Pico Laser

Also known as: Picosecond Laser · Pico Toning · Pico Fractionated Laser · PicoSure / PicoWay (prominent brand names)

Definition

A Pico Laser (or picosecond laser) is an advanced dermatological laser technology that delivers energy in ultra-short pulses measured in picoseconds (trillionths of a second). Unlike traditional nanosecond Q-switched lasers, which rely primarily on photothermal action to heat and break down pigment, picosecond lasers utilize a photomechanical or photoacoustic effect. This rapid delivery of energy creates a shockwave that shatters pigment particles into microscopic fragments without heating the surrounding skin tissue. (PDS)

In the Philippine aesthetic and dermatological market, Pico Lasers are highly valued for the treatment of pigmentary disorders, acne scarring, and tattoo removal. Popular brand-name systems, such as PicoSure (Cynosure) and PicoWay (Candela), are utilized by board-certified dermatologists. The laser operates at various wavelengths (including 532nm, 755nm, and 1064nm) and utilizes fractional diffractive lens arrays to create localized areas of laser-induced optical breakdown (LIOB) in the dermis, stimulating new collagen and elastin production. (FDA)

Identities

Source Type	Identity
Wikipedia	Picosecond laser
Wikidata	Q115816001
DBpedia	N/A
ProductOntology	N/A
Wiktionary	N/A
Library of Congress Subject Headings (LCSH)	Lasers in dermatology — Therapeutic use — Philippines
MeSH	D054020
NCBI Taxonomy	N/A
AGROVOC	N/A
Google Scholar	Pico laser pigmentary disorders efficacy acne scars Philippines
ConceptNet	N/A
OpenCyc	N/A

Also Known As

Picosecond Laser
Pico Toning
Pico Fractionated Laser
PicoSure / PicoWay (prominent brand names)

Geography and Climate

Pico Laser treatments are widely available across the major cities and provinces of the Philippines. The highest concentration of clinics equipped with authentic picosecond machines is located in Metro Manila, with significant availability in regional metropolitan areas such as Metro Cebu, Metro Davao, Pampanga, and Cagayan de Oro.

The tropical climate of the Philippines, marked by intense year-round sunlight and high UV indices, increases the risk of post-inflammatory hyperpigmentation (PIH) and melasma. Traditional lasers, which generate high thermal energy, can overheat the skin and trigger rebound hyperpigmentation in patients with Fitzpatrick skin types IV and V (common in the Philippines). The Pico Laser’s photoacoustic mechanism minimizes heat transfer, making it a safer and more effective treatment option for dark spots in tropical climates, provided it is paired with strict daily sun protection.

Demographics

The demographics of Pico Laser patients in the Philippines are diverse, spanning multiple age groups and skincare concerns. The primary consumer group consists of adults aged 25 to 55 who seek treatment for pigmentary disorders, such as melasma, freckles, solar lentigines, and post-inflammatory hyperpigmentation.

Additionally, younger patients aged 18 to 30 utilize the laser’s fractional settings to treat acne scars and enlarged pores. The treatment is popular among both men and women, driven by a growing cultural emphasis on clear, even-toned skin. Due to the premium cost of the procedure (typically ranging from Php 5,000 to Php 15,000 per session), the consumer base is concentrated in the middle-to-upper-income brackets.

Economy and Industry

The market for Pico Laser technology is a high-growth sector within the Philippine aesthetic industry. Global medical device manufacturers export these machines to authorized local distributors, who sell them to dermatology clinics and medical spas. The high cost of purchasing and maintaining these systems contributes to the premium pricing of the treatment.

The popularity of the Pico Laser has led to a highly competitive market, with clinics marketing “Pico Toning” as a signature treatment for skin brightening. This competition has driven the growth of local aesthetic chains, medical marketing agencies, and professional training workshops, contributing to the expansion of the domestic aesthetic economy.

Transportation and Infrastructure

The physical infrastructure supporting Pico Laser technology includes authorized clinics, professional training centers, and secure distribution logistics. Authorized distributors ensure that clinics receive authentic machines and that practitioners undergo training in laser safety and treatment parameters.

The logistics chain involves the safe transport of high-value, sensitive laser systems across the Philippines. Because these machines contain delicate optical components and laser tubes that can be damaged by impact and moisture, they are shipped in specialized, shock-absorbent packaging using temperature-controlled vehicles to ensure safe delivery to clinics.

Culture and Tourism

In the Philippines, a clear, radiant, and even complexion (often described as “glass skin”) is a highly valued beauty standard, influenced by East Asian media. The Pico Laser is popular because it helps patients achieve this aesthetic goal without the redness and peeling associated with older laser technologies, fitting the cultural preference for quick, non-disruptive beauty treatments.

Pico Laser treatments are also popular in the country’s medical tourism sector. High-end clinics in major business districts target balikbayans (overseas Filipinos) and international tourists. These clients travel to the Philippines to receive Pico Laser treatments at a lower cost than in their home countries, combining their skincare treatments with a vacation.

