Fractional CO₂ Laser Systems
Ablative fractional CO₂ lasers create controlled microscopic treatment zones for professional resurfacing and scar-remodeling procedures.
ニキビ跡の治療
- ✓ 工場直送
- ✓ 出荷前検査 & テスト
- ✓ オペレータートレーニング & プロトコル
- ✓ 1 年間の保証 + 無期限のリモート サポート
- ✓ スペアパーツ & 修理サポート
- ✓ OEM / 代理店サポート
探検する professional acne scar treatment machines, including fractional CO₂ and non-ablative lasers, RF microneedling and mechanical microneedling systems. Compare technologies, treatment targets and equipment specifications for dermatology clinics, medical spas and qualified aesthetic practices.
Professional Acne Scar Treatment Machines
Acne scar treatment machines use fractional laser energy, radiofrequency or controlled microneedling to address uneven skin texture and different types of acne scarring. The appropriate technology depends on whether the concern is an ice-pick, boxcar, rolling or raised scar, as well as scar depth, skin characteristics and the presence of active acne.
Post-inflammatory redness and dark marks left after acne are not necessarily true scars. They may require pigment- or vascular-focused treatment rather than the same equipment used for depressed acne scars.
Explore Acne Scar Machines by Technology
非アブリティブな分数レーザー
Selected 1550 nm or dual-wavelength fractional systems deliver controlled thermal zones without ablating the entire skin surface.
RF マイクロニードリング システム
These machines deliver radiofrequency energy through adjustable needle arrays for controlled dermal treatment.
プロフェッショナル用マイクロニードル装置
Motorized pens and stamping systems create controlled microchannels using sterile, single-use needle cartridges.
Er:YAG Laser Systems
Selected 2940 nm Er:YAG systems provide ablative or fractional resurfacing configurations with model-specific pulse and scanner controls.
How Acne Scar Treatment Technologies Differ
| テクノロジー | エネルギーの供給 | Primary Role | Key Equipment Considerations |
|---|---|---|---|
| Fractional CO₂ Laser | Ablative 10,600 nm laser energy delivered in a fractional pattern | Professional resurfacing for selected atrophic and textural acne scars | Laser source, pulse width, pulse energy, spot quality, scanner, density and cooling |
| Er:YAG Laser | 2940 nm laser energy with strong water absorption | Controlled ablative or fractional resurfacing, depending on the system | Pulse modes, fluence, spot size, scanner configuration, cooling and intended use |
| Non-Ablative Fractional Laser | Fractional thermal energy delivered beneath an intact or partially preserved surface | Texture-focused treatment with a different recovery profile from ablative resurfacing | Wavelength, pulse energy, fractional density, treatment depth and optical output |
| RFマイクロニードリング | 絶縁または非絶縁針を通じて RF エネルギーを供給 | Controlled dermal remodeling for selected atrophic and mixed-texture scars | Needle depth, pin configuration, RF mode, pulse duration, tip cost and cooling |
| Mechanical Microneedling | Controlled skin penetration without RF energy | Collagen-induction procedures for selected facial acne scars | Needle-depth control, motor stability, cartridge sterility, pin count and speed |
| Pico / Pigment Lasers | Short or ultrashort laser pulses with wavelength-specific targeting | Primarily post-acne pigmentation; fractional configurations may have additional texture applications | Wavelength, pulse duration, fractional optic, spot size, fluence and exact indication |
重要： A standard picosecond tattoo-removal handpiece should not automatically be advertised as an acne-scar treatment system. Texture-focused applications require an appropriate fractional optic, compatible parameters and device-specific documentation.
Identify the Scar Type Before Selecting Technology
アイスピックの傷跡
These scars are narrow and deep. Energy-based resurfacing alone may not address every case, and a dermatologist may recommend a targeted procedure or combination plan.
ボックスカーの傷跡
Boxcar scars have defined edges and vary in depth. Fractional laser, RF microneedling or combination treatment may be considered after clinical assessment.
ローリング傷
Rolling scars create a broad, uneven surface and may be tethered beneath the skin. Some cases require subcision or another procedure in addition to device treatment.
Raised Scars and Keloids
Raised acne scars result from excess tissue formation and require a different strategy from depressed scars. Aggressive resurfacing may not be appropriate.
Post-Acne Dark Marks
Post-inflammatory hyperpigmentation changes skin color without necessarily changing its surface structure and should not automatically be labeled an acne scar.
Post-Acne Redness
Persistent erythema may require vascular assessment and a wavelength selected for redness rather than a general scar-resurfacing protocol.
ニキビ跡の治療
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What to Compare Before Buying an Acne Scar Machine
Active Acne, Scars and Combination Treatment
Active inflammatory acne and established acne scars are different treatment concerns. Scar procedures are generally planned after active breakouts are appropriately managed, helping reduce ongoing inflammation and the formation of new scars.
One device may not address every scar type. A professional treatment plan may combine resurfacing or microneedling with procedures such as subcision, focal chemical treatment, injections or vascular and pigment-focused therapies. These additional procedures require separate clinical evaluation and are not functions automatically provided by an acne scar machine.
専門的な安全上の考慮事項
フラクショナルレーザー: Potential complications include burns, infection, prolonged redness, scarring and changes in pigmentation. Laser class, eye protection, plume evacuation and controlled treatment access must be addressed.
RFマイクロニードリング： Incorrect depth, energy or technique can cause burns, scarring, unwanted fat loss, pigment changes, nerve injury or other tissue damage.
Mechanical microneedling: Reusing cartridges is unsafe. A new compatible sterile cartridge should be used for every patient and treatment session according to the device instructions.
Client screening: Active infection, uncontrolled acne, a history of abnormal scarring, recent medication use and other contraindications should be reviewed by a qualified professional before treatment.
マーケティング上の主張: Scar improvement varies. Do not promise complete scar removal, guaranteed results, universal safety for every skin tone or a fixed number of sessions.
Using Before-and-After Images Responsibly
Acne scar photographs should use consistent lighting, camera position, focal length, facial expression and image-processing settings. Identify the treatment performed, number of sessions and follow-up interval where permission and documentation allow.
Do not use stock photographs or images from another manufacturer as evidence of results from a Mico Aes machine. Individual results should not be presented as typical or guaranteed outcomes.
トレーニングと機器のサポート
オペレータートレーニング
Review available device operation, safety and treatment-protocol resources.
保証情報
Check coverage for the laser source, scanner, handpieces, RF components and main system.
テクニカルサポート
Learn about maintenance, calibration, troubleshooting, software and replacement-part assistance.
Need help comparing fractional laser, RF microneedling or professional microneedling systems? MICO AESに連絡してください with your intended procedures, preferred technology, destination country and documentation requirements.