Recently, Mofang Precision has reached a cooperation agreement with Sutrue Company to utilize Mofang Precision's micro nano technology3D printing equipmentProvide optimization services for Sutrue's minimally invasive surgical automatic stapler. This collaboration not only successfully reduced Sutrue's product development costs and time consumption, but also improved its technologyR&DSignificant breakthroughs have been made in this area, providing surgeons with better choices of minimally invasive surgical instruments and bringing better medical services to patients. This collaboration is crucial for minimally invasive surgical techniquesinnovationandsendexhibitionIt has played a positive driving role.
Sutrue is a medical technology company headquartered in the United Kingdom, specializing in the development and production of surgical tools and other medical devices. The company's main product is Sutrueminimally invasive surgeryAutomatic stapler is an automated device that can quickly and accurately perform suturing tasks during the surgical process. Its design makes the suturing process more efficient and reduces human errors and surgical time.
In 2008, Alex Berry, founder and engineering director of Sutrue Corporation（Alex Berry）I experienced it oncefractured ankleThis event became an opportunity for him to think about product innovation. During the rehabilitation process, Berry realized that traditional manual suturing methods have certain limitations and risks. Therefore, he began exploring the creation of an automatic suturing device for minimally invasive surgery.Because compared to traditional handsSurgery, minimally invasive surgeryHas advantages such as minimal trauma, short recovery time, and reduced complicationsThe momentum. simultaneouslyIn terms of suturing, traditional suturing instruments are difficult to complete. completeAdapting to the needs of minimally invasive surgery,For example, there may be issues with the matching of difficult to operate parts or cutting components.However,slightSurgical procedures require the use of smaller instruments and are difficult to operate.To address these issues, after years of research and experimentation, the Berry team has designed an automatic stapler that passes suture needles and threads through tissue and safely returns them to the device. The needle rotates in and out of the device along a fixed path while maintaining a horizontal position on the third axis. The team has already processed the equipment prototype with steel, which took a lot of time and was not easy to adapt to design iterations.Prototype of automatic stitching equipment made of steel processingAt the same time, in the process of optimizing device development,BerryThe team needs to update a critical equipment component that is closely related to the stability of the needle path.However, traditional machining methods take a long time and have high capital costs when testing the part, so there is only one trial and error opportunity in a limited time to obtain a design component, which makes the required key equipment components not ideal.After some twists and turns, Sutrue company collaborated with Mofang Precision to use Mofang Precision's micro nano 3D printing equipment to measure instrument partsTry. This technology enables them to quickly test different versions of components with slight differences multiple times in a short period of time, and find the best among multiple designed components. Reason. thinkThe matching form has further improved the functionality of the product, solving problems such as high processing costs and long precision machining cycles for Sutrue company. In addition, based on aesthetic considerations, Mofang Precision Micro Nano 3D Printing Equipment can also print these components in two colors.3D printing components to stabilize needle diameter
Founder and Engineering Director of SutrueAlex Berry TableMofang Precision's micro nano 3D printing equipment can manufacture very small components, providing support for the manufacturing of minimally invasive surgical instruments. The parts printed by Mofang Precision are consistent with our design and always accurate, helping us try three different parts to find the ideal match. This not only improves surgical efficiency but also reduces related costs and risks. ”
Mofang Precision's micro nano 3D printing system provides strong support for minimally invasive surgery. Its ultra-high printing accuracy ensures the precise manufacturing of instrument components, while high-precisionprocessingThe tolerance control capability ensures its good adaptability and performance, thereby improving the efficiency and accuracy of the surgical process. This not only makes surgical operations smoother, but also provides medical professionals with more professional and reliable equipment and resources, further enhancing their technical level and work efficiency.With the continuous innovation and progress of medical equipment, the application scope of minimally invasive surgery in clinical practice is also constantly expanding. Compared with traditional surgery, minimally invasive surgery has the advantages of smaller incisions and trauma, shorter recovery time, and less impact on the patient's body. Therefore, minimally invasive surgery will become the choice of more and more patients. The cooperation between Mofang Precision and Sutrue has opened up new prospects and possibilities for this trend, providing strong support for improving overall medical outcomes and patients' quality of life, while also making positive contributions to the development of the medical industry!
Chongqing Mofang Precision Technology Co., Ltd. was established in 2016, relying on cutting-edge micro nano 3D printing technology, and is a global provider of high-precision 3D printing technology and precision machining solutions. Mofang Precision adopts Projection Micro Stereography (P μ SL) technology, which has outstanding advantages such as high molding efficiency and low processing cost. It can be applied in many industrial and scientific research fields such as precision medical equipment, electronic devices, microfluidics, and micro machinery. At present, Mofang Precision is headquartered in Chongqing, China, with branch offices in Shenzhen, China, Boston, USA, London, UK, Frankfurt, Germany, and Tokyo, Japan. It has nearly 2000 cooperative customers from 35 countries around the world.
