Recently, Luoshi Robotics , a new generation of intelligent robots , announced that after close cooperation with many medical institutions at home and abroad , its independently developed medical robotic arm has officially passed the IEC60601 medical certification of the International Electrotechnical Commission, becoming the first robot company in China and the second in the world to obtain this medical certification, and its leading position in the medical field has been further consolidated.
Leading the world in authoritative certification
IEC60601 certification is an internationally accepted series of technical standards for the safety and basic performance of medical devices. It can ensure that any single electrical, mechanical or functional defect will not cause unacceptable risks to patients. It is the core qualification required for medical devices in the global medical industry . Compared with electronic products, the standard requirements for medical devices are particularly strict and complex, and IEC60601 certification is known for its higher standard requirements and nearly harsh audit process. Its value to the medical industry is self-evident.
The IEC60601 certification means that the Luoshi medical robot arm has received international recognition and approval in terms of functional safety and reliability. At the same time, it also means that the product meets the relevant EMC and safety requirements in medical certification when it leaves the factory, and customers do not need to make secondary modifications, which is conducive to significantly shortening the R&D cycle, saving product certification time and cost, and accelerating the product launch schedule.
Cultivate inner strength to forge products
As a leading domestic robot brand, Luoshi Robotics has always been committed to providing high-quality products, solutions and services to customers in different industries as an industry leader. In the medical industry, Luoshi Robotics has accelerated its integration with the international market through relevant medical EMC and safety certifications, and has also strengthened its internal "cultivation" to continuously improve product performance and quality.
The new generation of collaborative medical robotic arms independently developed by Luoshi has achieved innovative breakthroughs in control technology. Each axis of the robot has a built-in high-precision torque sensor , adopts a new force position control technology, has high-sensitivity force sensing capabilities, and can achieve high-dynamic force control. In 2022, for medical robot applications, Luoshi has upgraded its products to all-round force control functions, which are specifically reflected in:
A more sensitive collision detection stop is achieved through joint force control, and the collision sensitivity is less than 3N;
1N light dragging is achieved through joint force control, and the precise trajectory reproduction function can effectively reduce the doctor's load during the operation, improve the efficiency of the operation, and also realize the direct teaching of rehabilitation physiotherapy techniques;
While dragging smoothly, it is also equipped with a customizable virtual wall function with a dynamically adjustable stiffness of up to 6000N/m. Users can arbitrarily specify the motion range of the joints or end tools to ensure that the robot does not exceed the specified boundaries and ensure the safety of the interaction process.
At the application level, Luoshi Medical Robot Arm provides a wealth of secondary development interfaces, which can control API interfaces such as position and torque loop in real time, and respond quickly to contact and fine-tuning of the force with a real-time control refresh frequency of 1kHz. In terms of software, a new generation of software packages customized for the medical industry are integrated, which can be compatible with different surgical navigation planning systems, helping Medical Robot companies to more easily apply robot arm technology in various scenarios.
At the same time, Luoshi Medical Robot Arm products have undergone a new medical coating design, which not only looks suitable for medical environment applications, but also complies with medical device specifications. In terms of volume, due to the use of an integrated design without a control cabinet, the volume of the medical robot system can be greatly reduced, making it easier to deploy in the operating room.
In addition, the LuoShi medical robotic arm series has a variety of multi-load products to choose from, which can help many leading medical robot companies build industry-leading medical robots and develop complete solutions covering most scenarios.
Deeply cultivate the industry and focus on scenarios
At present, Luoshi Robot has reached in-depth cooperation with many top medical equipment companies and medical research institutions at home and abroad, and has been applied in various scenarios such as joint surgery, spinal surgery, ultrasound testing, neurosurgery positioning, auxiliary treatment, and second and third category medical beauty treatment and rehabilitation. More customers are continuing to implement the application.
The world-class IEC60601 certification is not only a recognition of the leading technology of Loshi Robotics in the medical field, but also reflects that Loshi Robotics, which attaches great importance to product safety and reliability, has firmly taken the lead in the industry. We believe that with the support of authoritative international certification and cutting-edge technology products, Loshi medical robotic arms and solutions will be applied to more medical scenarios, helping more medical device products to be successfully introduced to the domestic and international markets.
As the pace of transformation and upgrading in the healthcare industry accelerates, medical robots have great potential. In the future, Luoshi Robotics will continue to explore the medical field, grow together with customers and partners in the medical industry chain, empower the intelligent equipment technology in the medical industry, and become a global leader in the field of medical robotic arms.
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