brand@landivine.com
order a call
Focusing on technological innovation and industrial application in the field of cosmetic raw materials, we aim to create a full chain transformation system of “research and development pilot production”, and establish a comprehensive service model of “raw material innovation formula design efficacy testing”
Beijing LANDIVINE Research Institute is a core R&D institution established by Beijing LANDIVINE Technology Co., Ltd. It focuses on technological innovation and industrial application in the field of cosmetic raw materials, creating a “R&D pilot production” full chain conversion system, and constructing a “raw material innovation formula design efficacy testing” full case service model. The institute has two core R&D platforms: Plant Extraction and Fermentation Engineering Conversion Laboratory and Polymer and Nano Laboratory, with a total construction area of nearly 1000 square meters and a total investment of over 10 million yuan. The Shangjie Youlan Research Institute was officially completed and put into use on March 21, 2025, marking a crucial step for the enterprise in building its technological innovation capabilities.
Two major R&D platforms
Three key R&D focus areas
Industry-Academia-Research Collaboration and Talent Cultivation
LANDIVINE Research Institute takes “technology empowers beauty” as its core concept and creates a modern research and development system. It is expected that after its launch, the company will continue to develop more than ten innovative raw materials for itself every year, and output dozens of customized raw materials and high barrier products for customers, with multiple patents.
Chinese characteristic plant ingredients are extracted from Chinese characteristic plants and applied in the field of cosmetics.
Expected to develop plant-based ingredients for cosmetics:
The characteristic strain fermentation raw materials are based on the theory of microbial plant bidirectional fermentation, using plants with certain active ingredients as active substrates to replace traditional nutritional substrates, and adding preferred strains for microbial transformation and cultivation to improve the utilization rate of plant resources.
Expected to develop fermentation materials for cosmetics:
The transformation of basic research processes mainly involves the technical transformation, pilot testing, and implementation of basic experiments. The laboratory is equipped with multiple pilot level extraction tanks and concentration tanks, and has a complete pilot fermentation system.
Plant extraction and fermentation raw material production capacity
Research and Conversion of Polymer Raw Materials for Anse ® Research and transformation of polymer colorants.
Color development for cosmetics
Related raw material production capacity
The research and development of supramolecular nano materials covers the research and development of supramolecular and liposome materials.
Development of supramolecular and liposome related raw materials for cosmetics:
Related raw material production capacity:
The transformation of cosmetic formula application undertakes the research and development of basic cosmetic formulas and the development of new customized cosmetic formulas, while completing formula applicability testing.
Can complete various formula research:
Output various commercial cosmetic formulas:
Assist clients in completing patent applications for cosmetic formulas and applications:
Development of new molecular materials
Developing a series of water-soluble, oil soluble, and hair dye products with Anse non transdermal coloring system as the core, applied in the fields of cosmetics, hair dye, and daily chemical products. The safety meets pharmaceutical grade standards. We have reached cooperation intentions with international companies such as Cosfa, Shiseido, Koma, L’Oreal, etc. Starting from 2025, we will gradually launch globally exclusive safe colored polymer colorants, disrupting traditional coloring systems and creating new technological pathways in the fields of product coloring and functional coloring.
Extraction of natural active ingredients from advantageous plants
Using advanced processes such as supercritical extraction and membrane separation, develop plant extracts with anti-inflammatory, anti-aging, and whitening effects. For example, both supercritical extraction and microcapsule technology can increase the permeability of active ingredients by more than 40%, and multiple related achievements have obtained national invention patents.
Technologically advanced modified raw materials
By using liposome encapsulation and super-resolution assembly technology, we can solve the pain points of poor solubility, low stability, and ineffective efficacy of raw materials. Shangjie Youlan Research Institute has successively launched multiple star single products such as double packaging and triple packaging. For example, the main research and development of ceramide liposome supramolecular modification products has exceeded the industry limit in terms of added amount, with a 60% increase in bioavailability and breaking the technological monopoly of foreign products.
1.Jointly establish a cosmetics technology laboratory
Jointly establish the "Cosmetics Technology Joint Laboratory" with multiple platforms such as the Beijing Key Laboratory of Plant Resources Research and Development (provincial and ministerial level), and introduce industry leaders such as Professor Li Li and Associate Professor Yuan Huanxiang.
2.Joint talent cultivation of industry university research cooperation
Establishing a "Industry University Research Joint R&D Base" with Beijing Technology and Business University, cultivating over 20 professional and technical talents annually.
3.Construction of Joint Graduate Training Base
Build a multi platform 'graduate joint training base'. In the next five years, we will focus on building high-quality enterprise entities as provincial, ministerial, and national level laboratories.
4.Research and production of marine algae raw materials
Collaborating with the National Marine Bioreactor Laboratory of East China University of Science and Technology (national level), we have developed and cultivated high-yielding and high-quality algae species, enriching the plant extraction materials derived from marine algae. Currently, we have successfully trial produced extracts of purple algae and are about to officially start production.