Professional CO₂ Fractional Laser Systems
- ✓ Factory Direct
- ✓ Pre-Shipment Inspection & Testing
- ✓ Operator Training & Protocols
- ✓ 1-Year Warranty + Lifetime Remote Support
- ✓ Spare Parts & Repair Support
- ✓ OEM / Distributor Support
Professional CO₂ Fractional Laser Systems
Explore professional 10,600nm CO₂ fractional laser machines for clinics, aesthetic centers, qualified operators, and equipment distributors. Compare RF and glass laser sources, fractional scanners, pulse-control systems, spot settings, vaginal inner probes, external treatment modes, and portable or floor-standing configurations.
All Mico Aes CO₂ laser systems include fractional scanning, pulse operation, a vaginal inner probe, and an external or vulvar treatment mode.
Compare CO₂ Fractional Laser Systems
Professional 10,600nm Laser Platforms
Choose a Professional CO₂ Fractional Laser System
This category includes professional CO₂ laser systems for clinics, aesthetic centers, qualified operators, and equipment distributors. Compare the laser source, pulse controls, optical delivery, scanner design, treatment heads, probes, machine format, documentation, and after-sales support before selecting a configuration. Mico Aes supplies compact, portable, floor-standing, and advanced multi-mode CO₂ laser configurations with factory-direct purchasing, operator guidance, technical support, OEM options, and international shipping.
Standard Mico Aes configuration: All current Mico Aes CO₂ laser systems operate at 10,600nm and include fractional scanning, pulse operation, a vaginal inner probe, and an external or vulvar treatment mode. Output ranges, pulse parameters, scanner designs, software, cooling, accessories, and machine formats vary by model.
RF Tube vs Glass Tube
Review source architecture, pulse control, cooling, maintenance, replacement cost, and purchasing fit.Available Machines
Compare current portable, floor-standing, and advanced CO₂ fractional laser systems.Purchase Checklist
Verify the full configuration, testing, documentation, installation, training, warranty, and support before ordering.Modes and Applications
Working Modes and Their Applications
Each working mode uses a different scanner, probe, treatment head, or energy-delivery method. Applications must follow the exact machine documentation, operator qualifications, and destination-market requirements.| Working Mode | Energy Delivery | Typical Professional Application | Settings to Compare |
|---|---|---|---|
| Fractional Scanning | Distributes 10,600nm CO₂ laser energy into controlled microscopic treatment points across a selected pattern | Fractional facial or body skin-resurfacing, scar- and texture-related workflows, and model-specific external fractional procedures | Scan area, pattern, density, spot spacing, scanner speed, pulse energy, pulse duration, sequence, and positioning |
| Pulse Mode | Delivers laser energy according to adjustable pulse duration, pulse energy, and repetition settings | Precision-focused procedures, localized tissue interaction, fractional resurfacing, cutting, or ablation where supported | Pulse duration, energy range, repetition rate, adjustment increments, spot size, and compatible treatment head |
| Continuous Mode | Provides continuous laser output while the compatible focusing or cutting handpiece is activated | Selected cutting, vaporization, coagulation, or ablation workflows where documented for the exact model | Output range, focusing head, spot size, footswitch, smoke management, and operator controls |
| Single-Pulse Mode | Delivers one controlled pulse for each activation | Localized procedures requiring precise individual energy delivery | Pulse width, pulse energy, spot size, activation control, repeatability, and output stability |
| Interval-Pulse Mode | Delivers repeated pulses separated by an adjustable interval | Model-specific workflows requiring controlled repetition instead of continuous output | Pulse interval, repetition rate, energy, duration, software controls, and treatment head |
| Super-Pulse Mode | Uses short pulses with a model-specific peak-output profile | Precision ablation, cutting, or fractional-resurfacing workflows where supported by the selected system | Peak output, pulse duration, energy, thermal control, source type, and scanner compatibility |
| Vaginal Inner Mode | Uses a dedicated tubular probe to deliver fractional or segmented CO₂ laser energy internally | Professional internal intimate-care workflows permitted by the exact model documentation and local regulations | Probe design, rotational or segmented delivery, settings, protective components, cleaning, and software controls |
| External or Vulvar Mode | Uses a compatible external treatment head or fractional scanner | Model-specific external intimate-care, vulvar, fractional-resurfacing, or localized professional workflows | Treatment head, spot size, scan area, pattern, density, pulse settings, working distance, and cleaning |
Mode availability: Fractional scanning, pulse operation, a vaginal inner probe, and an external or vulvar mode are standard across the current Mico Aes CO₂ range. Continuous, single-pulse, interval-pulse, and super-pulse options should be confirmed for the selected model.
