In terms of core technology, Diana 3 is equipped with joint force control technology, which can accurately perceive and control the torque applied by each joint in the state of motion, so that the robot has more sensitive haptic feedback and can achieve more accurate force control. In addition, the controlled force can be freely adjusted according to different task modes to meet the needs of different application scenarios.

In the Diana 3 released this time, Siling added AgileCore, an intelligent robot operating system developed by Siling, without developing complex programming schemes, just telling the robot the tasks it needs to complete, and the robot will generate execution steps on its own to complete the next operation process, greatly improving work efficiency. In addition to being used in manufacturing, Diana 3 is also suitable for commercial service scenarios.

Compact space best solution Thor series 4 new products maximum load 12kg

3C electronic manufacturing, automobile manufacturing, batteries and other industrial fields use intensive multi-station task applications, ordinary robots are difficult to play in the limited narrow space, and industrial production lines are difficult to adjust in terms of length and density. This is a great test of the robot’s ability to operate flexibly in the narrow space at the end.

In order to meet the needs of industrial scenes in compact space, Siling launched four new products of Thor series, including Thor3, Thor7, Thor12 and high-precision force control Thor7 Pro. It covers the needs of light and medium loads and different arm spans, and is suitable for a variety of application scenarios.

In terms of carrying weight, the Thor3 robot is aimed at small assembly scenarios, with 3kg load capacity, smaller size, more flexible operating space, and can be easily placed on the desktop for use. Thor7 can meet the load capacity of 7kg, more extensive application scenarios, suitable for loading and unloading, assembly and other links. In terms of large loads, Siling also launched the Thor12 robot, which has a high load capacity of 12kg and a longer arm span, and has comprehensive

FCP270 P0917YZ

application capabilities of handling, assembly and palletizing.

In order to meet the needs of high-precision production scenarios in compact space such as grinding, fine assembly and constant force control, Thor series has been comprehensively upgraded and Thor7 Pro product has been launched. The biggest feature of this product is that it is equipped with 6-DOF joint force control technology, has smaller dead weight and small-diameter base, occupies a smaller area, and can realize fast and flexible layout in compact scenarios. In terms of performance, the Thor7 Pro has TCP speeds up to 2.5m/s and is equipped with a high-precision torque sensor that gives it an accuracy of 0.5N. In addition, Thor7 Pro is equipped with variable damping and stiffness to meet different task scenarios such as grinding and assembly. In terms of safety, Thor7 Pro is equipped with highly sensitive collision detection and motion control intelligent algorithm capabilities to achieve extreme safety and sensitivity.

In terms of compact space and large load, Thor series will also launch Thor20 products in the future, which can meet the requirements of 20kg large load and adapt to the pipeline scenarios with higher loads such as handling and palletizing.

Summary and future:

According to the data released by the 2023 World Robot Conference, the operating income of China’s robot industry will exceed 170 billion yuan in 2022, continuing to maintain double-digit growth. The application of robot market is accelerating, and the installed capacity of industrial robots will account for more than 50% of the world’s total in 2022, ranking the world’s largest market. In the next step, we will further promote the “robot +” application action, strengthen the landing application in the subdivision field, and accelerate the popularization and promotion of mature scenes.

With the acceleration of the popularity of robots in the industrial production line, the future structural labor shortage will be further alleviated, and when the general market competition accelerates, the breakthrough in the field of segmentation is the starting point for the next market increase of industrial robots. The release of Diana 3 and Thor series has effectively solved the problem of intensive multi-station robot collaboration and accurate force control in dealing with complex tasks in the fields of 3C electronic manufacturing and automobile manufacturing. In the segmented and differentiated scenarios, Siling robots will better enable intelligent manufacturing.