Company Profile
Shenzhen Zhiyi Technology is a core global supplier of STEAM education and IoT, specializing in R&D and manufacturing of opensource hardware including MPU, ESP and Raspberry Pi.Robust Technology & Sound Ecosystem: Supports mainstream platforms, compatible with Arduino ecosystem, enabling braincomputer interactive intelligent control of various devices.Educationfocused Solutions: Delivers fullrange DIY kits ranging from programming to robotics practice.Fulllink Closedloop Service: Integrated design, customization and manufacturing, backed by efficient and professional aftersales support.With cuttingedge technologies and reliable services, we empower global creators and advance coordinated development of technology and education.
Main Business
Robust Technology & Complete Ecosystem / STEM & Education Products / Fullstack Onestop Service
Main Products
Description：
Flagship Product: TSCINBUNY BCI Headband PRO Our flagship braincomputer interface headband captures realtime EEG signals and translates human mental states into actionable control signals. Key Competitive Strengths Precise Biofeedback EEG Core Technology Continuously acquire brainwave data to identify focus and relaxation status, turning attention into controllable input signals. The builtin gyroscope enables accurate headposture recognition for richer interaction. Multidevice Compatible BCI Control Directly connect and drive smart vehicles, hexapod robots, robotic arms and other robotic hardware. Device response performance changes dynamically according to users realtime concentration level. Ergonomic & Comfortable Wearing Experience Adjustable head strap plus flexible metal electrodes deliver stable signal acquisition. The lightweight design enables pressurefree longtime use, perfectly fitting classroom and laboratory scenarios. Educationoriented Opensource Ecosystem Complete teaching cases and sample codes are provided. It lowers the technical threshold and makes braincomputer interface accessible for STEM education and maker innovation. Representative Application Solutions BCIDriven Robot Control Solution Control robot advance, stop and steering by brainwave concentration. Combine focus level and headposture detection to realize intuitive robot motion manipulation. Brainwave Robotic Arm Manipulation Solution Trigger grabandrelease actions of robotic arms based on mental focus intensity. Head orientation can control the moving direction of the manipulator. IoT Braincomputer Interaction Solution Control multiple IoT peripherals (LED lights, LCD screens, servos, water pumps, etc.) via EEG signals for maker handson experiments. Gamified Concentration Training System Dedicated APP embedded with multiple brainwave interactive minigames. Support both singleplayer and multiplayer modes for focus training and educational demonstration. Typical Application Scenarios STEM education, university research labs, maker projects, BCI teaching experiments.
Description：
Smart Panda Biped Robot A beginnerfriendly bionic biped robot for K12 STEM programming enlightenment, supporting blockbased coding, text programming and optional BCI mindcontrol expansion. Core Advantages Userfriendly Hardware Structure: Solderfree modular assembly with 4 highprecision MG90 servos, ultrasonic sensor and Bluetooth module. Comes in white and black versions for classroom PK activities. Dualmode Programming System: Intuitive draganddrop blockbased coding for beginners; oneclick switch to textcode view for advanced learning, helping students smoothly transition to textual programming. Rich Builtin Robot Modes: Autonomous walking, obstacle avoidance, object following, custom dance choreography. Operate via dedicated mobile APP for easy remote control. Unique BCI Mindcontrol Expansion: Compatible with our BCI Headband PRO. Robot movements can be triggered by realtime brainwave focus/relaxation signals for futuristic mindcontrol experience. Complete Teaching Resources: Full set of standardformat course documents, lesson plans and teaching cases, readytodeploy for classroom STEM courses. Typical Scenarios: K12 STEM classroom, afterschool maker activities, robot demonstration, programming enlightenment education. Overall Solution Highlights We provide onestop STEM & robotics educationresearch solutions covering BrainComputer Interface, Bionic Robot Platform, AI Vision, ROSbased Autonomous Navigation, K12 Programming Enlightenment. Abundant opensource codes, teaching cases and technical documentation are offered for educators, researchers and makers.
