Improve surgical outcomes
& Minimize social downtime

Ease pain and inflammation with the healing power of light

Our Mission

RapidHeal — Powered by Robotic MLS Laser Technology

Established in 2014, Cutting Edge Aesthetics is steadfastly committed to its mission: equipping medical professionals with state-of-the-art robotic technology that enhances surgical recovery, accelerates healing, and reduces discomfort, pain, and swelling for patients. Additionally, we are unwavering in our dedication to assisting healthcare practitioners refine their businesses through an impactful revenue- generating solution that requires minimal staff engagement.

By seamlessly integrating a RapidHeal Center into their practices, physicians can expedite patients’ recovery journeys, fostering accelerated improvements in both appearance and overall well-being. This strategic initiative also yields an amplified revenue stream from the existing patient base, while maintaining operational efficiency through limited staffing requirements.

Our distinguished executive management team collectively boasts over 100 years of expertise, specializing in the introduction of advanced robotic laser technology to a diverse array of medical domains, including, but not limited to, plastic surgery, orthopedics, dermatology, podiatry, physical therapy, chiropractic care, and pain management.

M6 ROBOTIC MLS LASER

Fully automated, nearly unattended operation, minimal staffing required.

The distinctive feature of the RapidHeal M6 Robotic MLS Laser is the innovative multi-target function. Thanks to the exclusive MLS multidiodic optical group, a wide area is treated instantaneously producing an immediate response from treated tissues. The results are better and faster than with traditional laser therapy.

Fully robotized M6 MLS multi-target laser is designed to treat patients suffering pathologies affecting a wide area and allows for automatic, unattended application.

M6 permits the lector-mechanic adjustment of the column height and of the arm tilt.

SIMULTANEOUS,  SYNCHRONIZED, UNATTENDED.

A sophisticated design has given shape to the most advanced achievement in optical technology and electromechanics, creating a medical device capable of delivering MLS Laser Therapy automatically and unattended. The robotized head covers the entire treatment area evenly. This is achieved by the multi-target modality that reproduces manual scanning automatically. Treatment times have been rigorously calibrated to achieve the best results. The parameters are displayed and can be changed through an advanced user interface, featuring a backlit graphic touch-screen display.

POSTSURGICAL RAPIDHEAL

When applied postsurgically,
RapidHeal can offer several exceptional patient benefits —

1

REDUCED PAIN AND INFLAMMATION

RapidHeal has been shown to have analgesic (pain-relieving) effects by reducing inflammation and releasing endorphins. This can be particularly beneficial for postsurgical patients who often experience pain and discomfort.

2

FASTER WOUND HEALING

RapidHeal can accelerate the healing process by promoting tissue regeneration, increasing collagen production, and enhancing blood circulation. This can help wounds to close more quickly and reduce the risk of complications.

3

MINIMIZED SCAR FORMATION

RapidHeal has been suggested to improve the appearance of scars by enhancing collagen remodeling, leading to less noticeable and more cosmetically appealing scars for postsurgical patients.

4

IMPROVED RANGE OF MOTION

Patients who undergo surgery may experience restricted movement due to pain, inflammation, and scar tissue. RapidHeal can aid in reducing these limitations by promoting tissue flexibility and reducing muscle tension.

5

ENHANCED CELLULAR RECOVERY

RapidHeal stimulates cellular mitochondria, which are responsible for producing energy within cells. By enhancing cellular metabolism, RapidHeal can aid in repairing damaged tissues and boosting overall cellular recovery.

Book your free Info Session today

see how RapidHeal can help your patients recover faster.