Brief introduction

Focusing energy photodynamic therapy is the use of high-energy photons of a specific light that activates the body’s own metabolism and produces a series of complex biological effects. Unlike the drug therapy, laser, ultraviolet radiation, ultrasound and all thermal effects treatment (such as infrared, microwave, etc), this unique treatment is harmless to beneficial organisms, non toxic side effects, without interference and medication, patient discomfort, safe and reliable. Application of semiconductor light sources was first used to treat all kinds of wounds, ulcers, symptoms such as low immunity in the treatment of soft tissue injury under low-gravity conditions in United States NASA in the late 90's. In recent years, with semiconductor light source technology breakthrough in power and cost, high energy red and blue light treatment of semiconductor technology generally begin to enter clinical.

 ALA-PDT's all-purpose irradiator can be used as a stand alone treatment to address needs that are specific to each skin type and condition, to maximize the benefits of other treatments or to minimize side effects and complications associated with Botox injections, chemical or laser peels, IPL or laser hair removal treatments.

ALA-PDT has chosen two specific wavelengths to induce precise photo responses, delivering results that respond to today's most popular skin treatment.

625nm HPIC ESLD: results in promotion of a net increase in collagen formation, responsible for improved skin tone and texture, reduced appearance of pores, lines and wrinkles.

465nm HPIC ESLD: activates photodynamic reaction that targets the P. acne bacteria, and slow sebum production.

The Notable Effects of the Optical Power Density

The recent studies have shown that for the photodynamic therapy only when the optical power density is more than 40mw/cm², it can satisfy the threshold of the optical biochemical effects, to produce the biological modulation effects of the photon. The the optical power in per unit area is more great, the more photon energy is absorbed by the cells, thereby the biochemical effects of the photon are more notable. The ALA-PDT can irradiate effectively the skin which is on the distance of 10cm from the irradiation device. And the maximum optical power density is more than 40mw/cm², and it can promote significantly the optical biochemical effects of the cell, to improve the clinical treatment effects.

Advantages 

· Self-stay 3D arm and array hinges

· Flexible irradiator structure

 · User friendly touch TFT screen

· Treatment to be given in a sitting position or lying down

· High Energy Density with High Power IC ESLD

Demonstration of the type

ALA-PDT series has three type dependent on it's irradiator: R, B, or R+B.

Application

1. Anti-inflammatory.
2. Swelling (such as a breast lump, joint swelling and edema caused by trauma or other reasons).
3. Improves blood viscosity and blood circulation.
4. Treatment of acne and other skin inflammation.
5. With photosensitive drug therapy in treating skin cancer, Oral cancer, cervical cancer and other cancers. 

Specification

Main Testing Standards:

IEC/EN 60601-1:  Medical electrical equipment   Part 1: General requirements for basic safety and essential performance

IEC/EN 60601-1-2: Medical electrical equipment   Part 1-2: Electromagnetic compatibility - Requirements and tests

• RaceMBE builds a team by inviting outstanding engineering designers in the global scope. All products designed in California.
• Large-scale production in China, with materials procurement and production cost advantage.
• More than 20 years experience in aesthetics and medical equipment developing, manufacturing and marketing.
• RaceMBE is managed by grouping of enterprises, making purchase from different countries throughout the world.