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Industrial Robot Multifunctional Training Workstation
Advanced Industrial Robotics Training for Programming,
PLC Control and Integrated Manufacturing Applications
Product Overview
The Industrial Robot Multifunctional Training Workstation
is an advanced educational platform designed for vocational
colleges, technical institutes, industrial automation
laboratories and professional skills training centers.
Built around the BRTIRUS0707A six-axis articulated
industrial robot, the workstation integrates multiple
industrial application modules on one operating platform.
These modules simulate material handling, sorting,
palletizing, polishing, grinding, assembly, dispensing,
stamping and automated machine loading operations.
Students develop practical skills in robot operation,
programming, TCP calibration, PLC control, electrical
integration and coordinated automation processes.
The platform is also suitable for practical skills
assessments and industrial robotics competitions.
7 kg rated payload
700 mm working radius
±0.05 mm repeat positioning accuracy
8-inch touchscreen teach pendant
PLC control and electrical integration
Multiple industrial training modules
Advanced skills competition training
Key Features
The multifunctional workstation combines robotic
handling, palletizing, conveyor automation, tool
calibration and simulated manufacturing processes
for practical industrial robotics education.
Material Handling & Sorting
Practice robotic pick-and-place operations,
workpiece transfer and nine-position sorting.
Develop robot teaching, positioning and
gripper selection skills.
Palletizing Module
Simulate automated stacking, palletizing
and warehouse material handling.
Practice different palletizing patterns,
programmed positioning and storage sequences.
Conveyor Automation
Learn automated material transportation,
robot-conveyor coordination, workpiece
classification and integrated production
sequence control.
TCP & Tool Training
Develop skills in Tool Center Point
calibration, tool positioning, robot
teaching and end-effector selection
for precise automation operations.
Polishing & Grinding
Simulate industrial surface-finishing
operations with grinding and polishing
modules. Practice trajectory programming
and automated finishing sequences.
Integrated Training Modules
The workstation provides multiple industrial
automation training modules that support
practical programming and system integration.
Six-Axis Industrial Robot
BRTIRUS0707A articulated industrial robot with
7 kg payload, 700 mm working radius and
±0.05 mm repeat positioning accuracy.
Supports robot teaching, programming,
material handling and assembly exercises.
Main Workstation & Operation Panel
1600 × 1200 × 900 mm industrial aluminum-profile
frame with powder-coated sheet-metal panels,
caster wheels, power indicators and buzzer.
Material Handling & Sorting
Material placement platform supporting robotic
loading and unloading, point teaching,
nine-position sorting and different
workpiece handling methods.
Three-Level Palletizing Warehouse
Three-level storage structure for practicing
automated stacking, palletizing patterns,
workpiece placement and warehouse operations.
Conveyor & Production Line
Automated conveyor module for material
transportation, robot coordination,
workpiece sorting and simulated production
line operations.
TCP Calibration & Tool Rack
Dedicated reference points for TCP calibration
and positioning, together with tool storage
for different robotic end effectors.
Geometric Trajectory Training
Replaceable training template with rectangles,
triangles, circles, arcs and other paths.
A writing tool simulates dispensing-related
trajectory programming.
Simulated Stamping
Practice robotic workpiece loading and
unloading around a simulated stamping
mechanism and learn automated process sequences.
Polishing & Grinding
Training module representing grinding wheels,
polishing wheels and abrasive-belt processes
for simulated robotic surface finishing.
Assembly & Dispensing
Simulate secondary positioning,
shaft-and-hole assembly, component
combination and adhesive dispensing trajectories.
Machining Center Simulation
Practice robot-assisted loading and unloading,
workpiece positioning and insert placement
for simulated machining applications.
Robot Gripper & Tooling
Multi-position tooling supporting mechanical
gripping and suction-based workpiece handling.
Learn tool selection and introductory
end-effector development.
PLC Control & HMI
PLC control with 24 inputs and 24 outputs,
expandable I/O, positioning instructions
and RS-232, RS-485 and RS-422 communication.
Robot Controller & Teach Pendant
Integrated robot and servo control system
with data communication and hardware interfaces.
Portable 8-inch touchscreen teach pendant
for robot operation and programming.
