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CO2 Fractional Laser — Metal RF Tube

The flagship CO2 platform in our catalogue, and the one built on named components: a US Synrad RF metal tube, a Korean Hanmac seven-joint articulated arm and German Phytron stepping motors in the scanner.

Synrad sourceM² ≤ 1.27-joint Hanmac arm10.4″ touch LCD
₹6,45,000
Pre-tax catalogue price · 3 August 2026
✓ In stock
Laser source
US Synrad RF metal tube
Rated output
60 W
Wavelength
10.57–10.63 µm (9.3 µm optional)
Beam quality
TEM₀₀, M² ≤ 1.2
Power stability
±3% after 2-min warm-up
Articulated arm
Korean Hanmac, 7 joints, ≥95% transmittance
Scanner motors
German Phytron stepping motors
Laser type
UltraPulse and CW
Modes
Fractional, surgical, gynae, vulva
Scan area
Max 20 × 20 mm
Display
10.4″ touch LCD
Regulatory
Manufacturer holds FDA 510(k) K211735

A dated pre-tax catalogue snapshot, not a live quotation. Ask for the written warranty covering this exact model and specifically whether the source, scanner, arm, mirrors and lens are included. EMI is available by credit card only and charges apply.

This is the platform this site's technical pages are written against, because it is the one whose component specification can be published in full.

The source

A US Synrad RF metal tube rated at 60 W.

ParameterSpecification
Wavelength10.57–10.63 µm (9.3 µm optional)
Beam modeTEM₀₀, M² ≤ 1.2
Beam ellipticity< 1.2
Emitting spot diameter (1/e²)2.8 ± 0.5 mm
Full-angle divergence≤ 7 mRad
PolarisationFixed horizontal linear, extinction ratio > 100:1
Power adjustment0–100%, linear
Long-term stability±3% after 2-minute thermal stabilisation
Cold-start stability±5% to ±10%

How to read these numbers against another quotation.

CO2 fractional laser with metal RF tube
The metal RF tube platform. The console, the articulated arm and the foot-switch control are what a clinical CO2 installation looks like.

The optical path

A Korean Hanmac articulated arm with gold-coated mirrors on a monocrystalline silicon substrate:

  • ≥99.7% reflectivity per mirror, across 7 reflecting joints
  • ≥95% overall transmittance
  • Φ17 mm aperture
  • Beam coaxial misalignment ≤ ±0.5 mm, maintained with prolonged use
  • 635 nm red aiming beam

German Phytron stepping motors position the beam in the scanner, over a scan area up to 20 × 20 mm.

Modes and handpieces

  • Fractional mode — scanned resurfacing with graded delivery levels and manual parameter control
  • Normal / surgical mode — continuous, single-pulse, continuous-pulse and ultra-pulse delivery
  • Gynae and vulva modes — a gynaecological attachment is available
The presence of the gynaecological attachment does not establish that the machine is documented or suitable for that application in your setting. Intended use depends on the exact model, the attachment, the documentation and the practitioner's qualification. We publish no indications for it.

The platform runs UltraPulse and CW delivery on a 10.4-inch touch LCD, with a constant-current and constant-voltage supply.

Regulatory status

The manufacturer holds US FDA 510(k) clearance K211735 for its CO2 laser machine, listed as a Class II powered laser surgical instrument, product code GEX, under 21 CFR 878.4810.

Cleared, not approved. Clearance is held per model — ask for the document covering the exact unit you are quoted, and check that manufacturer, site and model match.

Who it suits

A dermatology or plastic surgery practice running CO2 work regularly, where downtime on the machine costs more than the difference in purchase price — and where the buyer wants the source question answered before paying.

Frequently Asked Questions

Which laser source is in this machine?

A US Synrad RF metal tube rated at 60 W, specified at TEM00 with M2 <= 1.2, ellipticity below 1.2, emitting spot 2.8 +/- 0.5 mm, divergence <= 7 mRad and +/-3% long-term power stability after a two-minute warm-up.

What articulated arm is fitted?

A Korean Hanmac seven-joint arm with gold-coated mirrors on monocrystalline silicon, >=99.7% reflectivity per mirror, >=95% overall transmittance, 17 mm aperture and coaxial misalignment within +/-0.5 mm.

Is it FDA approved?

It is FDA cleared, not approved. The manufacturer holds 510(k) clearance K211735 for its CO2 laser machine, a Class II powered laser surgical instrument under product code GEX, 21 CFR 878.4810.

What is the price in India?

Rs 6,45,000 pre-tax as a catalogue snapshot on 3 August 2026. Confirm the current price and inclusions before ordering.

What modes does it run?

Fractional resurfacing, a normal or surgical mode with continuous, single-pulse, continuous-pulse and ultra-pulse delivery, and gynae and vulva modes via an attachment.

What warranty applies?

Ask for the written warranty covering this exact model before payment, including whether the source, scanner, articulated arm, mirrors and lens are covered.

Compare the three platforms

Source, optical path and documentation, side by side.

Compare machines