On September 11, 2025, the National Rehabilitation Assistive Equipment Research Center, an institution in the field of rehabilitation assistive devices in China, reached an important cooperation agreement with our company. The center has officially completed the procurement of our complete sponge series testing equipment on September 23, 2025. The equipment introduced this time will be specifically used for the comprehensive performance evaluation and cutting-edge scientific research of sponge materials applied in various rehabilitation aids such as seat cushions, mattresses, and position supports in the center. This cooperation not only reflects the high importance that the center attaches to the investment in scientific research infrastructure, but also marks a strong alliance between its scientific research strength and our reliable equipment quality, jointly committed to improving the user experience and safety standards of rehabilitation assistive devices in China.

Rehabilitation aids directly serve disabled, elderly, and injured populations, and their quality is related to the users' quality of life and dignity. As the core material that provides comfort, support, and pressure relief functions in assistive devices, the performance of sponges is crucial. It must have excellent rebound, durable support, suitable softness and hardness, and a long service life. Therefore, comprehensive and accurate testing of sponge materials is the fundamental prerequisite for ensuring that every rehabilitation aid product can safely and effectively serve users. The introduction of high-precision testing equipment by the National Rehabilitation Assistive Equipment Research Center is a key measure to strengthen quality control and promote technological progress in the industry from the source.

The sponge series testing equipment purchased this time is a comprehensive solution that can simulate real usage scenarios and conduct "physical examinations" on materials. It can scientifically evaluate key indicators of sponge materials from basic physical properties to long-term durability. For example, the device can accurately measure the density and hardness of the sponge, which is the basis for determining the initial comfort of the product; Can simulate the pressure of long-term sitting and lying on the human body, test the anti fatigue ability and shape recovery ability of the sponge, and ensure that the product is not easily collapsed or deformed after years of use; Continuous impact testing can also be conducted to evaluate its rebound performance and buffering effect, which is crucial for preventing pressure ulcers in long-term bedridden users.

The relevant person in charge of the National Rehabilitation Assistive Equipment Research Center gave high praise for this cooperation: "We have been looking for partners who can accurately match our research and testing needs. Your company's sponge detection system has left a deep impression on us with its excellent reliability, ease of operation, and design concept that can simulate actual working conditions. We believe that the use of this equipment will add a 'sharp eye' to our researchers, allowing us to have a deeper understanding of material characteristics and provide solid data support for the development of more scientific industry guidance standards and higher quality rehabilitation assistive equipment products. This will ultimately benefit the majority of rehabilitation assistive equipment users and improve their quality of life

Our general manager responded to this by saying, "We feel honored and responsible for providing equipment and services to institutions like the National Rehabilitation Assistive Equipment Research Center. The success of this cooperation is based on the common pursuit of the 'quality first' concept by both parties. What we provide is not only a set of equipment, but also a commitment to scientific rigor. We will establish a dedicated technical service team to ensure the smooth installation and commissioning of equipment in the center, and provide comprehensive operational training and continuous technical support for researchers to ensure that this system plays its maximum value in the center's scientific and technological innovation and quality supervision work

The success of this cooperation is an endorsement of our brand strength and product reliability by top national research institutions. It further consolidates our company's market reputation in the field of material testing. Looking ahead to the future, our company will continue to focus on technological innovation and service upgrading, actively work together with top institutions in the upstream and downstream of the industry chain, and inject strong momentum into promoting the high-quality and humanized development of China's rehabilitation assistive device industry. We will make unremitting efforts to achieve the vision of "technology empowering a better life".

Regarding the National Rehabilitation Assistive Equipment Research Center:

The National Rehabilitation Assistive Equipment Research Center is a comprehensive scientific research institution directly under the Ministry of Civil Affairs. It integrates scientific research, quality supervision and inspection, standard setting, technical services, and achievement transformation of rehabilitation assistive equipment. It is the technical engine and core supporting force for the development of China's rehabilitation assistive equipment industry.

About Us:

Beijing Guance Jingdian Instrument Equipment Co., Ltd. is a professional provider of testing instrument solutions. The company has long been committed to providing high-precision and high-performance testing equipment and customized services for material physical property testing, with customers covering research institutes, quality inspection institutions, and production enterprises. Guance Jingdian's core mission is "precise measurement, driving the future of quality". Through continuous technological innovation and a perfect service system, it has become a trusted partner for customers in many fields.