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Force and torque sensor
Static Force/Torque Transducer
Dynamic torque transducer
Micro Six Dimensional Force Sensor Photon Finger
In 2024, Haptron Scientific unveiled the Photon Finger, currently recognized as the world's smallest optically-based six-dimensional force sensor. For the first time, the size of a multi-dimensional force sensor has been reduced to the millimeter scale, overcoming the long-standing industry challenge of miniaturizing force sensors. The Photon Finger has a diameter of only 8.5mm and a thickness of 7mm. Thanks to its miniature size, it has successfully enabled the integration of a high-precision six-dimensional force sensor into robotic fingertips, addressing the critical issue of the lack of fingertip force sensing that has hindered the practical application of humanoid robots.
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Photon_micro Series Medical Force Sensor
The Photon_micro series medical force sensor is a miniature six-dimensional force sensor developed for medical scenarios and is known to be the smallest medical force sensor in the world. The sensor has a diameter of only 6-8mm and can be integrated into various endoscopic systems and laparoscopic surgical instruments. With a visual display system, it can assist doctors in the process of diagnosis and treatment and monitor the contact state between the instrument and the human body cavity.
Industrial grade six axis force sensor PhotonR40
The PhotonR40 is an industrial-grade six-axis force sensor designed for force sensing in the wrist joints of humanoid robots. Leveraging the unique structural advantages of Hualichuang Science's pioneering optical six-dimensional force sensing technology, this sensor is the first in the industry to achieve a special 10mm central through-hole design, breaking the conventional perceptions of sensor structural design across the industry. Thanks to its unique through-hole design, the PhotonR40 enables easy integration of force sensing, significantly lowering the threshold for force sensing integration in the wrist joints of humanoid robots. It offers a more user-friendly, versatile, and universally applicable solution for wrist joint force sensing in the industry.
PhotonR66 six-dimensional force sensor
The PhotonR66 sensor is the first six-dimensional force sensor independently developed by Haptron Scientific. The sensor integrates the signal processing circuit into the sensor, which is convenient for users to install and wire. Now it has been applied and verified in the fields of force control polishing, manufacturing automation, massage robot, scientific research and education.
PhotonR80 Series Six-Dimensional Force Transducer
The PhotonR80 sensor series is a six-dimensional force sensor developed for collaborative robots with a load of 3~20kg. The series of sensors can be adapted to the vast majority of collaborative robots and some small industrial robots on the market. The series of sensors are easy to install, stable and reliable, and can meet the human sense sensing needs of collaborative robots in one stop.
PhotonOne Series High Stiffness Multi-dimensional Force Transducer
PhotonOne series sensors are high-stiffness three-dimensional/six-dimensional force sensors developed for precision machining. The shape and structure of the sensors are highly customizable, with high stiffness and stable signal transmission, which can monitor the precision machining process. At this stage, the products in this series have been applied to five-axis CNC machine tools, multi-axis polishing machines and other equipment, which can effectively improve the yield of various types of precision machining and reduce the risk of equipment failure.
PhotonT Series Torque Transducer
The PhotonT series sensor is a torque sensor developed for the output torque measurement of the "motor-reducer" combination. This series of torque sensors can be adapted to various reducers (3,8,11,14,17,20,25,32,40), with high rigidity, thin thickness and high cost performance. Suitable for measuring all kinds of mechanical arm joint torque, humanoid robot wrist joint, shoulder joint, hip joint and torso parts of the torque.
PhotonMini six-dimensional force sensor
PhotonMini sensor is a high-precision small six-dimensional force sensor developed for aerospace, academic research, high-precision testing and other scenarios, with small and compact structure, good accuracy and high resolution. It can meet the needs of various high-precision testing processes.
PhotonOne_2 Series High Stiffness Multi-dimensional Force Transducer
PhotonOne_2 series sensors are high-stiffness three-dimensional/six-dimensional force sensors developed for precision machining. The shape and structure of the sensors are highly customizable, with high stiffness and stable signal transmission, which can monitor the precision machining process. At this stage, the products in this series have been applied to five-axis CNC machine tools, multi-axis polishing machines and other equipment, which can effectively improve the yield of various types of precision machining and reduce the risk of equipment failure.
Photon_Bike Bicycle Torque Sensor
The Photon_Bike sensor is a dynamic torque sensor developed for the field of power-assisted bicycles. It can be quickly customized according to the needs of different models and the structure of the five-way tube. It can record the pedaling torque and cadence at the same time. The product has high accuracy and no output in a static state., Can fully meet the requirements of cyclists for power-assisted pedaling.
Torque Sensor for Photon_AO Vehicle
Photon_AO vehicle torque sensor is a vehicle torque sensor developed for the automotive field, especially in the field of new energy electric vehicles. The sensor can sense the real-time torque on each half shaft (and traditional shaft) in real time, and the vehicle does not need to change the original drive shaft structure. The sensor has high accuracy and high reliability, and can be used in vehicle testing and multi-motor electric vehicle electric drive control In.
Photon_AC Series Intelligent anti-collision device
Photon_AC series Intelligent anti-collision device is an intelligent device integrating "real-time sensing and automatic avoidance" developed by Haptron Scientific. It can be installed between precision equipment and moving mechanism to protect high-value precision equipment such as laser head and scraper. The device can sense the contact force received at the end of the precision equipment, and the user can customize the avoidance trigger force according to the requirements. Before reaching the trigger force threshold, the overall stiffness is high, the stability is good, and the jitter for the movement process is avoided. After reaching the trigger force threshold, the avoidance trigger response speed is fast, and the stiffness can be rapidly reduced within 2ms, thus protecting the safety of the equipment. The product has been applied in the field of laser application, with high reliability and good effect.