B065 Educational Robot Disassembly & Assembly Training Workbench
Integrated Industrial Robot Training Workstation
Robot Disassembly, Assembly & Commissioning Training Workbench
Industrial Robot Special-Shaped Pin Insertion Training Workstation
EV Motor Drive System Disassembly Bench
EV Electronic Control System Disassembly Bench
EV Drive Motor Cutaway Training Bench
Powertrain Inspection Training Bench
Drive Motor Maintenance Training Bench
Powertrain Controller Maintenance Training Bench
EV Battery Management System Training Bench
EV High-Voltage Control System Training Bench
Interactive Battery Management Training Bench
Complete EV High-Voltage System Wall Trainer
Traction Battery Assembly & Testing Workstation
EV Auxiliary High-Voltage Testing Bench
AC EV Charging Station System Training Bench
EV Charging Station Performance Testing Workbench
EV Air Conditioning System Training Bench
EV Electric Power Steering System Training Bench
EV Body Electrical System Training Bench
Interactive EV Air Conditioning System Training Bench
Interactive EV Electric Power Steering Training Bench
Interactive EV Body Electrical System Training Bench
BYD E5 Cutaway EV Structure Training Vehicle
BYD E5 Light-Cutaway Electric Vehicle Trainer
BYD E5 Cutaway Lifting Training Vehicle
EV Motor Drive System Integrated Training Bench
Interactive EV Motor Drive System Training Bench
Interactive EV High-Voltage Control System Training Bench
Complete EV Body Electrical Wall Training System
Complete EV Thermal Management Wall Training System
Advanced Reconfigurable Intelligent Manufacturing Training Workstation
Modular Smart Manufacturing, Collaborative Robotics & AI Education Platform
Product Overview
The Advanced Reconfigurable Intelligent Manufacturing Training Workstation is a comprehensive educational system combining modular smart manufacturing, artificial intelligence and collaborative robotics. Designed for vocational colleges, universities and advanced industrial automation laboratories, it allows students to assemble, program and test a wide variety of production-line configurations.
The supplier describes a complete system with two integrated experimental workbenches, two collaborative robot units, 15 intelligent manufacturing units (13 types), two independent experimental units and associated storage racks. Quick-change connections enable different modules to be installed, locked and connected to power and pneumatic supplies without complex rewiring.
By combining its manufacturing modules and collaborative robots, the system can be configured into more than 50 distinct smart-manufacturing production lines. It also supports an AI-based Gomoku (five-in-a-row) demonstration and an open-ended robotics experiment platform.
Key Features
Eight representative training modules are illustrated below. The complete supplier system includes additional units and configurations.
Six-Axis Collaborative Robot
FR3 six-axis collaborative robot with 3 kg payload, 622 mm working radius and ±0.02 mm repeatability. Supports programming, drag teaching and interchangeable tools.
Four-Axis SCARA Robot
Z-ARM 1832 four-axis SCARA collaborative robot for compact pick-and-place and assembly exercises, with 0.5 kg standard payload and 1 kg maximum payload.
Machine Vision
Industrial color camera, lighting and machine-vision software for object positioning, color recognition, defect inspection and code reading.
Flexible Vibratory Feeder
Programmable flexible feeder distributes, separates and orients workpieces for automated vision-guided handling.
Laser Engraving
Compact 5 W laser engraving module for training in personalized marking and integrated manufacturing sequences.
Vibratory Bowl Feeder
Mechanical vibratory bowl feeder continuously orients and supplies flange nuts for downstream automated processes.
Assembly & Processing
Modular assembly and processing exercises demonstrate component transfer, positioning, coordination and automated operations.
Vertical Storage
Automated vertical storage module supports warehouse handling, storage and retrieval exercises within reconfigurable production lines.
System Architecture & Training Modules
Integrated Experimental Workbenches
Two workbenches provide seven quick-install positions each. Each base integrates PLC control, computer hardware, pneumatic supply, network equipment and operator interfaces.
Six-Axis Collaborative Robot Unit
FR3 six-axis collaborative robot supporting command programming, LUA programming, drag teaching and quick-change end effectors.
Four-Axis Collaborative SCARA Unit
Z-ARM 1832 robot for high-precision educational assembly, handling and robot programming exercises.
Machine Vision Unit
Color industrial camera, illumination and vision software for positioning, recognition, inspection and automated decision-making.
Flexible Vibratory Feeding Unit
Programmable feeder that spreads, gathers and flips parts, enabling vision-assisted robotic picking.