Choose by Professional Application
Fractional Skin-Resurfacing Systems
Compare scanner coverage, pattern options, density controls, spot spacing, pulse settings, optical consistency, articulated-arm positioning, and model-specific operating controls.Scar and Texture Workflows
Review documented scan modes, pulse parameters, spot size, energy adjustment, treatment heads, client screening, operator training, and aftercare instructions.Multi-Mode CO₂ Platforms
Compare fractional scanning with continuous, single-pulse, interval-pulse, or super-pulse functions where supported by the exact model.Inner and External Configurations
All current Mico Aes CO₂ systems include vaginal inner and external or vulvar configurations. Probe construction, controls, accessories, and documentation vary.System Architecture
How the Main CO₂ Laser Components Differ
The most useful comparison is between the complete energy-delivery architecture rather than isolated power figures, scan-speed claims, or treatment claims.CO₂ Source and Tube
Review source architecture, rated output, cooling, expected service life, replacement procedure, service access, warranty, and available output documentation.Pulse Control and Energy Delivery
Compare pulse width, pulse energy, repetition rate, adjustment increments, selectable modes, interface controls, and output verification. Understand pulse width, energy and spot size →Optical Delivery and Handpieces
Review the articulated arm, focusing optics, handpieces, spot-shaping components, working distance, alignment, cleaning, and maintenance.Fractional Scanner
Compare scan area, pattern types, density, spacing, scanner movement, positioning, spot consistency, sequence settings, and software controls. Learn how to evaluate a galvanometer scanner →Vaginal Inner Probe
Confirm the probe construction, delivery pattern, settings, protective components, cleaning procedure, maintenance, and included accessories.External Treatment Head
Confirm the scanner or focusing head, spot controls, pulse modes, fractional settings, operating distance, and cleaning instructions.RF Tube vs Glass Tube CO₂ Lasers
The CO₂ source affects pulse behavior, beam characteristics, cooling, maintenance, system cost, service access, and long-term ownership. Confirm the exact tube type for each model in the technical specification and quotation.| Comparison | RF-Excited CO₂ Tube | Glass CO₂ Tube |
|---|---|---|
| Excitation Method | Uses radiofrequency energy to excite the CO₂ laser medium | Uses high-voltage electrical discharge inside a sealed glass tube |
| Beam and Pulse Control | Often selected when fine beam control and short-pulse performance are purchasing priorities | Performance depends on the tube, power supply, controller, optics, and complete machine design |
| Cooling | Commonly uses air cooling or another model-specific thermal-management system | Commonly uses water cooling; confirm the pump, tank, flow monitoring, and maintenance requirements |
| Initial Cost | Usually associated with a higher initial machine and source cost | Usually provides a lower initial purchase cost |
| Replacement and Service | Requires a compatible RF source and qualified technical service | May be more economical to replace, but installation and alignment requirements must be confirmed |
| Purchasing Fit | Often considered by clinics prioritizing advanced pulse control, precision, and higher-volume professional operation | Often considered by clinics prioritizing cost control and established professional CO₂ functionality |
| Information to Verify | Manufacturer, rated output, pulse specification, cooling, warranty, expected service needs, and replacement cost | Rated output, cooling, water-system maintenance, warranty, alignment, service access, and replacement cost |
Source-selection notice: An RF tube does not automatically make the complete system better for every clinic. Scanner performance, pulse controls, optics, cooling, software, output verification, service access, replacement cost, and operator workflow should be evaluated together.
Technical Buying Resources
Understand the Specifications Before Comparing Models
CO₂ laser performance cannot be evaluated from rated power or scan speed alone. Use these guides to understand scanner behavior, pulse width, energy, spot size, optical delivery, and complete machine evaluation.CO₂ Laser Galvanometer Scanner Explained
Learn what to check beyond scan speed, including positioning accuracy, pattern consistency, repeatability, density control, edge definition, and coordination with pulse output.CO₂ Laser Pulse Width and Spot Size Explained
Understand how μs, mJ, spot size, pulse duration, pulse energy, density, and spacing should be interpreted together.How to Evaluate a CO₂ Fractional Laser Machine
Review four important evaluation areas covering the laser source, pulse controls, scanner, optical delivery, machine construction, and supplier support.
