Hall D · Booth D508
SMS, Inc. is a Norsein Monitoring and Control Holding Company that focuses on R & D, production and marketing such as multi-dimensional sensors, twisters, etc. With its mission of …
COMPANY PROFILE
SMS, Inc. is a Norsein Monitoring and Control Holding Company that focuses on R & D, production and marketing such as multi-dimensional sensors, twisters, etc. With its mission of “accurate perception, enabling intelligence”, the company is committed to providing high-performance, high-reliability and control solutions for industrial automation, robotics, medical equipment, aerospace, etc. The company is the main drafting unit for the group standards of the Code for Multi-dimensional/Range Sensor Testing for Man-shaped Robots.
MAIN PRODUCTS
The six-dimensional sensor uses aluminium alloy materials that allow for accurate measurements of force and rectangular in three directions at the same time, with high accuracy, sensitivity and a high resistance to interference, and is widely used in robotics, industrial automation control, biomechanical research and aerospace.
The six-dimensional sensor, using aluminium alloy materials, is capable of simultaneously accurately measuring the force and rectangular strength in three directions, with high accuracy, sensitivity and a strong resistance to interference. Extensive application in robotics, industrial automation control, biomechanical research and aerospace
The LSF6D50 series of sensors consists of sensors and cables. Sensors are made of stainless steel materials and can accurately measure the force and rectangular force in three directions. A digital signal output with high accuracy, sensitivity and a strong intervention resistance. Widely applied in the fields of robotics, industrial automation control, biomechanical research and aerospace.
Aluminium alloy materials are capable of simultaneously accurately measuring the strength and rectangularity of the three directions, with high accuracy, sensitivity and strong resistance to interference. It is widely applied in the fields of robotics, industrial automation control, biomechanical research and aerospace.
Aluminium alloy materials are sampled, capable of simultaneously accurately measuring the strength and rectangular strength of the three directions, with high accuracy, sensitivity and robust resistance to interference. It is widely applied in the fields of robotics, industrial automation control, biomechanical research and aerospace.
Aluminium alloy materials are capable of simultaneously accurately measuring the strength and rectangularity of the three directions, with high accuracy, sensitivity and strong resistance to interference. Extensive application in robotics, industrial automation control, biomechanical research and aerospace
The use of stainless steel is capable of simultaneously accurately measuring the strength and rectangularity of the three directions, with high accuracy, sensitivity and robust resistance to interference. Extensive application in robotics, industrial automation control, biomechanical research and aerospace
Aluminium alloy materials are capable of simultaneously accurately measuring the strength and rectangularity of the three directions, with high accuracy, sensitivity and a strong resistance to interference. It is widely applied in the fields of robotics, industrial automation control, biomechanical research and aerospace.
The introduction of aluminum aluminum materials, which are light and strong, can measure the twists and give flexible, safe and fine manipulation to collaborative robots. Enabling AGV chassis transfer, precision positioning of medical mechanical arm, high-dynamic server systems and industrial automated production lines to operate efficiently and reliably.
The introduction of aluminum aluminum materials, which are light and strong, can measure the twists and give flexible, safe and fine manipulation to collaborative robots. Enabling AGV chassis transfer, precision positioning of medical mechanical arm, high-dynamic server systems and industrial automated production lines to operate efficiently and reliably.
The use of stainless steel is light and strong, can measure the twister, and gives flexible and safe precision control to collaborative robots. Enabling AGV chassis transfer, precision positioning of medical mechanical arm, high-dynamic server systems and industrial automated production lines to operate efficiently and reliably.
The introduction of aluminum aluminum materials, which are light and strong, can measure the twists and give flexible, safe and fine manipulation to collaborative robots. Enabling AGV chassis transfer, precision positioning of medical mechanical arm, high-dynamic server systems and industrial automated production lines to operate efficiently and reliably.
The introduction of aluminum aluminum materials, which are light and strong, can measure the twists and give flexible, safe and fine manipulation to collaborative robots. Enabling AGV chassis transfer, precision positioning of medical mechanical arm, high-dynamic server systems and industrial automated production lines to operate efficiently and reliably.
The introduction of aluminum aluminum materials, which are light and strong, can measure the twists and give flexible, safe and fine manipulation to collaborative robots. Enabling AGV chassis transfer, precision positioning of medical mechanical arm, high-dynamic server systems and industrial automated production lines to operate efficiently and reliably.