Deka : SmartXide DOT

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Deka : SmartXide DOT

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An adjustable high-power short-duration pulse to get to your desired ablation depth, together with an adjustable-duration low-power pulse to get the amount of thermal energy you desire make this the most technically advanced fractional CO2 system available.

Control and Versatility

The HiScan scanner gives you a wide choice of patterns and sizes at your fingertips, and HiScan's 38 fractional density levels give you unparalleled precision. SmartPulse independent control of depth and coag enable you to provide the optimum treatment for each condition.

Technological Innovation

Powerful technology in a lightweight streamlined package weighing only 60 lbs., DOT's high energy tube can deliver more ab lative power to tissue, 300 watts, than super- or utra- pulsed lasers. The latest innovations in laser design, power sources, and control systems lead to SmartPulse control of the treatment.

Quality

A lightweight compact package, a precision touch controlled scanner, titanium-alloy articulated arm, a state-of-the-art pulsed laser source and a treatment driven touch screen control panel demonstrate quality, and experience of the world's premier developer and manufacturer of medical CO2 lasers.

The Highest Power to Tissue and Fastest Procedure Times.

SmartPulse technology enables the DOT to be the first system with independent control of ablation depth and coagulation zone.

• Versatility
- Standard, DOT and freehand modes
- Compact footprint
• Value
- no consumable costs
- Fast- full face in < 15 minutes
• Quality
- 28 years of CO2 laser experience
• Control
- User selectable ablation power and coag dwell time
- 38 DOT density option


The HiScanâ„¢ computer pattern generator puts controls at your finger tips. HiScan DOT meets all the traditional and fractional skin resurfacing needs by combining the benefits of both methods in one instrument, offering the possibility of selecting from different scanning shapes, sizes, and methods on the tissue. It enables refining and adapting the degree of severity of the operation and healing time of the patients.