Add to favorites

#Industry News

Practices prove that at-home hair removal products are often not the best long-term solutions. But what caused the DPL to become the hottest top treatment for permanent hair removal and gradually replace IPL?

DPL Hair Removal; Permanent Hair Removal; IPL Machine

1. For hair removal treatments, other systems use the 640-1200nm wavelengths. However, the hair follicle does not need such a broad light spectrum. We use the professional 640-750nm wavelength. The precise wavelength will not only improve results, it will also reduce the level of pain during the treatment.

2. The DPL handpiece delivers light energy that gradually heats the skin by pulse stacking or a sliding technique until the ideal amount of energy is delivered to the hair root. This new technology heats the follicle gently and for longer-lasting results. This means the hair germ cells are directly targeted and permanently damaged in the active growth stage.

3. Hair follicles are not damaged by a single high-energy pulse as in laser or IPL but by repetitive application of low-energy pulses that raise the temperature of the dermis gradually and for longer. Most people say it just feels like a pleasant warm massage.

4. DPL has the ability to clean the pores and tightens the skin if it is aged, it uses tender pulses of energy at a relatively higher repeated rate. This makes the skin gets heated gently. The slow build of energy helps in making the procedure more comfortable and keeping skin trauma at a minimum. It combines low fluence laser pulses with contact cooling to make the experience comfortable.

5. For IPL, it can be used only on specific skin tones and hair colors and cannot be used for dark skins, red, white, and gray-colored hairs. While DPL is suitable for all hair and skin types and safe for all skin colors, whether it is coarse and dark hair or fine and light ones.

What caused the DPL to become the hottest top treatment for permanent hair removal and gradually replace IPL?

Details

  • Jin Xing Xi Lu, Da Xing Qu, Bei Jing Shi, China
  • Beijing ADSS Development