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Collaboration/Industrial Robots
By implanting joint torque sensors on the collaborative robot, the robot is endowed with more flexible force control ability. With the end Photon series six-axis force sensors, the collaborative robot has fine force control closer to the human arm. The end of the collaborative robot can also be equipped with Photon_AC intelligent collision avoidance unit to obtain the safety protection of collision and stop.
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Haptron Scientific: Go deep into each precision processing link, realize the intelligence of the processing process, and help realize the "digital twin" of various production and processing processes". In the field of CNC precision machining, CNC equipment with built-in PhotonOne series of large-range and high-stiffness six-dimensional force sensors has high-precision force sensing capability, realizing real-time monitoring of the workpiece machining process, realizing real-time monitoring of the machining process tools and co-construction, thus reducing the risk of failure; In the field of post-processing, all kinds of automation equipment can cooperate with Photon_FD series of intelligent floating units to realize the "unmanned and intelligent" post-processing process ".
Photon_Micro is known to be the world's smallest medical force sensor. The sensor diameter is only 6-8mm, can be integrated in all kinds of endoscopic systems and laparoscopic surgical instruments, with visual display system, can assist doctors in the process of diagnosis and treatment, monitoring the contact state between the instrument and the human body cavity, effectively improve the safety of endoscopic surgery and flexible endoscopic examination and surgery.
The Photon_Bike is one of the core sensors of the power-assisted bicycle. Through monitoring the strength of various riding states, timely and efficient riding assistance feedback is realized, and the riding experience of the power-assisted bicycle is improved from the original. On the basis of Photon_AO the vehicle torque sensor without changing the structure of the drive shaft, the sensor can sense the real-time torque on each half shaft (and traditional shaft) in real time, and directly output it to the detection system and the control system, which can reduce the actual vehicle system. The difficulty of sensing the state of the wheel end in the working state. The sensor has high accuracy and reliability, and can be used in vehicle testing and multi-motor electric vehicle electric drive control.
The PhotonG001 type constant force grinding workstation is an automatic "grinding and polishing" integrated equipment developed by Haptron Scientific for the aerospace field. Based on the breakthrough of Haptron Scientific in "visual-tactile fusion robot platform technology", it combines "Photon series multi-dimensional force/torque sensing technology based on optics", "adaptive force feedback motion control algorithm", "multi-sensor fusion perception" and other core technology modules, completed the model parts in grinding accuracy, surface roughness, detection accuracy, automation and other dimensions. The equipment has been successfully delivered to the Aviation Industry Group.