How it Works

How to use the Wanderma Pro

The Wanderma Pro is designed to make your skincare routine effortless and effective. This wand will enhance your skin care routine to help you see the results you should see.

The following are clear and easy to do instruction on how to use your product:

Cleanse your skin

Start with a clean, dry face. Just like you do with your regular skincare routine, start with a clean surface!

Apply Product

Apply your favorite serum or moisturizer depending on the mode you are using.

Use the Wanderma Pro

Select your mode by pressing the 'M' button on your wand, and select the intensity by tapping the power button. Gently move the device across your face in an upward and circular motion. The Wand will turn off on it's own with it's pre-set timers for each mode!

You're Done!

Turn off the wand by holding the power button for 1.5s. Wipe off the head of the device with any cloth or towel.

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The Science

Red Light

A key feature of red light is its deep penetration, traveling through the epidermis and reaching the dermis, the skin’s structural layer.
Red light waves stimulate fibroblasts (the cell icons) by a well-documented biological phenomenon called photobiomodulation. You can think of it as being somewhat similar to photosynthesis in plants, but for human skin cells.
In response to this stimulation, the fibroblasts increase the production of collagen and elastin fibers (the glowing coiled structures).
This process helps reduce the appearance of fine lines and wrinkles by strengthening the skin’s foundational support.

Amber Light

The primary target of amber light is surface-level issues.
The visualization shows how the light waves focus on calming the skin.
It reduces inflammation markers (the small ‘X’ icons) and works to constrict or calm superficial blood vessels (capillaries).
This makes it effective for reducing facial redness and calming sensitive skin conditions, such as Rosacea or Couperose.

Blue Light

This wavelength has the shallowest penetration of the three lights, focusing its energy entirely on the epidermis and, crucially, within the pores (sebaceous glands).
Blue light is specialized for its powerful anti-bacterial properties. Inside the pore, the visualization shows how the blue light waves target and neutralize Propionibacterium acnes (the small green rod icons), the bacteria responsible for acne breakouts.
By destroying this bacteria and slightly reducing sebaceous gland activity, blue light effectively reduces active acne and helps prevent future breakouts.

EMS (Microcurrents)

Instead of a light emitter panel, an EMS device probe makes contact with the skin surface.
The visualization uses stylized microcurrents (blue and silver electric arcs) traveling from the device, bypassing the superficial skin layers, and traveling directly into the muscle tissue.
The muscle tissue is shown slightly contracting (tightening/bunching) in response, illustrating how EMS stimulates, tones, and physically "lifts" the skin contour.