Portable Picosecond Laser System(L-P501) – Suitcase Design

A compact, travel-friendly picosecond laser device housed in a rolling suitcase, featuring 5 specialized handpieces for tattoo removal, pigmentation, and carbon laser peels.

Product Overview

This portable picosecond laser system is designed for professional aesthetic treatments including tattoo removal, pigmented lesion therapy, and carbon laser peels. The entire device is integrated into a rolling suitcase (package dimensions: 57×33×41 cm, gross weight 9 kg), allowing easy transport for mobile services or between clinic rooms. The system delivers picosecond‑domain pulses with adjustable energy (0‑2000mJ) and frequency (1‑10Hz), available in 300W or 500W power configurations.

The system comes with five interchangeable handpieces:

How It Works – Picosecond Laser Technology

The picosecond laser generates light pulses with pulse widths measured in picoseconds (10⁻¹² seconds). This ultra‑short pulse duration produces a photoacoustic (photomechanical) effect that fragments pigment particles into tiny debris, which are then naturally eliminated by the body’s lymphatic system. The different handpieces allow operators to select the optimal wavelength and energy delivery mode for each indication.

• Standard 532nm / 1064nm handpieces deliver high‑energy pulses for efficient tattoo ink fragmentation and pigment removal.

• Non‑invasive 532nm / 1064nm handpieces use lower fluence or a diffusing tip to minimize thermal impact, suitable for skin rejuvenation, gentle pigment correction, and treatment of sensitive areas.

• Carbon peel handpiece is used with a carbon‑based lotion. The laser energy rapidly heats and explodes the carbon particles, which mechanically exfoliates the skin, unclogs pores, and reduces sebum.

Key Design & Technical Features

Common Applications (as intended by device design)

Typical Operation Process

1. Client Assessment – Skin type, tattoo/pigment characteristics, medical history, contraindications.

2. Handpiece Selection – Choose appropriate handpiece based on treatment goal.

3. Parameter Setting – Set energy, frequency via touchscreen.

4. Preparation – Clean treatment area. Apply protective eyewear. For carbon peel, apply carbon lotion first.

5. Treatment – Apply handpiece to target area, deliver pulses.

6. Post‑Treatment Care – Provide aftercare instructions (cooling, sunscreen, avoid sun exposure).

Technical Parameters

Packaging Information

Safety & Contraindications (Must Read)

✅ Operator Requirements:

• Professional use only; operator training required

• Laser‑safe eyewear must be worn (specific to 532nm and 1064nm)

• Perform test spot before full treatment

• For carbon peel, ensure uniform carbon lotion application and avoid eye contact with lotion

❌ Absolute Contraindications (do not treat):

• Pregnancy or breastfeeding

• Active skin infections, open wounds, eczema, dermatitis in treatment area

• Recent sun exposure (tanned skin) in treatment area

• Photosensitivity disorders or use of photosensitizing medications

• Malignant lesions in treatment area

• Use of isotretinoin (Accutane) within past 6 months

• Epilepsy or light‑induced conditions

• Bleeding disorders or anticoagulant use

• Implantable electronic devices (pacemakers, defibrillators)

• Keloid or hypertrophic scar tendency

⚠️ Possible temporary effects (typically resolve within days to weeks):

• Transient erythema, edema, purpura (especially with standard handpieces)

• Minimal pinprick bleeding or crusting (tattoo removal)

• Mild dryness or flaking (carbon peel)

⚠️ Important Operational Notes:

• Always perform a test spot on an inconspicuous area before full treatment

• Start with lower energy (e.g., 200‑300mJ) and increase based on clinical response

• Non‑invasive handpieces use lower fluence; do not over‑treat

• Clean and disinfect handpieces between clients

• Carbon peel: apply thin, even layer of carbon lotion; avoid eye area; wash off after treatment

Frequently Asked Questions

Q: What is the difference between standard and non‑invasive handpieces?
A: Standard handpieces deliver high‑energy pulses for tattoo removal and deep pigments. Non‑invasive handpieces use lower fluence or diffused beam for gentle treatments with minimal side effects, ideal for facial rejuvenation and sensitive areas.

Q: What is a carbon peel (black doll) treatment?
A: A carbon lotion is applied to the skin and allowed to dry. The laser then targets the carbon particles, causing them to explode. This exfoliates dead skin cells, unclogs pores, and reduces sebum, leaving the skin smoother and brighter.

Q: How portable is this system?
A: The entire system is packed in a 9 kg rolling suitcase (57×33×41 cm), easily transported by car or as checked luggage.

Q: Does the device require water cooling?
A: No, it is air‑cooled. No external chiller or special installation needed.

Q: Can I use the non‑invasive handpieces for tattoo removal?
A: No, non‑invasive handpieces are not designed for dense tattoo ink. They are for mild pigment correction and rejuvenation. Use standard handpieces for tattoos.