CO2RE Intima

What CO₂RE Intima is For

The CO₂RE^® Intima system is uniquely engineered to transform treatment of many dermatological conditions, including gynecological needs.

The CO₂RE Intima’s comprehensive range of treatment options include: Ablation and resurfacing of soft tissue

CO2RE Product Features

The system’s customized handpieces are designed to treat the introitus, vaginal canal, and external genitalia.

Conveniently treat with pre-set or individualized treatment options
Accurately target and treat tissue with ergonomic, pen-like precision²

With 360^o rotation capability for ease of use on tissue along the vaginal canal, and sterile for every patient, the single-use handpieces are guaranteed ready to use.

Significant benefits for your practice and patients.

Efficient procedural time — as little as 10 minutes for each treatment
Minimally invasive, non-hormonal, energy-based treatment
Portable system allows you to easily perform office-based procedures, and is easy to move from room to room
Simple in-office setup for gynecological applications
Single-use handpiece optimizes workflow, enhancing patient safety
Financial savings — single-use handpieces reduce staff time, administrative costs, and inefficiencies

Designed with your practice in mind.

The CO₂RE Intima system offers numerous user-friendly, productivity-enhancing features.

Minimize physician fatigue with articulated arm and featherweight handpieces
Gynecology-specific selection of handpieces and lenses
Intuitive touch-screen interface stores and recalls user preferences
Precision internal scanner digitally synchronized with laser pulse generator
Compact, quiet, easily mobile, and portable

Graphic of CO2 technology used in the CO2RE Intima system.

Well-established CO₂ technology treats skin or soft tissue.

CO₂ technology has been used in gynecology for benign and pre-malignant vulvar and cervical dysplasia since 1973.³ The CO₂RE system offers customizable treatment capability with handpiece and lens combinations to provide physician control. Compared to traditional surgical methods, it provides greater precision, cleaner incision, and less scarring.⁴

Laser Type	CO2
Wavelength	10,600nm
Laser Emission Mode	Pulsed
Output Power	60 watts (maximum peak)
Laser Beam Energy	Variable from 1 – 80 mJ
Pulse Repetition Rate	Up to 16.7 kHz
Pulse Duration	20 – 3000 μsec
Power Stability	± 1.5 watts (±5%)
Mode Quality (M²)	< 1.2
Beam Size	Ø 1.8 ± 0.5 mm
Beam Divergence	7.5 ± 0.5 mrad (full angle)
Polarization	> 100:1 linear (orthogonal to mounting pads)
Maximum Scan Area	10 mm diameter
Aiming Laser	5 mW, 650 nm (red) diode laser
Articulated Arm	Lightweight, aluminum fiber, 7-joint, pneumatically balanced Treatment radius at full arm extension: 85 cm (33.5″) Horizontal rotation: 360°
Lens Assemblies	150 μm spot size 120 μm spot size (optional)
Handpiece	Multi-use or surgical hand piece
User Interface	10.4″ high-resolution
Laser Emission Control	Footswitch
Laser Emission Indicators	Solid amber LED in Standby and Ready modes Flashing red LED during laser emission
Electrical Requirements	100 – 240 VAC self-sensing 50/60 Hz, 7.1 A, single phase
Dimensions	40 cm x 44 cm x 177 cm (15.75″ x 17.3″ x 70″)
Weight	26 kg (58 lbs)

Operating Modes

Mode	Energy Settings	Fractional Coverage	Estimated Ablation Depth
CO2RE Light	18 – 74.5 mJ	30 – 50%	20 – 40 μm
CO2RE Mid	45 – 257 mJ	20 – 40%	100 – 200 μm
CO2RE Deep	30 – 70 mJ	1 – 5%	500 – 750 μm
CO2RE Fusion	45 – 128 mJ 30 – 70 mJ	20 – 40%	100 – 200 μm & 500 – 750 μm
Classic Resurfacing	1 – 10 mJ	Full	100 – 200 μm
Dermal Excision	5 – 40 mJ	N/A	0.2 mm x selected line 0.2 mm freehand

CO₂RE Intima design. Candela, data on file.
DeLeon FD, Baggish MS. Lasers in gynecology. Glob Libr Womens Med. The Global Library of Women’s Medicine.
Bellina JH, Fick AC, Jackson JD. Lasers in gynecology: an historical/developmental overview. Lasers Surg Med. 1985;5(1):1-22.