New Doublo 2 BASED ON THE RESULTS OF CLINICAL STUDY. SUPERIORITY OF HIFU + RF SYNERGY COMPARED TO HIFU. HUMAN BODY APPLICATION TEST RESULTS FROM HUMAN SKIN CLINICAL TRIAL CENTER. AUGUST 2022
Inner Skin Density
Improvement
Compared to HIFU
Outer Skin Elasticity Improvement
Compared to HIFU
Jawline
Improvement
Compared to HIFU
Pores Count
Improvement
Compared to HIFU
Skin Irregularity
Improvement
Compared to HIFU
Inner Skin Hydration
Improvement
Compared to HIFU
During each shot delivered in synergy dotting treatment, first, radiofrequency (RF) is emitted to the skin, which is then followed by microfocused ultrasound (MFU). While MFU is focusing on the exact depth, RF provides bulk heating of the upper skin layers, resulting in a more pronounced thermal effect and enhanced generation of collagen.
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The initial heating from RF may trigger a mild thermal injury response, prompting the activation of fibroblasts and collagen production. This can prime the skin for the MFU treatment, amplifying the collagen-stimulating effects and contributing to more robust skin tightening and lifting outcomes.
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RF-induced heat can stimulate blood flow and circulation in the skin. Improved circulation can promote oxygen and nutrient delivery to the treated area, aiding in tissue repair and rejuvenation. This heightened circulation may also contribute to a more efficient response to the MFU treatment.
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The initial heating from RF may trigger a mild thermal injury response, prompting the activation of fibroblasts and collagen production. This can prime the skin for the MFU treatment, amplifying the collagen-stimulating effects and contributing to more robust skin tightening and lifting outcomes.
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By pre-heating the skin with RF, the thermal effects can extend into the upper layers, potentially optimizing the depth and energy absorption of the subsequent MFU treatment. This may result in more precise and effective energy delivery to the targeted depths within the skin.
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New Doublo 2 Based on Clinical Study. Superiority of HIFU + RF Synergy compared to HIFU. Human body application test results from Human Skin Clinical Trial Center. August 2022.
CATEGORY | PARAMETER | MFU | MFU+RF |
TIGHTENING | EYE WRINKLE IMPROVEMENT | 1 | x1.6 |
SMILE LINES IMPROVEMENT | 1 | x1.3 | |
INNER SKIN DENSITY | 1 | x1.8 | |
JAWLINE IMPROVEMENT | 1 | x1.6 | |
ELASTICITY | ELASTICITY OF OUTER SKIN | 1 | x1.4 |
ELASTICITY OF INNER SKIN | 1 | x1.3 | |
ELASTICITY RECOVERY | 1 | x1.2 | |
TEXTURE | PORES DENSITY | 1 | x1.8 |
PORES COUNT | 1 | x2.0 | |
PORES DEPTH | 1 | x1.6 | |
PORES VOLUME | 1 | x1.2 | |
SKIN IRREGULARITY | 1 | x1.7 | |
MOISTURIZING | OUTER SKIN | 1 | x1.7 |
INNER SKIN | 1 | x4.8 | |
Based on Clinical Study. Superiority of HIFU + RF Synergy compared to HIFU.
Human body application test results from Human Skin Clinical Trial Center. August 2022.
Smile Lines
Improvement
Jawline
Improvement
Skin Pores
Improvement
Outer Skin
Moisturizing
Inner Skin
Density
Skin Elasticity
Imrovement
Targeted treatments require precision to avoid affecting surrounding healthy tissue.
Cartridges with adjustable penetration depth settings can help practitioners tailor the treatment to the specific area they want to address.
Layered treatments with cartridges of different penetration depths may be employed.
This approach allows for comprehensive and multi-level treatment for complex conditions.
Choose between energies, advanced and standard cartridges, switch between LINE and DOT modes, layer your treatments, adjust power, spacing, shots interval and length, offer your patients ultimate customization.
The 6 cartridges for body application allow to offer your customers ultimate body sculpting treatments.
