Description
The co2 fractional laser machine is a specialized aesthetic and dermatological system engineered for clinical skin renewal, scar revision, and intimate tissue care. Acting as a multi-functional fractional co2 skin resurfacing system, the device combines ultra-pulse emission and adjustable optical scanning patterns to vaporize damaged tissue, stimulate collagen remodeling, and support precise surgical cuts without non-target damage.
Technical Specifications of the CO2 Fractional Laser Machine
- Laser Wavelength: 10600nm
- Laser Type: Sealed DC analog laser
- Output Power: 40W
- Focal Spot Size: 0.02 to 0.05 mm²
- Aiming Beam: Red diode laser (650nm)
- Beam Delivery: 6-joint articulated optical arm
- Operating Modes: Continuous, Single pulse, Interval pulse, Ultra-pulse
- Scan Dimensions: Minimum 0.1 × 0.1 mm, Maximum 20 × 20 mm
- Scan Graphics: Circle, triangle, square, rectangle, hexagon, ellipse, line
- Cooling System: Circulating water cooling
- Power Requirements: 220V / 110V
- Chassis Dimensions: 77 × 34.5 × 20 cm
- Chassis Gross Weight: 16 kg
- Flight Case Dimensions: 93 × 52 × 36 cm
- Flight Case Gross Weight: 35 kg
- Interface Features: 5D and 6D display interface with spiral and dot-drawing scanning capabilities
- Included Hardware: Host unit, articulated arm, power cord, interlock keys, foot switch, fractional scanning head, pulse head, vaginal tightening head
Application Scope and Operational Precautions
As a 10600nm laser scar removal equipment solution, this workstation is designed to treat surgical scars, burn scars, scald scars, stretch marks, true and false wrinkles, acne pits, and nodular acne. Its scanning and pulse functions address benign epidermal pigment lesions such as freckles, sun spots, age spots, and melasma, as well as vascular manifestations like rosacea and capillary dilation. When fitted with the specialized gynecological probe, it operates as a vaginal tightening laser device to facilitate microvascular remodeling, improve vaginal dryness, balance physiological pH, and assist in addressing stress urinary incontinence.
Operation must strictly adhere to physical and laser safety requirements. The unit is unsuitable and strictly prohibited for use in environments containing flammable materials or volatile anesthetics such as ether or alcohol. Never direct the laser energy at reflective surfaces including shiny metal instruments or mirrors. Operators and nearby personnel must avoid direct ocular exposure to the 650nm aiming beam and the 10600nm laser line to prevent permanent eye injury. The system must never be powered on dry; distilled water must be fully circulated through the cooling loop, and all arm joints and delivery probes must be mechanically secured prior to operation.
Frequently Asked Questions
What scanning patterns does this laser provide?
The system provides seven selectable scanning patterns: circle, triangle, square, rectangle, hexagon, ellipse, and straight line, adjustable between 0.1 × 0.1 mm and 20 × 20 mm.
What treatment heads are supplied with the equipment?
The standard equipment includes three distinct treatment attachments: a fractional scanning head for resurfacing, a pulse head for surgical cutting, and an internal tightening head for intimate tissue procedures.
What laser emission modes can the operator select?
The operator can select from four distinct output modes: continuous emission, single pulse emission, interval pulse emission, and ultra-pulse emission.
What preparation is required before turning on the power?
Before powering on the unit, the cooling circuit must be filled with distilled water, the 6-joint articulated optical arm must be securely assembled, and the operating environment must be cleared of flammable anesthetics and reflective surfaces.
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