Technical Specifications
View Technical Specifications
| Product Type | Industrial Robot Multifunctional Training Workstation |
| Training Level | Advanced |
| Robot Model | BRTIRUS0707A |
| Robot Configuration | Six-axis articulated robot |
| Degrees of Freedom | 6 |
| Rated Wrist Payload | 7 kg |
| Maximum Wrist Payload | 7 kg |
| Maximum Working Radius | 700 mm |
| Repeat Positioning Accuracy | ±0.05 mm |
| Robot Body Weight | 70 kg |
| Operating Temperature | 0–40°C |
| J1 Maximum Speed | 370°/s |
| J2 Maximum Speed | 370°/s |
| J3 Maximum Speed | 430°/s |
| J4 Maximum Speed | 300°/s |
| J5 Maximum Speed | 460°/s |
| J6 Maximum Speed | 600°/s |
| J1 Motion Range | ±170° |
| J2 Motion Range | ±110° |
| J3 Motion Range | +40° / −220° |
| J4 Motion Range | ±185° |
| J5 Motion Range | ±120° |
| J6 Motion Range | ±360° |
| J5 Maximum Allowable Torque | 35 Nm |
| J6 Maximum Allowable Torque | 24 Nm |
| Workstation Dimensions | 1600 × 1200 × 900 mm |
| Frame Construction | Industrial aluminum profiles |
| Surface Treatment | Powder-coated sheet metal |
| Mobility | Caster wheels |
| Teach Pendant | 8-inch color touchscreen |
| PLC Digital Inputs | 24 points |
| PLC Digital Outputs | 24 points |
| Maximum Expanded I/O | 128 points |
| PLC Program Memory | 8000 steps |
| PLC Pulse Outputs | 2 × 100 kHz |
| PLC Communication | RS-232 / RS-485 / RS-422 |
| Teaching Resources | Instruction manual |
Specifications are based on supplier documentation.
A separate joint-speed table contains different
J1–J5 values. Please confirm final speed ratings
and included module configurations before ordering.
Training Applications
- Industrial Robot Programming: Robot teaching, manual operation, positioning, programming and commissioning.
- PLC & Electrical Control: PLC programming, electrical wiring, I/O communication and robot-controller integration.
- Material Handling & Sorting: Automated pickup, transfer, sorting and workpiece positioning.
- Palletizing & Warehousing: Automated stacking, storage, retrieval and warehouse simulation.
- TCP & Trajectory Programming: Tool calibration, geometric path programming and end-effector selection.
- Simulated Manufacturing: Stamping, polishing, grinding, assembly, dispensing and machining-center loading.
- Integrated Automation: Coordination of robots, PLCs, sensors, pneumatic devices and production modules.
- Skills Assessment: Practical robotics examinations and industrial automation skills competitions.
Suitable For
Vocational & Technical Colleges
Advanced industrial robotics and manufacturing automation education.
Industrial Automation Laboratories
Hands-on training in PLC integration, robot control and coordinated manufacturing processes.
Mechatronics & Engineering Programs
Integrated education in robotics, electrical control, sensors and pneumatics.
Skills Competition Centers
Robotics skills assessment, practical examinations and competition preparation.
Frequently Asked Questions
What is the main purpose of this workstation?
It provides advanced industrial robotics training
covering programming, PLC control, material handling,
palletizing and simulated manufacturing applications.
Which industrial robot is used?
The workstation uses the BRTIRUS0707A six-axis
industrial robot with 7 kg payload, 700 mm working
radius and ±0.05 mm repeat positioning accuracy.
Does the workstation include PLC training?
Yes. The documented PLC supports 24 inputs and
24 outputs, expandable I/O, positioning instructions
and multiple communication interfaces.
Can students practice multiple industrial processes?
Yes. The workstation includes modules representing
handling, sorting, palletizing, stamping, polishing,
grinding, assembly, dispensing and machine loading.
Does the workstation perform actual machining?
The documented manufacturing modules are intended
for educational simulation. Actual industrial
metal-cutting or full-scale machining capabilities
are not specified.
Is the workstation suitable for skills competitions?
Yes. The supplier describes the workstation
as suitable for practical robotics skills
assessment and industrial robot competitions.
Can I request a customized configuration?
Contact Outdevice to discuss your training objectives,
robot specifications, module selection and quotation.
Upgrade Your Robotics Training Laboratory
Equip your training facility with an advanced
multifunctional industrial robot workstation.
Contact our team for technical specifications,
module configurations and a customized quotation.
