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PRISME 1064 Pico Laser | Advanced Pigment and Tattoo Removal
The PRISME 1064 Pico laser uses ultrashort picosecond pulses to target and shatter pigment particles without harming surrounding tissue. Designed for precision and speed, it delivers powerful results in treatments for tattoos, melasma, and skin revitalization.
Unlike traditional nanosecond lasers, this technology creates a photo-acoustic effect that breaks down pigment into microscopic fragments for rapid clearance by the body. As a result, patients experience faster outcomes with minimal discomfort or downtime. Explore our featured technologies to see how Maxvalue brings cutting-edge devices to clinics across the UAE.
According to the American Society for Laser Medicine and Surgery (ASLMS), picosecond lasers are among the most advanced systems for pigment and tattoo removal with superior skin recovery.
Why Choose PRISME 1064 Pico
The PRISME 1064 Pico laser is engineered for precision and efficiency. Its dual wavelength platform enables treatment of both superficial and deep pigmentation without thermal injury. Consequently, it offers safer and faster results for various skin types.
Key Benefits of PRISME 1064 Pico
Removes tattoos of all colors and depths effectively.
Reduces melasma, sunspots, and freckles.
Improves overall skin texture and tone.
Minimizes downtime with gentle delivery.
Encourages collagen stimulation for youthful skin.
Moreover, its adjustable pulse duration and spot sizes provide clinicians with greater control for customized treatments. Learn more about our aesthetic device portfolio to see how PRISME complements your practice.
How the PRISME 1064 Pico Laser Works
Picosecond Pulse Technology Explained
Each pulse lasts a trillionth of a second, creating a mechanical impact that shatters pigment into tiny particles. These particles are then naturally removed through the body’s lymphatic system, reducing visible pigmentation rapidly.
Versatility for Multiple Applications
The system handles tattoo removal, pigment correction, and skin revitalization with equal ease. Its advanced energy distribution ensures even coverage and superior tissue tolerance, allowing safe use on delicate areas like the face and neck.
Clinical Applications and Results
PRISME 1064 Pico laser is trusted by clinics for its versatility and safety across aesthetic and dermatological treatments.
Primary Indications:
Tattoo removal (multi-color and deep ink).
Pigmented lesions and melasma.
Post-inflammatory hyperpigmentation.
Acne scars and skin irregularities.
Rejuvenation and texture improvement.
Treatment Highlights:
Each session lasts 15–25 minutes with no significant downtime. Patients can see visible improvement after the first treatment, with optimal results after a few sessions. Thanks to its high peak power and short pulse width, thermal damage remains minimal.
Technical Features of PRISME 1064 Pico
Dual Wavelength Output
The device operates at both 532 nm and 1064 nm, covering superficial and deep pigment targets. This dual capability improves efficiency for tattoos and melasma without overheating the skin.
Smart Cooling and Pulse Control
Built-in cooling technology maintains epidermal comfort, while the adjustable energy interface ensures optimal performance for every treatment. Consequently, patients enjoy both comfort and consistency in results.
Training and Support
Every PRISME 1064 Pico laser purchased through Maxvalue comes with DHA-compliant clinical training, onboarding, and after-sales support.
Included Programs:
Hands-on device operation training.
Maintenance and calibration workshops.
Clinical protocol guides for tattoo and pigment treatments.
Direct support from certified engineers and trainers.
Through continuous education, clinicians maintain safety and efficacy while expanding their practice offerings.
FAQs: about PRISME 1064 Pico
Most tattoos and pigments fade significantly after three to five sessions, depending on depth and color.
Yes, the laser is designed for multiple skin types with controlled energy delivery to prevent thermal damage or hyperpigmentation.
Absolutely. The picosecond energy triggers collagen remodeling and improves texture even without visible pigment issues.
