ABOUT US

Aorita New Material Technology (SuZhou) Co., Ltd.

Aorita New Material Technology（Suzhou） Co., Ltd is located in Suzhou Industrial Park, Jiangsu Province, China. It is a high-tech enterprise focusing on the design, development, production and sales of functional film products. The products are mainly used in solar photovoltaic, semiconductor, LED, MiniLED, 3D printing, aerospace, medical and other industries.

Aorita's special chemically treated ETFE, FEP, PTFE, PFA and other high-performance films can be customized to produce mirror films, single-sided films, double-sided frosted films of different thicknesses and sizes, and have commercial production at home and abroad.

As a global brand, AORITA has always adhered to the brand concept of "Technological innovation converges to realize the world's dreams!", focusing on practicing social responsibility on a global scale, promoting green environmental protection and sustainable development, creating a better world with the power of science and technology, leading the new material industry ecology, and providing the world with excellent functional film products.

Corporate Culture

To become a global leader in functional film materials
Vision
To become a global leader in functional film materials
To break through the application functions of traditional fluorine films and reshape the boundaries of the new materials industry
Mission
To break through the application functions of traditional fluorine films and reshape the boundaries of the new materials industry
Patriotism, dedication, integrity, friendliness, quality, innovation, persistence, dream, pursuit, and transcendence
Values
Patriotism, dedication, integrity, friendliness, quality, innovation, persistence, dream, pursuit, and transcendence
Gathering scientific and technological innovation to achieve the world's dreams
Corporate Slogan
Gathering scientific and technological innovation to achieve the world's dreams
— Development History —

2025
The company ventures into the fields of flexible photovoltaic modules and MiniLED advanced packaging with its independently produced ETFE film.
2024
2024.10 Invited to participate in the 2024 Formnext Frankfurt International Precision Forming and 3D Printing Manufacturing Exhibition. 2024.8 Invited to participate in the Shenzhen International Additive Manufacturing, Powder Metallurgy and Advanced Ceramics Exhibition. 2024.1 The HDF release film was successfully developed to solve the problems of ultra-low release force and surface quality in the light-curing 3D printing industry.
2023
2023.11 AORITA 3D's AFP low-temperature magnetic steel platform is officially released to provide support for FDM products. 2023 ACF film is mass-produced and widely used in desktop printing efficiency fully entering the light curing equipment, 170mm/s era.
2022
2022.4 The company was rated as a high-tech enterprise by the Jiangsu Provincial Department of Science and Technology, the Jiangsu Provincial Department of Finance, and the Jiangsu Provincial Taxation Bureau of the State Administration of Taxation. 2022.2 The company officially established the AORITA3D brand, with the mission of contributing to the progress of the 3D printing industry.
2021
Developed ACF film support fast printing equipment.
2020
The company launched PFA (NFEP) products, which directly increased the success rate of 3D printing equipment to 95%.
2019
The company introduced advanced equipment and instruments from home and abroad to establish an independent R&D laboratory.
2018
Joined with the Chinese Academy of Sciences to explore the application of 3D printing in the fields of jewelry and dentistry.
2017
Desktop light curing based on LCD screens as light sources ushered in an explosion, and the company's products provided strong printing effects and success rate guarantees for DLP/SLA/LCD equipment.
2016
Aorita New Material Technology (SuZhou) Co., Ltd. was established in November 2016. Introduced high-quality Teflon film products and entered the 3D printing market. At that time, DLP/SLA technology equipment was still at a stage where the equipment printing success rate was very low due to release problems.
2025
2024
2023
2022
2021
2020
2019
2018
2017
2016