Hardware
Built at the
Frontier
Our product portfolio represents the intersection of deep engineering research and real-world application intelligent hardware systems designed from first principles, built for performance, and engineered to last.
The Smart Motion Platform (SMP) is Toujie Technology’s flagship robotics development system a modular, AI-powered motion control platform designed for complex task execution in unstructured environments. Combining reinforcement learning-trained motion policies with precision control hardware, the SMP bridges the gap between research-grade AI and production-ready robotics.
AI-Trained Motion Policies
Motion behaviours trained via deep reinforcement learning in simulation and transferred to hardware enabling adaptive, generalised task solving without hand-coded trajectories.
Precision Motion Control
Cascaded PID and model predictive control running at 1kHz ensures smooth, accurate, and repeatable motion across varying payloads and environmental conditions.
Modular Task Architecture
Plug-and-play task modules allow rapid reconfiguration between pick-and-place, assembly, inspection, and manipulation tasks without hardware changes.
Real-Time Perception
Integrated depth camera and force-torque sensing provide closed-loop perception for contact-rich manipulation, obstacle avoidance, and object recognition.
The Toujie Smart Cane is a next-generation assistive medical device that transforms the humble walking cane into a sophisticated health monitoring and fall prevention platform. Equipped with a 9-axis IMU, heart rate sensor, pressure and weight sensing, and full wireless connectivity, it delivers real-time biometric intelligence to both users and clinicians.
Fall Detection & Prevention
The 9-axis IMU continuously monitors angle, rotation, and acceleration. Proprietary algorithms detect pre-fall instability patterns and alert carers via app notification before a fall occurs.
Gait & Step Analysis
Step counting, cadence, stride length estimation, and weight distribution analysis provide clinicians with objective gait data for rehabilitation monitoring and progress tracking.
Continuous Heart Rate Monitoring
PPG-based heart rate sensing via the handle grip delivers continuous cardiovascular monitoring alerting users and carers to abnormal readings in real time.
Connected Health Platform
All biometric data streams to a companion mobile app and optional clinical dashboard via WiFi/BLE enabling remote monitoring, trend analysis, and carer alerts.
The Toujie PID Precision Incubator is a dual-purpose controlled environment system engineered for medical laboratory and food processing applications. A custom-tuned PID control system maintains temperature, humidity, and CO₂ levels with exceptional precision delivering the stable, repeatable conditions demanded by cell culture, diagnostic testing, and fermentation processes alike.
Auto-Tuning PID Control
Our self-tuning PID algorithm automatically characterises the thermal dynamics of each unit and optimises P, I, and D gains achieving setpoint stability faster and with less overshoot than fixed-parameter controllers.
Dual-Use Certification
Designed and validated for both medical laboratory use (cell culture, diagnostics, reagent storage) and food processing applications (fermentation, proofing, controlled aging) within a single configurable platform.
21 CFR Part 11 Data Logging
Comprehensive environmental data logging with audit trail capability meeting FDA 21 CFR Part 11 requirements for electronic records in regulated medical and pharmaceutical environments.
Multi-Zone Uniformity
Active airflow management and multi-zone temperature sensing ensures ±0.5°C spatial uniformity across the entire chamber critical for consistent results in batch processing applications.
The Toujie AI Vision Inspector is an inline quality control system that brings enterprise-grade computer vision inspection to production lines of any scale. Powered by custom-trained deep learning models running on dedicated edge hardware, it detects surface defects, dimensional anomalies, and assembly errors in real time with no cloud dependency and sub-50ms inference latency.
Custom Model Training
Models are trained on your specific products and defect types not generic datasets ensuring maximum accuracy for your production environment from day one.
Air-Gapped Edge Operation
Fully offline operation with no cloud dependency all inference runs on dedicated edge hardware at the line, with local data storage and optional MES integration.
The Toujie AMR Platform is a configurable autonomous mobile robot base engineered for warehouse, manufacturing, and logistics environments. Built on a LiDAR SLAM navigation stack with dynamic obstacle avoidance, it operates safely alongside human workers and integrates natively with WMS and MES systems for fully automated material flow management.
LiDAR SLAM Navigation
Multi-layer LiDAR SLAM with dynamic map updating enables reliable autonomous navigation in changing environments no reflectors, no floor modifications required.
Fleet Coordination
Central fleet management software coordinates multi-robot deployments with traffic management, task allocation, and real-time performance dashboards for operations teams.
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