Dallas (Plano)
Laser Hair Removal

Anyone looking to achieve silky smooth skin on a daily basis - without having to go through hours of daily shaving, waxing, and hair removal treatments - will be interested in the powerful effects of Laser Hair Removal in Plano, TX. Our FDA-cleared method of permanent hair reduction works without any surgery or daily maintenance required, leaving you hair-free and carefree for the rest of your life. What’s more, Laser Hair Removal is available for clients of all skin types and tones who are looking to reduce unwanted hair safely and effectively. By targeting hair follicles at the very root of the hair, it is easy to weaken the follicle over time until it ultimately falls out.

When you visit your local Ideal Image point of care for a customized session of Laser Hair Removal, you will be greeted by a team of Aesthetic Consultants that are here to help you get the most out of your experience. From the moment you reach out to us to years after your treatment of Laser Hair Removal in Plano, TX, you will be in the hands of kind and caring professionals who are determined to center your needs. We offer Laser Hair Removal as a solution to anyone looking to invest in permanent hair reduction without having to deal with long treatments or recovery times. After meeting with an Aesthetic Consultant during your free consultation, you will be equipped with the knowledge to help you make an informed decision about whether or not Laser Hair Removal is right for you. If you decide to move forward with our safe and FDA-cleared treatment process, you can get a firsthand look at our advanced techniques when you visit us in person.

Laser Hair Removal is an innovative treatment that employs the use of guided lasers to accurately target, treat, and destroy unwanted follicles of hair. These FDA-cleared lasers are built to be highly accurate, targeting the exact right areas of hair for treatment. These follicles are blasted with laser light, ultimately weakening the follicles until they can no longer grow hair. The entire process only takes about 30 minutes to complete. However, your entire visit time may vary. Over time, fewer and fewer hairs will be able to grow out of these targeted follicles. Eventually, you will be able to reduce unwanted hair for good. While you don’t need to continue shaving and waxing in between treatments of Laser Hair Removal in Plano, TX, you are encouraged to practice your daily hygiene needs in a way that makes you comfortable. There is no downtime or recovery required, making it easy for you to jump right back into your normal routine after your session at Ideal Image.

Not only is our Laser Hair Removal treatment the only FDA-cleared hair reduction process of its kind, but it is also delivered with the most up-to-date techniques and safety measures in place. Our Medical Professionals have completed over 200 additional hours of training at the Ideal Image Institute to ensure that we are properly administering all hair reduction treatments. As a 100% non-invasive treatment, there are no major surgery requirements or incisions to worry about. This also means that you don’t need to schedule additional time in your busy schedule just so you can tend to your aesthetic and wellness needs. With short in-office sessions and no downtime needed for recovery, you can jump right back into work or school as soon as you’re done. This is true whether you opt for one or multiple areas of the body during your session of Laser Hair Removal in Plano, TX. Speaking of which, some of the most popular parts of the body that can be easily treated with Laser Hair Removal include, but are not limited to:

• Arms and legs
• Armpits
• Bikini line
• Upper or lower back
• Eyebrows, face, and lips

Whether you are looking to sign up as a first-time client or you want to return to Ideal Image for another helpful session of Laser Hair Removal in Plano, TX, our Aesthetic Consultants are available to help you now. Reach out to one of your local points of care today to schedule your free and personalized consultation.