1064nm Fractional Treatment Tips Carbon Peeling with Double Rods φ7 φ8 Laser Rod Size

Product Description:

With a laser power of 1000W, this equipment is capable of targeting pigment particles with high energy pulses, breaking them down into smaller fragments that can be easily eliminated by the body's natural processes. The combination of picosecond and Q-switch ND YAG technologies ensures thorough and efficient tattoo removal, even for stubborn and multicolored tattoos.

Designed for professional use, this tattoo removal equipment is equipped with a sophisticated cooling system that includes air and water cooling, as well as twin radiator cooling. This ensures that the device can maintain optimal performance throughout treatment sessions, delivering consistent results without overheating.

The compact dimensions of 560*370*550mm make this equipment easy to integrate into any clinic or salon setting. Despite its small size, the Mini Pico Laser Tattoo Removal Equipment offers a spot size range of 1-8mm, allowing for precise targeting of tattoo ink without affecting the surrounding skin.

Whether you are looking to remove a small tattoo or a larger, more intricate design, this versatile device can meet your needs with its adjustable spot size and powerful laser capabilities. The combination of picosecond laser technology and Q-switch ND YAG laser technology ensures that each treatment session is efficient and effective, resulting in gradual fading and removal of unwanted tattoos.

Experience the benefits of advanced tattoo removal technology with the Mini Pico Laser Tattoo Removal Equipment. Say goodbye to unwanted ink with confidence, knowing that you are using a top-of-the-line device that delivers exceptional results.

Features:

• Product Name: Laser Tattoo Removal Equipment
• Laser Power: 1000W
• Laser Rod Size: Double Rods φ7 + φ8
• Pulse Width: 3ns
• Treatment Tips: 1064nm, 532nm, 1320nm, 755nm, 1064nm Fractional
• Dimension: 560*370*550mm

Technical Parameters:

Applications:

KES MED-810A Tiny Mini Pico Laser Tattoo Removal Equipment is a high-quality product designed for various application occasions and scenarios. This advanced laser tattoo removal equipment is perfect for professionals in the beauty and aesthetic industry looking to provide effective solutions for their clients.

With a laser power of 1000W and double rods φ7 +φ8, this equipment is specifically tailored for pigmentation removal laser procedures. The picosecond laser technology incorporated in the KES MED-810A Tiny ensures precise and efficient tattoo removal, making it a versatile tool for different skin types and tattoo colors.

The compact and portable design of the KES MED-810A Tiny makes it ideal for mobile beauty services, tattoo studios, medical spas, and dermatology clinics. Its lightweight of 25kg and convenient aluminum box packaging details allow for easy transportation and storage, giving professionals the flexibility to use it in various settings.

Originating from China, this product is known for its reliability and durability, backed by a 2-year warranty for customer satisfaction. The minimum order quantity of 1 unit and a fast delivery time of 7 days make it a convenient choice for businesses looking to enhance their service offerings with the latest laser technology.

Whether you are looking to expand your services with picoway laser treatments, improve tattoo removal results with picosecond laser technology, or provide advanced pigmentation removal laser procedures, the KES MED-810A Tiny Mini Pico Laser Tattoo Removal Equipment is the perfect solution for your needs.

Support and Services:

Our Product Technical Support and Services for the Laser Tattoo Removal Equipment include:

- Assistance with equipment setup and installation

- Troubleshooting technical issues and providing solutions

- Training sessions for operators on how to use the equipment effectively

- Regular maintenance services to ensure optimal performance of the equipment

- Upgrades and software updates to keep the equipment up-to-date with the latest technology