Custom Research Equipment

We are dedicated to being your core equipment partner throughout the entire research lifecycle. Our customized solutions span the following cutting-edge academic and engineering domains, designed to provide comprehensive support for your specific projects—from proof-of-concept to process implementation.

Core Academic / Engineering Domain

Humanoid Robot Research Platform

Supports dynamic obstacle avoidance and path planning, adapts to complex environments, features multi-object recognition, and provides SDK and API interfaces for convenient secondary development and customization.

UAV Development Platform

The R&D platform features custom development capability, compatibility with the PX4 autopilot architecture and ROS programming environment, and provides comprehensive, user-friendly, and well-structured programming interfaces to facilitate tailored development based on user requirements.

Industrial Robot Laser-Guided Welding Workstation

Researchers can utilize this platform to conduct in-depth studies on laser identification and positioning technology, aiming to explore more precise and stable positioning methods. Furthermore, they can investigate the impact of various process parameters on welding quality during automated welding. This research serves to optimize the welding process and identify methods for improving welding efficiency.

Intelligent Multi-material Metal Additive Manufacturing and Online Inspection Platform

How to real-time, accurately correlate and optimize the complex process parameters of metal 3D printing with the final component performance, thereby addressing the challenges of traditional methods that rely on "trial and error," have a narrow process window, and suffer from significant performance variations.

Visual Inspection Platform: A Comprehensive R&D Solution

This Visual Inspection Platform is engineered as a fully integrated, research-grade system dedicated to advancing the frontiers of machine vision technology. It provides researchers and engineers with a robust, hardware-complete foundation to develop, test, and validate next-generation algorithms and applications.

The Molecular Diagnostic Line Research Platform

It is an infrastructure for a systematic research methodology. It liberates researchers from repetitive manual tasks, allowing them to focus on experimental design, in-depth data analysis, and scientific discovery itself. By providing high-throughput, standardized, and traceable solutions, this platform can significantly enhance the quality, speed, and scale of research project outputs.

Why Choose to Co-Create With Us?

Deep Understanding, Not Mere Execution: We invest time in deeply understanding the “why” behind your research to design solutions that truly fit the goal, not just mechanically meet a specification list.
Engineering Delivery, Ensuring Certainty: We employ engineering processes featuring modular design, agile development, and rigorous testing to ensure transparent progress, reliable outcomes, and complete data.
Asset Accumulation, Long-term Empowerment: We deliver not just a system, but structured data, reusable modules, and complete technical documentation, continuously empowering your lab’s future research.

Ready to transform your scientific vision into technological reality?