Cstruebeauty 10600nm CO2 Fractional Laser Machine

Professional 30W CO2 Laser System with Fractional Scanning, Pulse Modes & Specialized Applicator Heads

10600nm CO2 Laser | 30W Listed Maximum Output | 3 Applicator Head Types | 6-Joint Articulated Arm | Water Cooling

The Cstruebeauty 10600nm CO2 Fractional Laser Machine is a professional laser equipment system featuring a sealed-off CO2 laser source, fractional scanning technology, multiple pulse-output configurations, and a six-joint articulated beam-delivery arm.

The manufacturer documents three specialized applicator head types: a fractional scanning head, a pulse laser head, and a vaginal laser head.

With selectable scan patterns, adjustable laser settings, a touchscreen control interface, and circulating water cooling, the equipment provides a configurable platform for appropriately qualified professional laser users.

The inclusion of specialized surgical and gynecological accessories requires careful evaluation of the exact device configuration, intended use, safety documentation, and operator qualifications.

Key Features & Technologies

1. 10600nm CO2 Laser Technology

The system operates at a wavelength of 10600nm (10.6μm).

CO2 laser energy is strongly absorbed by water-containing tissue and can produce tissue ablation and thermal effects.

Main equipment characteristics:

• 10600nm CO2 laser wavelength

• Sealed-off laser source

• TEM00 manufacturer-listed beam mode

• Maximum listed laser output of 30W

• Fractional scanning capability

• Continuous and pulsed output options

• Six-joint beam-delivery arm

The actual clinical effects depend on the verified laser output, beam geometry, pulse characteristics, and authorized operating conditions.

2. Fractional Laser Scanning Head

The fractional head supports patterned laser energy delivery through the system's scanning interface.

The manufacturer's software includes multiple geometric scan arrangements.

Available scan shapes:

• Circle

• Triangle

• Square

• Rectangle

• Hexagon

• Ellipse

• Line

The system is described as having a maximum scanning area of 20 × 20mm.

Scan dimensions and actual optical spot characteristics require confirmation from the final technical documentation.

3. Pulse Laser Head

The pulse laser head provides another applicator configuration for the machine's pulsed-output functions.

The source documentation identifies several laser output types:

• Continuous

• Single Pulse

• Interval Pulse

• Super Pulse

The system supports dedicated pulse-related control settings for professionally authorized procedures.

4. Specialized Vaginal Laser Applicator

The manufacturer's accessory list includes a vaginal laser head, and the equipment interface illustrates dedicated gynecological operating configurations.

This is a specialized intracavitary laser accessory rather than a standard cosmetic facial applicator.

Its intended clinical applications, sterilization requirements, compatible accessories, and safe operating parameters must be established through complete product-specific documentation.

The presence of this applicator does not establish proven effectiveness for vaginal tightening, urinary incontinence, vaginal dryness, sexual dysfunction, or other medical conditions.

5. Six-Joint Articulated Laser Arm

The equipment uses a six-joint articulated optical delivery arm.

The articulated design allows the laser beam to be directed through the optical assembly toward a compatible terminal head.

Features include:

• Six-joint construction

• Articulated positioning

• Dedicated laser beam transmission

• Compatibility with documented terminal applicator types

6. Adjustable Laser Power

The device's main technical specification lists a maximum laser output of 30W.

The operating interface shows selectable laser power settings from 1W to 30W.

An additional 1–60W entry appears in the source specification table but conflicts with the stated 30W maximum. The 30W listing should therefore be verified before commercial publication.

7. Multiple Scanning Modes

The manufacturer lists three scanning methods:

Normal / Sequence

A sequential scan arrangement.

Random

A randomized scan arrangement.

Midsplit

A manufacturer-designated scan sequence.

The actual scanning pattern, pulse timing, and optical energy distribution are controlled through the laser system.

8. Adjustable Scanning Parameters

The touchscreen interface includes manufacturer-listed controls for:

• Laser power

• Residence or dwell time

• Point-related setting

• Row spacing

• Scan mode

• Scan repetition count

• Scan geometry

• Scan dimensions

The manufacturer lists a row-spacing range of 0.1–2.6mm and adjustable dwell time of 0.1–10ms.

These values describe available machine controls rather than recommended procedure settings.

9. 650nm Red Aiming Beam

The equipment incorporates a red semiconductor aiming laser with a manufacturer-listed wavelength of 650nm.

The red light is used as an optical positioning reference and is separate from the primary invisible CO2 laser output.

Both aiming-beam exposure and CO2 laser exposure require appropriate laser safety measures.

10. Circulating Water Cooling System

The machine includes an internal circulating-water cooling system.

The manufacturer identifies:

• Water-filling connection

• Overflow connection

• Drainage connection

• Circulating cooling components

The cooling system must be filled and maintained according to the manufacturer's instructions.

11. Touchscreen & Safety Controls

The equipment includes a touchscreen interface for operating-mode selection and parameter review.

The system also features:

• Key-operated power switch

• Emergency stop button

• Foot-switch connection

• Standby and Ready operating states

• Digital parameter controls

These controls are intended to support laser equipment operation by appropriately trained professionals.