Government and Administration

The importation and operation of Pico Laser devices are regulated by the Food and Drug Administration (FDA) of the Philippines. Pico Lasers are classified as medical devices, and only authorized clinics with licensed medical professionals are permitted to purchase and operate the systems. (FDA)

To protect the public, the FDA and local professional associations warn consumers against counterfeit “Pico” machines imported from unauthorized manufacturers. These cheap, uncertified machines often deliver unstable energy and operate in the nanosecond range, presenting high risks of skin burns, blisters, and permanent scarring due to poor quality control.

Education and Healthcare

Clinical training on Pico Laser technology is integrated into professional development programs for local dermatologists. The Philippine Dermatological Society (PDS) includes picosecond laser applications in its continuing medical education curriculum, ensuring that practitioners understand the physics of photoacoustic energy and correct treatment protocols. (PDS)

Manufacturers and local distributors conduct regular clinical workshops and user meetings. These training sessions focus on correct laser settings, such as adjusting the spot size, pulse energy, and wavelength based on the patient’s skin type and the specific condition being treated, maximizing patient safety and treatment efficacy.

Examples and Analogies

A Pico Laser can be compared to a nutcracker shattering a walnut shell. A traditional nanosecond laser acts like a hot blowtorch applied to the walnut—it eventually burns through the shell, but it heats up the nut and everything around it. The Pico Laser acts like a rapid, mechanical nutcracker that delivers a quick squeeze, shattering the shell (the pigment) into tiny pieces instantly without generating heat, leaving the nut (the surrounding skin) cool and undamaged.

Another analogy is that of shattering a large boulder into sand. If a large boulder (representing a pigment cluster) is blocking a road, it is difficult to clear away. A traditional laser breaks the boulder into smaller rocks, which are still heavy for the road crew (the body’s immune system) to carry. The Pico Laser shatters the boulder into fine sand, which can be quickly swept away by the wind (the lymphatic system), clearing the road faster and more effectively.

Usage Scenarios

Scenario 1: Treatment of Melasma in Darker Skin

A 38-year-old female school teacher in Manila develops symmetrical dark patches on her cheeks (melasma) due to daily sun exposure during her commute. Her dermatologist recommends a series of five Pico Toning sessions using a 1064nm wavelength. The photoacoustic treatment shatters the pigment without heating the skin, fading her melasma over several months without causing rebound hyperpigmentation.

Scenario 2: Acne Scar Resurfacing

A 25-year-old male professional in Cebu City seeks treatment for rolling acne scars on his cheeks. A dermatologist performs a fractional Pico Laser treatment using a diffractive lens array. The laser creates microscopic areas of optical breakdown beneath the skin, stimulating new collagen production that gradually plumps and smooths out the scars.

Strategies

Combine with Topical Actives: Use Pico Toning in combination with topical skin brighteners, such as azelaic acid or vitamin C, to enhance the pigment-clearing effects of the treatment.
The Low-and-Slow Approach for Melasma: Use lower energy settings and space sessions 3 to 4 weeks apart when treating melasma to avoid triggering inflammatory pigment responses.
Strict Post-Care Protection: Apply a broad-spectrum sunscreen with SPF 30 or higher daily, and avoid direct sun exposure for at least one week after the treatment.
Support the Skin Barrier: Apply hydrating and soothing creams containing ceramides or centella asiatica after the procedure to support skin recovery.

Security and Safety Measures

Verify Practitioner Credentials: Ensure the procedure is performed by a board-certified dermatologist who is trained in laser physics and safety protocols.
Wear Protective Eyewear: Always wear the specialized laser safety goggles provided by the clinic during the procedure to protect your eyes from accidental laser exposure.
Avoid Treatment on Active Infections: Do not undergo Pico Laser treatments if you have active open wounds, severe cystic acne, or active herpes simplex (cold sore) infections in the area.
Monitor for Adverse Effects: Watch for temporary side effects, such as mild redness, swelling, or pinpoint bleeding, and report any prolonged hyperpigmentation to your physician.

Historical Context

The development of picosecond laser technology began in the late 2000s, building on research into ultra-short pulse lasers. The first picosecond laser received US FDA clearance for tattoo removal in 2012. Over the next decade, the technology was adapted for dermatological use, with the development of fractional diffractive lenses that allowed for skin rejuvenation and scar treatment.

In the Philippines, Pico Lasers were introduced in the mid-2010s. They quickly gained popularity as a premium alternative to traditional Q-switched lasers. Over the years, as clinicians and patients recognized the safety benefits of picosecond technology for Fitzpatrick skin types IV and V, the treatment became a standard for hyperpigmentation and scar management in the country.

Challenges and Controversies

Managing Patient Expectations

A primary challenge associated with Pico Laser treatment is managing patient expectations. Because the photoacoustic mechanism is gentle, multiple sessions are required to achieve significant results, particularly for stubborn conditions like melasma or deep acne scars. Some patients expect immediate clearance after a single session, leading to disappointment.

Unregulated Machines and Terminology

The aesthetic market faces challenges regarding the use of the term “Pico.” Many salons market cheap, nanosecond Q-switched lasers as “Pico Lasers” to attract clients. These uncertified machines do not deliver true picosecond pulses and present higher risks of thermal injury, skin burns, and hyperpigmentation due to unstable energy delivery.