Mechanical Vibratory Bowl Feeder
Continuous, orientation-controlled feeding of small workpieces such as flange nuts.
Laser Engraving Unit
Bluetooth-connected compact laser engraving for customized patterns and integrated marking processes.
Assembly & Processing Units
Modular assembly, handling and processing units that can be rearranged for different production scenarios.
Servo & Linear Transport Units
Servo transport and modular transfer units supporting automated material flow and station-to-station coordination.
Gantry CNC Training Unit
Gantry-type CNC training module with CNC control for manufacturing-process education.
Storage & Warehouse Units
Vertical storage, rotating storage and stacking/transfer units for smart logistics and warehouse automation.
AI & Open Robotics Platforms
An AI Gomoku platform and an open experiment unit support algorithm development and user-defined robotics exercises.
Technical Specifications
View Technical Specifications
| Product category | Advanced reconfigurable intelligent manufacturing training system |
| Complete system composition | 2 workbenches; 2 collaborative robot units; 15 manufacturing units (13 types); 2 independent experimental units; storage racks |
| Supported configurations | More than 50 smart-manufacturing line configurations |
| Input power | Single-phase AC 220 V ±10%, 50 Hz |
| Rated input power | 2000 W |
| Complete system weight | Approx. 500 kg |
| Workstation dimensions (without modules) | Approx. 1480 × 1220 × 860 mm |
| Individual workbench weight | Approx. 150 kg |
| Workbench quick-install stations | 7 |
| Safety protection | Grounding and leakage protection |
| Specified system environment | −20°C to +60°C; relative humidity ≤90% at 20°C; altitude ≤4000 m |
| PLC | Siemens S7-1214C DC/DC/DC (per supplier document) |
| PLC integrated I/O | 14 digital inputs; 10 digital outputs; 2 analog inputs |
| Workbench touch display | 10.2-inch HMI, 1024 × 600 |
| Additional display | 24-inch monitor, 1920 × 1080 |
| Four-axis robot model | Z-ARM 1832 |
| Four-axis robot rated / maximum payload | 0.5 kg / 1 kg |
| Four-axis robot repeatability | ±0.02 mm |
| Six-axis robot model | FR3 |
| Six-axis robot payload | 3 kg |
| Six-axis robot working radius | 622 mm |
| Six-axis robot repeatability | ±0.02 mm |
| Six-axis robot protection | IP54 |
| Machine vision camera resolution | 3070 × 2048 |
| Flexible feeder working voltage | DC 24 V |
| Laser engraving output | 5 W; 100 × 100 mm marking area |
| Vibratory bowl feeder diameter | Ø200 mm |
Specifications and module quantities are based on the supplied factory document. Confirm the final bill of materials, local power compatibility, included accessories and configuration before ordering.
Training Applications
- Reconfigurable smart production lines and Industry 4.0 concepts
- Four-axis and six-axis collaborative robot programming
- PLC control, sensors, electrical wiring and industrial communications
- Machine vision inspection, recognition and robot guidance
- Automated feeding, assembly, sorting and material handling
- Laser marking and CNC process demonstrations
- Warehouse automation, stacking and storage/retrieval
- Artificial intelligence experiments and open-ended robotics projects
- Mechatronics, automation and multidisciplinary skills training
Why Choose a Reconfigurable System?
Instead of requiring a dedicated machine for every training exercise, the modular architecture allows instructors to rearrange units into new layouts. The supplier describes rapid locking and simultaneous mechanical, electrical and pneumatic connection, making it practical to teach multiple production scenarios with the same core hardware.
Frequently Asked Questions
How many production lines can be configured?
The supplier describes more than 50 possible production-line configurations, depending on the selected module combination.
Does the system include both four-axis and six-axis robots?
Yes. The documented complete system includes one four-axis collaborative SCARA unit and one six-axis collaborative robot unit.
Can modules be changed without rewiring the whole platform?
The supplier describes quick-change interfaces designed to lock the module and connect electrical and pneumatic interfaces at the designated workstation positions.
Does it support machine vision and AI teaching?
Yes. The documented system includes machine-vision capabilities and an AI-based Gomoku demonstration platform.
Is every pictured module included?
The complete factory system is described with 15 intelligent-manufacturing units, two robot units and two independent experimental units. Confirm the quotation and final configuration list before purchase.
Build a Flexible Smart Manufacturing Training Laboratory
Tell us your curriculum, laboratory space, required modules and training objectives. Our team can discuss system configuration, technical documentation and a tailored quotation.
