Use the power of radiofrequency to tighten and lift the skin around your face.

What is the Venus Diamond Lift?

The Venus Diamond Lift, otherwise known as the Venus Diamond Polar Radiofrequency Treatment, is a type of non-surgical facelift that tightens and contours the skin. It is a non-invasive, virtually pain-free procedure that creates enough thermal effect to induce collagen remodeling with no ablative thermal damage in the epidermis or dermis.

Why Venus Diamond Lift?

The Diamond treatment is a great treatment for younger patients who want to maintain their skin or have a more defined contour, and it’s also an effective anti-aging solution for older patients who are concerned about lines and elasticity. It’s a good complement to other skin resurfacing procedures you may have as it helps to rebuild the blood vessels and accelerate cell repair. Although visible results are seen in just one session, multiple treatments are recommended for optimal results and continued improvements.

How Does It Work?

It delivers Multi-Polar Radio Frequency and pulsed Electro Magnetic Fields to produce uniform heat on the skin. These two technologies increase collagen and stimulate a natural healing response, resulting in dramatic improvement to the skin and body with no pain or downtime.

Multi-Polar Radio Frequency and Electro Magnetic Fields

At Park Ave Cosmetic Center, we specialize in tightening up your skin. As one of only a few medically licensed spa’s in Roswell, we are approved to administer the Diamond Skin Tightening treatment to anyone wanting to eliminate loose skin.


Venus Facelift


10 sessions

Frequently Asked Questions

The Venus Diamond Polar is a non-surgical skin tightening treatment where we use heat to naturally boost collagen production, which works to tighten skin, diminish fine lines and wrinkles, and restore a more youthful-looking appearance.
Venus Diamond treatments can be completed around the orbital bone but not on the eye lid.
The Venus Diamond treatment can be very relaxing and is not painful.