FDA-Approved Technologies at Kalosa
Every technology in our operating theatre is US-FDA cleared and internationally validated. We never compromise on equipment quality.
VASER 2.2 (Gen 3) Ultrasonic System
The latest generation VASER system uses pulsed ultrasound energy at 36 kHz to selectively emulsify fat cells while preserving surrounding structures including nerves, blood vessels, and connective tissue. This tissue-selectivity translates to less bruising, faster healing, and superior skin retraction compared to traditional liposuction.
The VASER system enables both standard liposuction and high-definition body sculpting, making it the most versatile platform in our theatre.
MicroAire Power-Assisted System
The MicroAire PAL system uses a reciprocating cannula that vibrates at 4,000 cycles per minute, loosening fat cells from surrounding tissue with minimal force. This dramatically reduces surgeon fatigue and ensures even, consistent fat removal — especially in fibrous areas like the male chest, upper back, and flanks.
Particularly valuable for revision cases and areas that have been previously treated or have dense tissue architecture.
J-Plasma (Renuvion) Skin Tightening
J-Plasma combines cold helium plasma with radiofrequency energy to contract collagen fibres beneath the skin surface. When used alongside liposuction, it provides significant skin tightening — addressing loose skin without the need for surgical excision.
Ideal for patients over 45 or those with moderate skin laxity who want to avoid a tummy tuck while still achieving taut, youthful-looking skin post-procedure.
Advanced Tumescent Infusion System
Our precision-controlled infiltration system delivers the tumescent solution at a controlled rate and pressure, ensuring uniform distribution throughout the treatment zone. This results in optimal anaesthesia, vasoconstriction, and tissue hydrodissection — creating the ideal conditions for safe, pain-free fat extraction.
Combined with custom-blended solutions tailored to each patient's treatment plan and area-specific requirements.