Lipolysis laser Lipo AI
diodetrolley-mountedmicrosecond

Lipolysis laser - Lipo AI - Deka - diode / trolley-mounted / microsecond
Lipolysis laser - Lipo AI - Deka - diode / trolley-mounted / microsecond
Lipolysis laser - Lipo AI - Deka - diode / trolley-mounted / microsecond - image - 2
Lipolysis laser - Lipo AI - Deka - diode / trolley-mounted / microsecond - image - 3
Lipolysis laser - Lipo AI - Deka - diode / trolley-mounted / microsecond - image - 4
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Characteristics

Applications
lipolysis
Amplifying medium
diode
Ergonomics
trolley-mounted
Pulse duration
microsecond
Wavelength

1,444 nm

Description

Overview
Lipo AI is an advanced laser-based medical system for laserlipolysis and laser-assisted liposuction. Engineered around the 1444 nm wavelength—highly selective for adipose tissue—the device combines high-peak power bursts with Gradient Pulse Technology (GPT) to disrupt adipocyte membranes while limiting thermal spread to surrounding tissues. The handpiece integrates a high-precision embedded accelerometer and a Thermal Guide sensor to monitor operator movement and sub-dermal temperature in real time, enhancing procedural control and patient comfort.

Key features
  • 1444 nm wavelength optimized for adipose tissue absorption.
  • Gradient Pulse Technology (GPT) delivering high-peak power pulses to disrupt adipocyte membranes with limited thermal diffusion.
  • Exclusive short pulse mode for faster laserlipolysis procedures.
  • Ergonomic handpiece design to facilitate fiber insertion and reduce tissue trauma.
  • Embedded high-precision accelerometer with algorithm-based control to adjust laser delivery according to operator movement.
  • Thermal Guide sensor in the cannula to detect sub-dermal temperature and automatically interrupt energy when preset thresholds are exceeded.
  • Optional PLUS Handpiece delivering pulsed air massage to reactivate microcirculation and standardize post-procedure massage.


Accessories and insights
  • Accelerometer: Ensures precise modulation of laser power to prevent overheating and reduce risk of carbonization.
  • Thermal Guide: Cannula-mounted temperature sensor providing real-time feedback and automatic energy interruption on threshold exceedance.
  • PLUS Handpiece: Provides pulsed air massage to improve post-procedure microcirculation and tissue recovery following a standardized protocol.


Applications
  • Laserlipolysis
  • Laser-assisted liposuction
  • Axillary bromhidrosis treatment
  • Pseudogynecomastia correction
  • Lipoma excision
  • Removal of filler granulomas


Category
DEKA Aesthetics

Source
1444 nm

Technical specifications
  • Wavelength: 1444 nm (high selectivity for adipose tissue)
  • Technology: Gradient Pulse Technology (GPT) with high-peak power pulses
  • Pulse type: Exclusive short pulse mode for faster procedures
  • Handpiece: Ergonomic design to facilitate fiber insertion and reduce tissue damage
  • Safety sensors: Embedded high-precision accelerometer (algorithm-based) to monitor movement and modulate laser delivery
  • Thermal monitoring: Cannula-mounted Thermal Guide sensor for real-time sub-dermal temperature detection and automatic interruption
  • Optional accessory: PLUS Handpiece providing pulsed air massage
  • Indications: Minimally invasive body shaping, laser-assisted liposuction, axillary bromhidrosis, pseudogynecomastia, lipoma excision, filler granuloma removal
  • Clinical benefits: Faster procedures, enhanced operator control, improved patient comfort

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