Application boundary: Working modes and typical applications describe system configurations and professional workflows. They do not independently establish guaranteed results or authorization to treat a medical condition.
Professional CO₂ Fractional Laser Systems
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Mashutong – Lidopin Cream 25% Pain Relief Cream for Microneedling or Laser Treatments
Price range: $99.98 through $169.98 -
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SwiftLift Pro 10,600 nm CO₂ Fractional Laser Machine – 2nd Generation Medical System for Scar, Acne & Intimate Rejuvenation
Price range: $4,299.00 through $6,999.00 -
RejuvCO2 Portable CO2 Fractional Laser Skin Resurfacing Machine
Price range: $3,299.00 through $4,699.00 -
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ODM Fractional Co2 Laser Machine for Stretchmark Removal
Price range: $4,599.00 through $5,799.00 -
Femilift Co2 Fractional Laser Machine
Price range: $4,899.00 through $7,899.00 -
Sale!
Portable Fractional CO2 Laser Machine For Scar Removal and Vaginal Tightening
Original price was: $3,399.00.$3,299.00Current price is: $3,299.00. -
Professional Best CO2 Fractional Laser Machine Vaginal Tightening Scar Removal Therapy
Price range: $4,599.00 through $5,699.00 -
Professional Purchasing Guide
Choosing a CO₂ Fractional Laser Machine
After identifying the required working modes and applications, evaluate the complete ownership and operating fit. Compare the machine format, treatment components, operator interface, scanner, pulse controls, room requirements, maintenance, documentation, training, warranty, and total ownership cost.Compare Machine Formats
| Machine Format | Potential Operating Fit | Main Points to Compare | Questions Before Purchase |
|---|---|---|---|
| Portable or Compact | Smaller rooms, flexible placement, satellite clinics, or lower-volume professional workflows | Footprint, stability, arm reach, cooling, power, storage, scanner access, and accessories | Does the system fit the room and provide sufficient reach for every included treatment component? |
| Floor-Standing | Dedicated treatment rooms and clinics with a fixed operating location | Console layout, articulated arm, wheels, cooling, room clearance, storage, and service access | Can the room support installation, smoke management, cleaning, operation, and maintenance? |
| Advanced Multi-Mode | Clinics planning multiple professional workflows from one CO₂ platform | Pulse modes, scanner options, software, probes, treatment heads, training, cleaning, and documentation | Which functions and accessories are standard, optional, or available only with an upgraded package? |
Vaginal Inner and External Configurations
All current Mico Aes CO₂ laser systems include both a vaginal inner probe and an external or vulvar mode. Buyers should still compare the probe design, delivery method, software, pulse controls, cleaning requirements, accessories, and model-specific documentation.Vaginal Inner Configuration
The inner configuration uses a dedicated probe to deliver energy according to the model-specific operating protocol. Confirm whether delivery is rotational, segmented, or based on another documented design.External or Vulvar Configuration
The external configuration uses a compatible treatment head or scanner with selected fractional or pulse settings. Confirm spot controls, scan patterns, pulse parameters, working distance, cleaning, and instructions.
Intended-use notice: Included probes and modes describe the machine configuration. They do not independently establish authorization to treat GSM, dyspareunia, urinary incontinence, vaginal laxity, pigmentation, or another medical condition.
