Company Profile, Products & Technologies, Target Market

Established in 2004, Leorex Ltd. has been developing, manufacturing and selling unique dermo-cosmetic products.  Leorex's nano-technology platform distinguishes its products by having an immediate, visible effect, and achieving it through safe, purely physical processes, rather than biochemical. Research and development resulted in launching of two lines: the Anti-Aging and Aesthetic Series, and the Dermo-Cosmetic Series for problematic skin. International patents protect the innovation and originality of Leorex products, all based on a unique nano-technological platform.

Brief description of proposed R&D project:

Leorex Technological Platform - As an R&D company, Leorex focuses its future developments on optimizing its unique technology platform, in order to respond to new market trends and achieve application breakthroughs. Leorex technology has several unique core properties:

- A task oriented nano-particles self-organizing fractal structure, which creates a sophisticated nano-network corresponding to the electrical and hydrophobic- hydrophilic skin surface map.
- Ability to create various versions of such structures with selective affinity to different skin areas and with predetermined functions depending on local skin features, at the "point of contact".

Leorex started planning its next generation technology which will enable much more advance solution to the Asean cosmetic products 

Desired Profile of R&D Partner and its role in the proposed R&D project:

We are looking for an R&D and cosmetic Manufacturing Partner that can combine Leorex Technology within new products that can:

- Self adapt to the skin, with its various heterogeneous features
- Create optimal conditions for skin healing 
- Stimulate, enhance and accelerate nature's powers and healing abilities, for treating specific skin problems. 

For example, new development for:
- Skin lightening intensive solution,
- Acne new Asean solution, or
- Improvement of existing Asean cosmetic products