Our skin serves as the bare protection of the human body from the natural elements and conditions of our planet. It is why the skin is susceptible to damages that may cause discolouration, scars, and unwanted skin marks. Luckily for us, the process of microneedling has been invented by dermatological pioneers.
What is Microneedling?
Microneedling is a popular cosmetic procedure that involves gently pricking the skin to cure a plethora of skin problems. Needles whose sharp points can only be measured in the micro-scale are used during the whole process. It is also known as dermarolling or skin collagen induction therapy.
The small wounds caused by the microneedling device forces the human body to produce more collagen, a substantial agent natural to the human body and responsible for smoothening skin surfaces. Apart from the primary tool called dermaroller, there exists an advanced version called the MD Needle Pen which takes the form of a regular ballpoint pen. A needle pen features a singular microneedle encased in a metallic cylinder for hygienic purposes.
Microneedling is considered affordable and less expensive than other skin procedures such as laser treatments or replacement of skin areas. The process of microneedling may work well with different skin tones and may help reduce the onset of hyperpigmentation. Licensed dermatologists also use it to treat scar tissue, birthmarks, wrinkles, and stretch marks.
There are other benefits from microneedling, apart from the smoothening of scar tissues, it helps with relaxing and improving skin elasticity and prevents its ageing caused by stress and fatigue. Microneedling is also applicable in curing alopecia or the prevalent trait of hair loss amongst individuals. It is advised for people to seek out licensed dermatologists and aestheticians instead of performing a DIY microneedling procedure without enough knowledge or training to avoid skin damage.
Is Microneedling the Future of Aesthetics?
Aesthetics and skin care treatments have seen a growth in the past few decades, along with advancements in the medical field. Most procedures carefully revolve around the theme of less-invasive and surgically precise methods that attempt to cure health difficulties without causing harm to other body systems. Most processes used by the medical field concerning skin aesthetics utilize chemical and energy-based lasers, botulinum toxin, microneedles, fillers, and scalpels ensuring accuracy in application and desired outcomes.
- Microneedle Pen
Also known as the DermaPen and the advanced version of the microneedling dermaroller, it is rising in popularity as an alternative for dermarolling procedures. The derma pen is represented by a ballpen-like metallic cylinder which encases an electronically powered pump that actuates a singular microneedle. The pen is run through areas of skin damage to stimulate the human body and produce more collagen responsible for smoothening the skin and initiating the repair.
More filters applied in the dermatological industry are being developed along with the materials that serve as the basis. The medical field involved with aesthetic treatments aims to develop longer-lasting fillers without causing physical harm or side-effects. Some of the fillers are still being tested and yet to be approved by the FDA.
Robotics has played a considerable part serving in different fields and specializations. The skincare treatment industry has seen an increase in the use of lasers, energy-based methods, and radiofrequency and is expected to exist in the future of aesthetic medicine. Advanced and disruptive techniques and technologies have set a new era of skincare treatments.
Neuromodulators are a big part of combination treatments in skincare and aesthetics. Neuromodulators are applied to patients to reduce activity concerning hyper-functional muscle regions and features. Neuromodulators are installed in combination with rejuvenation lasers and radiofrequency techniques to reduce the appearance of atrophic lines and scars.
The skincare industry has presented newly developed technological advancements which helped in reducing skin-related problems. These treatments involve the application of miniature motors, chemical and energy lasers, hygienic devices, and radiofrequency techniques that attempt to be less invasive than classical skin procedures.