Purchase Verification
Pre-Purchase Verification Checklist
| Check | What to Verify | Why It Matters |
|---|---|---|
| Source and Output | RF or glass source, rated output, operating range, cooling, output verification, expected service needs, and replacement process | Supports realistic comparison of performance, maintenance, and long-term ownership |
| Scanner Output | Single-spot operation, scan area, patterns, density, spacing, positioning, sequence, and spot consistency | Confirms that the scanner controls match the intended professional workflow |
| Pulse and Energy Controls | Pulse duration, energy, repetition rate, adjustment increments, displayed values, selectable modes, and operating ranges | Allows the operator to understand and document the available settings |
| Probes and Treatment Heads | Scanner, vaginal probe, external head, focusing components, working distance, cleaning, and replacement availability | Prevents required components from being omitted from the quotation |
| Installation and Service | Electrical supply, room conditions, cooling, smoke management, maintenance, service access, and spare parts | Supports realistic installation and ownership planning |
| Documentation | Technical sheet, manual, labeling, test reports, shipping records, declarations, and market-specific information | Helps the buyer evaluate responsible importation, installation, advertising, and operation |
Equipment Verification
Test the Machine Before Approving Your Order
Written specifications should be supported by practical inspection and testing. Ask the supplier to demonstrate scanner behavior, pulse controls, spot consistency, articulated-arm movement, probes, treatment heads, safety functions, and the complete accessory package.5 Tests for a CO₂ Fractional Laser Machine
Use practical tests to review scanner patterns, spot consistency, pulse response, adjustment controls, treatment components, and the delivered configuration.Four Key CO₂ Laser Evaluation Checks
Evaluate the source, scanner, pulse-control system, optical delivery, machine construction, documentation, training, and technical support together.Review the CO₂ laser pre-purchase testing guide
Professional Use, Training and Compliance
CO₂ laser systems may be suitable for clinics, medical spas, qualified aesthetic businesses, and distributor-led professional equipment programs. Operator requirements depend on the procedure, treatment area, facility, device classification, and jurisdiction. Operators should follow the exact device instructions, supplier training, contraindications, laser-safety procedures, cleaning requirements, and applicable local rules. Treatment planning, settings, scheduling, response, and aftercare vary by configuration and individual circumstances.
Professional-use notice: This page provides equipment-purchasing information only. It does not replace professional laser training, clinical assessment, the device manual, laser-safety requirements, or local regulatory advice.
Treatment Planning Resource
Understand Recovery and Aftercare Requirements
Recovery varies according to the treatment area, fractional density, pulse settings, energy delivery, skin condition, professional protocol, and individual response. Clinics should avoid promising one fixed downtime period for every client or procedure.CO₂ Fractional Laser Recovery Timeline
Review a day-by-day overview of typical healing stages, downtime considerations, aftercare planning, warning signs, and factors that may affect recovery.How Treatment Parameters Affect Tissue Interaction
Learn why pulse width, pulse energy, spot size, density, spacing, and scanner settings should be considered when planning protocols and communicating recovery expectations.
Recovery notice: The linked recovery guide provides general educational information. Actual healing, downtime, aftercare, and suitability require professional assessment and should follow the exact device instructions and protocol.
Manufacturer and Purchasing Support
Fractional CO₂ Laser Supplier and Wholesale Supply
Mico Aes is a Guangzhou-based professional aesthetic-device manufacturer supplying CO₂ fractional laser systems for clinics, qualified operators, distributors, and private-label partners.Manufacturer and Factory Supply
Review the Mico Aes manufacturing environment, assembly process, quality inspection, packaging, and CO₂ laser production information.OEM, ODM and Private Label
Available options may include logos, machine appearance, packaging, labeling, manuals, interface language, accessories, and selected configurations.Sample and Wholesale Purchasing
Discuss sample evaluation, wholesale quantity, customization, inspection, payment, production planning, shipping, and distributor cooperation.Product Documentation
Request model-specific technical specifications, manuals, declarations, test reports, quality documents, and available destination-market records.Operator Training
Training may cover installation, controls, scanner operation, probes, workflow, safety, cleaning, maintenance, manuals, videos, and troubleshooting.Warranty and After-Sales Service
Standard support includes a one-year warranty for the main unit and a six-month warranty for eligible reusable handpieces, subject to the order terms.24/7 Technical Support
Remote assistance is available for installation, operation, fault identification, maintenance guidance, parts identification, and supported repairs.Request a Model-Specific Quotation
Provide your market, business type, intended workflows, preferred system format, quantity, voltage, budget, and required documentation.Sample-to-Wholesale Purchasing Process
| Stage | What Mico Aes Reviews | Information to Prepare |
|---|---|---|
| 1. Requirement Review | Suitable models, working modes, source type, machine format, probes, voltage, accessories, and documentation | Country, business type, intended applications, budget, voltage, quantity, and required documents |
| 2. Model and Sample Evaluation | Machine configuration, scanner, pulse modes, probes, accessories, inspection, and operation resources | Preferred model, evaluation requirements, sample quantity, destination, and shipping preference |
| 3. OEM or ODM Confirmation | Logo, packaging, manuals, interface language, appearance, accessories, configuration, MOQ, and feasibility | Brand assets, packaging requirements, languages, customization list, and expected order volume |
| 4. Bulk Quotation and Production | Quotation, production arrangement, inspection, payment terms, and delivery conditions | Approved model, order quantity, commercial terms, shipping method, and documents |
| 5. Delivery, Training and Support | Shipping documents, manuals, training, warranty, spare parts, and technical assistance | Consignee details, import requirements, operator contacts, and support requirements |
Customer Questions
Frequently Asked Questions
What wavelength do Mico Aes CO₂ laser machines use?