Technical Specifications

Specification	Manufacturer-Listed Details
Product	Cstruebeauty CO2 Fractional Laser Machine
Laser Type	Sealed-Off CO2 Laser
Wavelength	10600nm / 10.6μm
Maximum Laser Output	30W, Manufacturer-Listed
Beam Mode	TEM00
Aiming Beam	650nm Red Semiconductor Laser
Beam Delivery	Six-Joint Articulated Arm
Applicator Head Types	Fractional, Pulse, Vaginal
Laser Output Modes	Continuous, Single Pulse, Interval Pulse, Super Pulse
Maximum Scan Area	20 × 20mm
Listed Minimum Scan Area	0.1 × 0.1, Unit Unclear in Source
Scanning Shapes	Circle, Triangle, Square, Rectangle, Hexagon, Ellipse, Line
Scanning Sequences	Random, Normal, Midsplit
Point Spacing	0.1–2.6mm
Dwell Time	0.1–10ms
Pulse Width	1–10ms in Pulse Mode
Scan Repetitions	1–5
Spot Size Entry	0.02–0.05mm², Manufacturer-Listed
Cooling Method	Circulating Water
Electrical Versions	110V / 220V Listed
Dimensions	93 × 52 × 36cm
Listed Weight	31kg
Display	Touchscreen, Size Not Specified
Emergency Stop	Included
Foot-Switch Interface	Included

All listed specifications are based on the supplied 26-page manufacturer manual. Conflicting output-power and incomplete measurement specifications require confirmation before final commercial use.

Documented Package Configuration

The accessory illustrations identify:

• 1 × CO2 laser main unit

• 1 × Six-joint articulated laser arm

• 1 × Fractional laser head

• 1 × Pulse laser head

• 1 × Vaginal laser head

• 1 × Foot switch

• 1 × Power cord

• Key-operated power accessories

Final quantities, optical attachments, protective accessories, sterile components, and replacement parts must be confirmed against the commercial packing list.

Professional Equipment Applications

Fractional Laser Equipment

The manufacturer describes patterned laser scanning for professional skin resurfacing-related procedures.

Specialized Laser Procedure Equipment

Pulse and continuous-output configurations provide multiple hardware options for qualified facilities.

Professional Aesthetic Laser Procurement

A CO2 laser platform with articulated beam delivery, scan patterns, and water cooling.

Specialized Gynecological Laser Equipment

The vaginal applicator is a dedicated accessory requiring separate validation of clinical indications, safety requirements, cleaning or sterilization procedures, and professional-use restrictions.

Specific therapeutic or surgical applications must be established through documentation applicable to the exact model.

Why Consider the Cstruebeauty CO2 Laser System?

10600nm CO2 Laser Source

A dedicated CO2 laser wavelength with a manufacturer-listed 30W maximum output.

Multiple Applicator Types

Fractional scanning, pulse-output, and specialized gynecological head configurations.

Flexible Scan Geometry

Several selectable patterns, including square, circular, triangular, and hexagonal shapes.

Articulated Beam Delivery

A six-joint arm provides a flexible optical delivery configuration.

Water-Cooled System

Circulating cooling integrated into the equipment platform.

Professional Operating Controls

Touchscreen, key switch, emergency stop, and foot-switch interface.

Frequently Asked Questions

What wavelength does this CO2 fractional laser use?

The manufacturer specifies 10600nm, equivalent to 10.6μm.

What is the maximum laser output?

The documentation lists 30W as the maximum laser output, and the operating interface shows settings up to 30W. A conflicting 60W entry requires clarification.

How many laser applicator head types are documented?

Three: fractional scanning, pulse laser, and vaginal laser heads.

Does the machine use three different laser generators?

No. The supplied documentation identifies one CO2 laser source with a shared articulated optical delivery system and multiple terminal applicator types.

What scanning shapes are available?

The source lists circles, triangles, squares, rectangles, hexagons, ellipses, and lines.

Does it include a pulse mode?

Yes. Continuous, single-pulse, interval-pulse, and super-pulse options are listed.

Does the machine include a vaginal laser accessory?

Yes. The manufacturer illustrates a specialized vaginal applicator. Its safe clinical applications require separate verification.

Can the vaginal applicator guarantee tightening or other gynecological outcomes?

No. The supplied manual does not establish reliable, product-specific clinical evidence for guaranteed gynecological outcomes.

Does the equipment have water cooling?

Yes. The manufacturer identifies a circulating-water cooling system.

What is the aiming-beam wavelength?

A 650nm red semiconductor aiming beam is specified.

Is this suitable for ordinary home beauty use?

No. It is high-energy laser equipment with significant optical, thermal, electrical, and procedural hazards and is intended for appropriately qualified professional environments.

Request Technical Specifications & Professional Pricing

Explore the Cstruebeauty 10600nm CO2 Fractional Laser Machine, featuring a 30W manufacturer-listed laser source, multiple applicator heads, fractional scanning, pulsed output, and a six-joint articulated delivery arm.

Contact Cstruebeauty for:

• Complete optical output specifications

• Confirmed applicator-head configuration

• Technical drawings and operating documentation

• Laser safety information

• Cooling and maintenance requirements

• Electrical configuration details

• Accessory cleaning and sterilization documentation

• Professional equipment quotation

• International shipping information

Contact Cstruebeauty to request verified product information and wholesale pricing.

Important Safety Information

CO2 laser equipment can cause serious burns, permanent eye injury, scarring, infection, unintended tissue damage, and other complications.

The manufacturer's manual identifies hazardous laser radiation and the need for controlled operating environments, appropriate protective measures, and qualified operation.

Intracavitary gynecological laser use requires particular attention to patient selection, procedural training, infection control, and validated safety requirements.

This product description does not guarantee painless procedures, immediate recovery, permanent cosmetic improvements, or treatment of urinary incontinence or vaginal disorders.

The equipment must only be operated by appropriately qualified personnel in accordance with verified instructions and applicable professional requirements.