Interface provides robotics developers and manufacturers with load cells, torque transducers, multi-axis sensors, wireless products, and instrumentation. These solutions support various robotic types’ design, testing, and performance monitoring stages. We also offer customized sensors for OEM solutions, enabling advanced controls and enhanced safety. Interface sensors deliver the accuracy, quality, and flexibility essential for breakthrough robotic applications.
Interface Solutions for Robotic Systems and Platforms
Our sensors are used in the design and testing of robots across various industries, including: Industrial Robots such as Articulated, SCARA, Delta, Cartesian, and Collaborative Robots; Service Robots, including Medical, Logistics, Agriculture, Construction, Inspection, Security, Space, and Underwater; Consumer Robots like Household, Companion, and Educational; Humanoid Robots designed to resemble the human body; Bio-inspired Robots that mimic animals; Mobile Robots, including Autonomous Vehicles, Wheeled, Legged, Flying, and Underwater; and Fixed-Base Robots, which operate from a static position, such as robotic arms used in production, lifting, machinery, and testing
Industrial Robots
Industrial robots leverage Interface’s load cells, multi-axis sensors and torque transducers for precise joint and gripper control in sectors like automotive and aerospace. These solutions enable exact force and torque management during robotic welding, fastening, and material handling operations. For example, a 1200 Universal LowProfile Load Cell can monitor payload distribution in an automated assembly arm, ensuring consistent output over thousands of cycles.
Surgical Robots
Interface’s Mini load cells in medical robotics provide real-time force feedback for surgical and diagnostic robots. These systems demand sub-gram precision and rapid response to force changes. Interface sensors integrate into robotic instruments, helping surgeons detect subtle resistance to improve accuracy and protect patient tissues. Our sensors also enhance safety in rehabilitation robots.
Entertainment Robots
Entertainment robots, including theme park animatronics and interactive exhibits, require precise, lifelike motion and responsiveness. Interface sensors measure and fine-tune these robots’ mechanical movements, enabling creators to program realistic gestures and facial expressions. With capabilities like multi-axis force detection, Interface solutions deliver a new level of immersion and realism to robotic characters and attractions.
Autonomous Mobile Robots
Mobile robots, including autonomous vehicles and exploration rovers, depend on interface sensors for crucial navigation and environmental interaction. Load cells and multi-axis sensors monitor ground contact forcesL, oad Cell weight distribution, and collision impacts, which are essential for stable locomotion across varied terrains and safe operation around obstacles. These sensors provide precise data for path planning, obstacle avoidance, and maintaining balance, enabling reliable performance in dynamic and unpredictable environments.