Description：
6DOF MasterSlave Teaching Robotic Arm Built on the mature Arduino ecosystem, this dualarm educational robotic platform consists of one master execution arm and one slave teaching arm. It is tailormade for university teaching of robotics, artificial intelligence, mechatronics and automation, and also supports independent DIY development for makers. Core Advantages Intuitive MasterSlave Teaching, Zerothreshold for Starters Fitted with highprecision linear potentiometers. The main execution arm copies movements of the teaching slave arm in realtime. Users can record, replay and loop graspingplacing operations without complex kinematics programming. Basic demonstration operations can be finished in minutes. Allmetal Servo Structure for Stable Operation Hightorque MG995 & MG90S metal gear servos are adopted. Joint metal bearings eliminate stalling and jitter. An independent powersupply circuit extends hardware service life for stable repeated motions. Fully Opensource Hardware & Software for Deep Secondary Development Complete Arduino source codes for lowerlevel controller and Python simulation programs for upperlevel host are provided. It supports standard DH kinematics model, 3D visual simulation, JSONformat motion file storage and modification. All key parameters are open for curriculum practice and maker innovation projects. Complete Teaching Materials & Professional Technical Support Full sets of training documents, operation guides and video tutorials are supplied. Professional technical team offers online aftersales support for lab and classroom deployment. Key Functional Features Realtime MasterSlave Synchronous Control: The execution arm replicates every joint movement of the teaching arm instantly. Motion Recording & Offline Loop Playback: Record motion sequences, store action groups and run tasks cyclically offline. PC Uppercomputer Simulation Control: Realize 3D kinematics simulation on PC; motion trajectories can be saved and exported. Bluetooth Mobile APP Control: Wireless operation via smartphone APP for flexible onsite classroom demonstration. Typical Scenarios: University robotics lab teaching, mechatronics & automation courses, maker education, roboticsrelated research and secondary development.
Description：
OpenSource AI Robotic Hand This advanced fivefingered bionic robotic hand is a dedicated teaching kit for highereducation AI practical training, humancomputer interaction and robot development. Powered by the STM32 main control board, it supports multiple control solutions: braincomputer control, AI visual gesture recognition, motionsensing glove control, ultrasonic trigger and mobile APP operation. Fully opensource C/C++ codes are provided, covering computervision model training, attitude calculation, braincomputer signal transmission and multiservo closedloop control for classroom practice and secondary development. Core Advantages Diversified Multimode Interaction Integrates ultrasonic trigger, motionsensing glove, APP wireless control and braincomputer interface. The optional K230 vision module adds realtime AI gesture recognition, meeting various demonstration and teaching requirements. Highperformance Antiblocking Servo Hardware Equipped with antiblocking servos with protective circuits to prevent stalling and hardware damage. The rotatable base supports 180° wideangle rotation, expanding the robots motion range. Fully Opensource for Secondary Development Supports both graphical Mixly and Clanguage programming. All hardware and software resources are open for custom modification, curriculum development and makerproject innovation. Complete Teaching & Document Resources Full sets of course materials, sourcecode examples, assembly guides and technical documents are supplied, ready for quick deployment in university labs. Key Functional Features Ultrasonic Induction Graspandrelease Contactfree automatic operation: the hand grasps when objects approach and releases when objects move away, no manual trigger needed. Motionsensing Glove Control 1:1 realtime gesture replication. The robotic hand copies finger and wrist postures captured by the wearable sensing glove. Mobile APP Control Visual Bluetooth wireless control on mobile phones. Users can independently adjust angles for each single finger. BrainComputer Interface Control Driven by EEG signals from the matched BCI headband. The robotic hand executes movements according to users focus and relaxation status. AI Visual Recognition Driven by the K230 vision module. It identifies realworld hand gestures and makes the robotic hand imitate corresponding gestures. Typical Scenarios: University AI laboratory teaching, humancomputer interaction courses, robotrelated research projects, maker education.