M3-K12 Medical Laser System

The M3-K12 Medical Laser System is a cutting-edge device designed for precise medical applications. Combining advanced technology with reliable performance, it provides medical professionals with the tools needed for efficient and effective treatments.

Key Features

• Premium Build Material: Made with five-axis CNC metal for superior heat dissipation, and A0 fireproof grade PC+ABS, ensuring durability and safety.
• Class III Medical Device: Compliant with ISO13485 standards, CE0123 certification, and ANVISA approval for medical use.
• Advanced Wavelength Technology: Operates at a wavelength of 1470nm±30nm for precise treatment targeting.
• Variable Operating Modes: Offers both continuous and pulsed modes for versatility in different procedures.
• High-Resolution Display: Features a 7-inch RETINA touch display HDR1200p, delivering the highest display clarity in the industry.
• Precise Aiming Beam: 650nm aiming beam with adjustable density for accurate targeting during procedures.
• Stable Power Supply: Powered by a Japanese Sanyo lithium battery, ensuring stable performance during surgery.
• Lightweight Design: Weighs less than 4kg (without case), making it portable and easy to use in various medical environments.
• Customizable System: Supports independent customization to meet specific user needs with its developed operating system.

The M3-K12 Medical Laser System is a state-of-the-art solution for modern medical treatments, offering precise control and reliable performance for medical professionals.

Product Info Gallery

What is FacialContouring(Surgical Laser for Face Lifting)?

Facial contouring in surgical laser treatment is a cosmetic procedure that utilizes laser technology to reshape and enhance the contours of the face, ultimately aiming to achieve a more youthful and aesthetically pleasing appearance. This procedure can target specific areas of the face, addressing concerns such as excess fat removal, skin tightening, and correction of various imperfections.
Pioon S1-K12 is a portable diode laser innovative product that is specifically designed for non-invasive facial aesthetics, with a primary focus on facial lifting and lipolysis. Pioon S1-K12 offers a versatile and effective solution for clinicians and patients looking to enhance facial features without the need for traditional surgical procedures. By harnessing the power of laser technology, it enables precise and controlled treatment, allowing for the removal of excess fat, skin tightening, and the correction of imperfections in a safe and efficient manner. Pioon S1-K12 stands as a reliable choice for those seeking facial rejuvenation through non-invasive means.

What Advantages Could S1 Facial Contouring 1470nm Machine Bring to Us?

S1 Facial contouring 1470nm diode laser machine is a cosmetic procedure that can provide various benefits. This type of laser is primarily used for minimally invasive and non-surgical facial rejuvenation, commonly referred to as a non-surgical facelift.
1. Skin Tightening: The 1470nm diode laser emits energy that is absorbed by water in the skin, creating controlled thermal damage in the deeper layers of the dermis. This heat stimulates collagen production, leading to skin tightening and a more youthful appearance. This can help reduce sagging and improve skin elasticity.
2. Wrinkle Reduction: By promoting collagen production, S1 1470nm diode laser can also help reduce the appearance of fine lines and wrinkles, giving the skin a smoother texture.
3. Fat Reduction: Some 1470nm diode laser machines have the capability to target and reduce localized fat deposits, leading to a more contoured facial appearance.
4. Minimal Downtime: Non-surgical facial contouring with a 1470nm diode laser is generally associated with minimal downtime and lower risks compared to surgical procedures like a facelift. This can make it a more attractive option for those looking for a less invasive approach to facial rejuvenation.
5. Safety and Precision: S1 1470nm diode laser is considered safe for use on the face because it has good absorption characteristics in water, limiting damage to surrounding tissues. It allows for precise targeting of the treatment area, minimizing the risk of collateral damage.

Specification