All current Mico Aes CO₂ laser systems operate at 10,600nm. Output, source design, pulse parameters, scanners, cooling, probes, software, and accessories vary by model.
What working modes are included?
All current models include fractional scanning, pulse operation, a vaginal inner probe, and an external or vulvar mode. Continuous, single-pulse, interval-pulse, and super-pulse options should be confirmed for the exact model.
What is the difference between an RF tube and a glass CO₂ tube?
An RF tube uses radiofrequency excitation, while a glass tube normally uses high-voltage electrical discharge. They may differ in pulse behavior, beam characteristics, cooling, service requirements, initial cost, and replacement cost.
Should I choose an RF tube or a glass tube system?
Choose according to required pulse performance, scanner precision, expected volume, budget, cooling and maintenance capability, technical support, source warranty, and replacement cost. Evaluate the complete system rather than the tube alone.
What is the difference between fractional scanning and pulse mode?
Fractional scanning controls how treatment points are distributed across a selected pattern. Pulse mode controls how laser energy is delivered over time. They are separate but coordinated system functions.
Do all Mico Aes CO₂ lasers include a vaginal probe?
Yes. All current systems include a vaginal inner probe and an external or vulvar mode. Probe design, software, controls, protective components, and accessories vary by model.
Can one system support skin and intimate-care workflows?
The supplied configurations include fractional skin-oriented functions together with internal and external modes. Permitted applications depend on the exact model documentation, operator qualifications, clinical evidence, and local regulations.
How can I test a CO₂ fractional laser before buying it?
Ask the supplier to demonstrate scanner patterns, spot consistency, pulse response, controls, articulated-arm movement, probes, treatment heads, safety functions, and the complete accessory package.
Read the five-step CO₂ laser testing guide →
Is scan speed the most important scanner specification?
No. Buyers should also evaluate positioning accuracy, pattern consistency, repeatability, edge definition, density control, spot spacing, software behavior, and coordination between the scanner and pulse output.
Learn what to check beyond scan speed →
Why do pulse width and spot size matter?
Pulse width, pulse energy, spot size, density, spacing, and scan pattern work together to influence how energy is delivered. These values should not be assessed independently.
Read the pulse width and spot size guide →
Does higher output automatically mean better performance?
No. Rated output should be considered together with pulse control, scanner performance, spot consistency, optics, cooling, software, output verification, maintenance, and intended workflow.
How long is recovery after fractional CO₂ treatment?
Recovery depends on the treatment area, settings, density, protocol, skin condition, and individual response. There is no single downtime period that applies to every procedure.
Review the fractional CO₂ recovery timeline →
What is the difference between portable and floor-standing systems?
Portable systems require less space and offer flexible placement. Floor-standing models may provide a larger console, different cooling, longer arm reach, storage, or additional accessory options.
Who can operate a professional CO₂ laser?
Requirements vary by country, region, procedure, intended use, and facility. Confirm licensing, supervision, training, laser-safety, and establishment requirements before purchasing.
Can I order one machine before placing a wholesale order?
Yes. MOQ is one unit, allowing clinics and distributors to evaluate the model, source, modes, scanner, probes, accessories, voltage, documentation, training, and support before a larger order.
What warranty and technical support are provided?
Standard support includes pre-shipment inspection, basic operator guidance, a one-year warranty for the main unit, a six-month warranty for eligible reusable handpieces, 24/7 remote technical support, and spare-parts assistance.
Contact Mico Aes for CO₂ laser specifications and a model-specific quotation