The TestBot 3D Robotic Arm, delivers unparalleled precision for actuation and touch functionalities, mimicking human interactions with remarkable accuracy. Engineered for embedded system testing, touchscreen validation, and automated pressing tasks, this robotic arm reduces testing time while maintaining high reliability.
Designed to replicate human touch with a 4-degree-of-freedom (DoF) system, the TestBot 3D Robotic Arm excels in simulating real-world interactions, such as button presses or swipe gestures on touchscreens. Its ability to perform these tasks at accelerated speeds—up to 720 degrees per second for rotational joints—cuts testing cycles significantly, enhancing productivity. With a 50mm vertical lift and a 250-gram payload capacity, it handles diverse components, ensuring compliance with standards like ISO 26262 for safety-critical applications.
The TestBot 3D Robotic Arm’s mechanical design is engineered for precision and efficiency, enabling seamless actuation and touch simulation. Its advanced kinematics and robust construction make it ideal for accelerating testing cycles across diverse applications.
Contact usFeatures three rotational joints (base, shoulder, and wrist) and one vertical linear (Z-axis) joint, enabling precise multi-axis movements to mimic human gestures like tapping or swiping.
Achieves a maximum joint angular velocity of 720 degrees/second, reducing test execution time for repetitive touchscreen and pressing tasks.
Offers a 50mm Z-axis lift for adjusting height during testing, accommodating varied device thicknesses with smooth linear motion.
Supports up to 250 grams, allowing the arm to handle small components like sensors or mobile devices with stability.
The TestBot 3D Robotic Arm excels in operational versatility and adherence to industry standards, enhancing its reliability for critical testing tasks. Its advanced functionality and compliance ensure consistent performance across safety-sensitive environments.
Equipped with a customizable end effector, it replicates human touch with accuracy, ideal for validating UI responsiveness and durability.
Aligns with embedded system standards (e.g., ISO 26262, IEC 61508), ensuring safety and reliability in critical testing scenarios.
