₂ platforms provide precision-controlled energy delivery to effectively treat complex epidermal and dermal concerns with clinical accuracy and predictable outcomes.

Bruger fractional CO₂ laser technology, each system creates microscopic thermal treatment zones that stimulate the skin’s natural healing response while preserving surrounding tissue. This advanced approach enables deep resurfacing with reduced downtime compared to traditional fully ablative CO₂ treatments.

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Kliniske applikationer & Behandlingsfordele

Mico Aes CO₂ fractional laser systems are designed to address a wide range of dermatological and aesthetic indications:

Advanced Scar Revision

Effectively improves acne scars, surgical scars, and traumatic scarring by remodeling disorganized collagen and promoting structured tissue regeneration.

Comprehensive Anti-Aging

Reduces fine lines, deep wrinkles, and skin laxity on the face, neck, décolletage, and hands.

Pigmentering & Texture Correction

Targets sun damage, uneven skin tone, enlarged pores, and age spots through precise laser energy absorption by water in the tissue.

Kollagenstimulering & Hudopstramning

Deep thermal penetration activates neocollagenesis, resulting in progressive skin tightening and long-term texture improvement after treatment.

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Designed for Professional Practice

Mico Aes CO₂ fractional laser systems are engineered to optimize both patient comfort og clinic efficiency.

Precision Energy Control

Fully adjustable laser intensity, pulse duration, and scan density allow customized treatments based on skin type, condition, and clinical goals.

Minimized Downtime

Advanced pulse modulation reduces thermal spread, lowering the risk of post-inflammatory hyperpigmentation and accelerating healing time.

Integrated Safety Design

Compatible with topical anesthesia protocols and standardized post-treatment care to ensure safe and predictable recovery.

Reliable Clinical Performance

Stable energy output and high water absorption ensure consistent ablation depth and repeatable results, even in high-volume practices.

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Why Choose Mico Aes CO₂ Fractional Laser Systems

• Reduced thermal damage to surrounding tissue
• Faster recovery with minimal downtime
• High pulse energy for deep collagen stimulation
• LCD touchscreen interface with modern microprocessor control
• Adjustable scanning size and patterns
• Variable pilot beam intensity
• Adjustable pulse duration
• Last-setting memory function
• Automatic alarm and fault detection system
• No consumables, low operating cost

These features make Mico Aes CO₂ platforms a high-ROI investment for aesthetic and medical clinics.

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Alsidige arbejdstilstande

• Arbejdstilstand: Continuous operation for stable treatment sessions
• Output Modes: Continuous, single pulse, interval pulse, and super pulse

This flexibility allows practitioners to tailor treatments for resurfacing, rejuvenation, and tissue remodeling across different skin conditions.

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Customizable Scanning Technology

• Maximum Scan Area: 20 × 20 mm
• Spotstørrelse: 0.1 mm for precise micro-ablation
• Scan Patterns:
  • Circle
  • Square
  • Rectangle
  • Triangle
  • Hexagon
  • Ellipse
  • Linje
• Scanningstilstande: Sequence, mid-split, and random

This level of customization ensures controlled energy distribution and optimized healing outcomes.

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Ansøgninger

Skin Resurfacing

Fractional CO₂ laser creates controlled micro-channels to stimulate regeneration and collagen production, improving:

• Rynker og fine linjer
• Sun damage and pigmentation
• Acne scars and surgical scars

Vaginal Tightening (Professional Use)

Photothermal stimulation of collagen in vaginal tissue supports:

• Tissue tightening and thickening
• Improvement of vaginal atrophy
• Support for mild urinary incontinence

(Treatment protocols should follow local regulatory and clinical guidelines.)

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Light Guide Arm Systems

Mico Aes CO₂ fractional laser machines utilize articulated arm beam delivery for maximum precision.

7-leddet ledarm

• Seven precision joints for full flexibility
• Spring-balanced design for smooth positioning
• High targeting accuracy across treatment areas
• Compatible with sealed-off CO₂ laser sources

Balance Vægt System

Counterbalanced arm design reduces operator fatigue and enhances control.

Extended Reach

• Arm length up to 183 cm, enabling versatile clinical positioning

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Portable vs Vertical CO₂ Laser Machines (Clinical Use)

Feature	Portable CO₂	Vertical CO₂
Design	Compact, mobile	Stationary, clinic-grade
Power output	30–60W	70–120W+
Treatment Volume	Moderat	Høj
Køling	Integreret	External or advanced
Space Requirement	Minimal	Dedicated space
Investment Level	Nederste	Højere

Portable systems suit smaller clinics and satellite practices, while vertical systems are ideal for high-volume dermatology centers.

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Glass Tube vs RF Tube CO₂ Lasers

Feature	Glasrør	RF -rør
Koste	Lower initial	Higher initial
Beam Diameter	3.5–4.5 mm	2.5–3.0 mm
Præcision	Høj	Højere
Levetid	1–5 years	5+ years
Køling	Vand	Luft
Stabilitet	Standard	Superior

Glass tubes offer cost efficiency, while RF tubes deliver enhanced precision, stability, and longevity for advanced clinical demands.

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Strategic Value for Clinics

Choosing a Mico Aes CO₂ fractional laser means investing in:

• A proven clinical technology
• Flexible treatment protocols
• Strong patient satisfaction
• Long-term profitability

Many patients achieve visible improvement after a single session, while deeper concerns can be addressed through customized multi-session protocols.

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Ready to Upgrade Your Practice?

Contact a Mico Aes specialist today to discuss:

• CO₂ fractional laser pricing
• Technical specifications
• Model selection
• Clinical integration strategies

Get exclusive first-order discounts and priority access to new technologies.