SpaceDicon delivered an Integrated Robot to a University in Shandong

Recently, SpaceDicon, a subsidiary of MSTN Group, successfully delivered a self-developed "3D Printing/Transportation Integrated Construction Robot" to a University in Shandong. This delivery marked a significant milestone in the company's application of academic and research scenarios, while also demonstrating SpaceDicon's strong capabilities in customized R&D and systematic training support within the field of construction robotics.

This robot integrates high-precision 3D printing with intelligent material handling, capable of automatically completing the printing of concrete and other construction materials as well as component transportation based on pre-set architectural models, achieving automated transition from digital design to physical construction. To fully align with the unique needs of universities in scientific research innovation and teaching practice, SpaceDicon’s Technology team has conducted in-depth customized development of the robot's software control system, print head adaptability, and user interface, making it more suitable for teaching demonstrations, research experiments, and innovative architectural form studies.

Core technology customization capability to meet diverse scenario requirements

SpaceDicon is always committed to providing highly adaptable intelligent construction solutions for customers in different fields. The delivery of robots to universities this time fully demonstrates the company's customized capabilities in the following areas:

1. Flexible configuration of functional modules: Core parameters such as printing accuracy, speed, and handling load can be flexibly adjusted according to the different needs of customers who focus on scientific research or practical training.

2. Collaborative optimization of software and hardware: In order to match the existing laboratory environment and teaching software of universities, the team has carried out targeted optimization of the robot's communication protocol, data interface, and security protection system.

3. Material and process adaptation: Support customers to print and test various new building materials, providing a reliable hardware platform for academic research.

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