• Abdomen | • Back |
• Flanks | • Buttocks |
• Bra Line | • Hips |
• Neck | • Thighs |
• Decolletage | • Knees |
• Arms | • Calves |
• Underarms | • Ankles |
Standard 300 MFU shots and 3000 SD shots New Doublo 2.0 treatment for facial skin, depending on parameters settings, starting from
Use 4 different simultaneously connected handpieces consecutively without changing or replacing cartridges for each handpiece
The automatic recognition system automatically identifies and distinguishes between different handpieces and cartridges. Simply pick up the handpiece and system will switch to the corresponding operationg screen.
The MFU power settings of the device can be conveniently adjusted using a secondary LCD display located on the handpiece itself.
The patented contact sensor ensures automatic stoppage of cartridge operation when it loses contact with the skin, protecting from accidental tissue damage caused by misdirected energy.
The patented contact sensor ensures automatic stoppage of cartridge operation when it loses contact with the skin, protecting from accidental tissue damage caused by misdirected energy.
make it easier to target specific areas accurately, reducing the risk
of unintended treatment in surrounding regions and minimize the potential for injury or discomfort to the patient.
Reduced weight and size of cartridges can lead to less fatigue for practitioners during extended procedures, helping maintain consistent treatment quality and safety.
KGMP stands for Korea Good Manufacturing Practice. It is a set of regulations and guidelines established by the Ministry of Food and Drug Safety (MFDS) in South Korea to ensure that medical devices and pharmaceuticals are consistently produced and controlled according to quality standards. The main objectives of KGMP are to safeguard public health by ensuring that products are safe, effective, and of high quality.
Key aspects of KGMP include:
– Quality Management: Establishing a quality management system to oversee all aspects of production and control.
– Facility Requirements: Ensuring that manufacturing facilities meet specific standards for cleanliness, organization, and equipment.
– Documentation: Maintaining detailed records of all manufacturing processes, quality controls, and batch production.
– Process Control: Implementing rigorous controls and monitoring throughout the production process to prevent errors and ensure consistency.
– Personnel Training: Ensuring that all personnel involved in manufacturing are properly trained and qualified.
Compliance with KGMP is mandatory for manufacturers wishing to market their medical devices and pharmaceuticals in South Korea. It aligns with international standards like ISO 13485, ensuring that products meet both domestic and global quality requirements.
The Food and Drug Administration (FDA) is a U.S. federal agency responsible for protecting public health by ensuring the safety, efficacy, and security of human and veterinary drugs, biological products, medical devices, food supply, cosmetics, and products that emit radiation. The FDA also plays a crucial role in regulating the manufacturing, marketing, and distribution of these products to ensure they meet established standards. Additionally, the FDA oversees tobacco products and enforces regulations to reduce tobacco-related health issues. Through its comprehensive oversight and regulatory activities, the FDA aims to promote and protect the health and well-being of the American public.
CE 1370 refers to a specific type of CE marking used in the European Union to indicate that a product complies with the essential health, safety, and environmental protection requirements set out in the relevant EU directives and regulations. The “1370” is the identification number of the notified body that has assessed the product’s conformity.
In the context of medical devices, for example, CE 1370 signifies that the product has been evaluated by a notified body (identified by the number 1370) and has met the required standards. This marking allows the product to be legally marketed and sold within the European Economic Area (EEA).
The CE marking is crucial for market access and consumer safety, ensuring that products meet high standards and can be traced back to their manufacturers.
ISO 13485 is an internationally recognized standard for quality management systems specifically designed for the medical device industry. It outlines the requirements for a comprehensive quality management system that ensures the consistent design, development, production, installation, and delivery of medical devices that are safe and effective for their intended purpose.
Key aspects of ISO 13485 include:
– Quality Management System (QMS) Requirements: Establishing a robust QMS tailored to the medical device industry.
– Risk Management: Implementing risk management processes throughout the product lifecycle.
– Regulatory Compliance: Ensuring compliance with regulatory requirements relevant to medical devices.
– Product Realization: Covering all stages from design and development to production and servicing.
– Continual Improvement: Promoting continual improvement of the QMS and processes to enhance product quality and safety.
ISO 13485 helps organizations meet regulatory requirements and improve overall product quality and reliability, thereby enhancing customer satisfaction and trust in their medical devices.