From June 10 to 12, 2026, the 2026 South China International Industrial Expo was successfully held at the Shenzhen International Convention and Exhibition Center (Baoan New Hall).
With the theme of “Reshaping Industrial Boundaries with Ultimate Drive and Control”, Gotronic Motion Control will appear at this exhibition with many core products and solutions.
During the three-day exhibition, Gotron’s booth attracted many professional visitors, industry experts and partners to stop and communicate, fully demonstrating Gotron’s technology accumulation and solution implementation capabilities in the field of motion control.
Gaochuang brought five core exhibits this time to build a full-scenario operation control matrix.
The first is the smartPX multi-axis drive and control integrated machine + PH3 robot application solution.
In response to the complex production needs of SCARA, Delta, collaborative and palletizing robots in the fields of 3C electronics, precision assembly, new energy and other fields, Gotronics has launched an integrated drive and control solution.
smartPX has a variety of built-in robot control models, which can complete core control without the need for additional motion controllers. At the same time, it uses embedded motion control to eliminate communication delays and achieve multi-axis high-speed and high-precision interpolation.
Its intelligent tuning technology is based on frequency domain analysis and reciprocating motion self-tuning, which greatly shortens the on-site debugging cycle; multi-mode vibration suppression (field weakening control, vibration suppression, intelligent gain switching) and integrated safety protection and collision detection functions ensure the safety of human-machine collaborative operations.
Cloud-based operation and maintenance combined with web-based debugging tools and AI cloud services, as well as the ability to support 2-channel conveyor belt tracking, allow the robot to cope with complex production rhythms more “smartly”.
The LVD2 low-voltage servo driver is an extremely compact driver in the palm of your hand. It is designed for space-sensitive scenarios such as ZR, optical communications and other pan-semiconductor precision equipment. It can be easily “hidden” in the smallest corners of the equipment, releasing structural design freedom.
It covers 12-48VDC wide voltage input, supports EtherCAT high-speed real-time communication, and is compatible with various low-voltage motor types such as DC brush motors, brushless motors, voice coil motors, linear motors, and stepper motors. It also provides open-loop and closed-loop stepper control modes to flexibly adapt to different accuracy requirements.
LDHD2 – high-voltage high-performance servo driver suitable for heavy-duty, high-speed applications such as lithium batteries and photovoltaics.
It releases strong power in a compact body, with a width of only 100mm but can output a continuous current of 24A, and has 3 times overload capacity (peak value 54A/72A), which can easily cope with sudden loads.
It comes standard with dual-channel STO safe torque off, supports BissC and incremental encoder seamless compatibility, and the interface is fully compatible with the CDHD2S ecosystem, making it easy to upgrade.
The mature control architecture allows for zero-threshold debugging, guarantees millisecond-level response of equipment under harsh working conditions, and achieves a comprehensive evolution of small size and high power.
The hollow motor adopts a through-type rotor design, which facilitates central tube and lead insertion, greatly simplifies the internal wiring structure of the equipment, and improves safety and reliability.
At the same time, it has the characteristics of low inertia and high torque, and is especially suitable for semiconductor processing and testing equipment with high response and high cycle requirements, achieving a balance between compact structure and dynamic performance.
The BD3E rotary servo system was launched to meet the dual requirements of fast setting and safe operation of precision processing, mounting, testing and other equipment.
Its intelligent parameter tuning is based on the frequency domain analysis of the mechanical model. The tuning process has small displacement and no vibration, which avoids damage to the material. The expert mode supports HDM frequency sweep modeling, making the control more accurate.
The hardware adopts a hidden encoder battery compartment and strong and weak current separation design to significantly reduce EMC failures; the built-in open-loop force control function realizes collision detection and pressure holding control to improve safety.
The 400W model can optionally have a built-in regenerative resistor to reduce the space in the electrical cabinet. Together with the six-button comfortable control panel, the machine can be adjusted more efficiently and used safer.
Currently, AI technology is accelerating from the cloud to the forefront of industrial control.
Through this exhibition, Gaochuang Motion Control has delivered three levels of value to the industry.
In terms of technical depth, advanced algorithms such as AI cloud services, frequency domain analysis and tuning, and multi-mode vibration suppression are integrated into servo products to enable the drive control system to have self-sensing, self-tuning, and self-diagnosis capabilities, and promote the evolution of motion control from “precise execution” to “intelligent decision-making.”
In terms of scenario breadth, it provides a complete product spectrum from low voltage to high voltage, from single-axis to multi-axis drive and control, covering core industrial scenarios such as robots, lithium battery equipment, and automated production lines to meet the differentiated needs of different industries for operation and control performance and reliability.
In terms of pragmatism and responsibility, Gotronics has always adhered to intelligent thinking, with stable product performance, complete debugging tools and implementable solutions to help customers reduce the difficulty of system integration, improve the overall efficiency of equipment, and fulfill the promise of “extreme drive control” in real production environments.
The 2026 South China Industry Fair has come to a successful conclusion, but the exploration of “reshaping industrial boundaries with extreme control” continues.
Gotronics will continue to develop core motion control technologies, promote the deep integration of AI and motion control, and provide smarter, more reliable, and easier-to-use solutions for high-end equipment.
