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Mechatronics Lab Robot Trainer Teaching Equipment Vocational Training Equipment

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Training & Industrial Automation Simulation: Equipped with a six-axis robotic arm and gripper end effector, the system enables hands-on training in precision object manipulation, assembly, and material handling tasks.
  • Modular Design for Customization: The aluminum frame allows flexible configuration to adapt to diverse educational or industrial workflows, supporting scalability and scenario-specific adjustments.

Key features

  • 1. Corrosion-Resistant Aluminum Frame

  • With a corrosion-resistant aluminum frame, ensure durability and lightweight portability while maintaining structural integrity. The modular design allows for easy reconfiguration, offering 30% faster setup compared to fixed systems*

  • 2. Intuitive Touchscreen Interface

  • With an interactive touchscreen interface, program precise movements and presets effortlessly, reducing training time by up to 40% compared to button-based controls*

  • 3. Six-Axis Precision Engineering

  • With a six-axis robotic arm, achieve 0.1mm accuracy in complex tasks, outperforming four-axis systems in versatility for assembly, material handling, and educational demonstrations*

  • 4. Modular Adaptability for Diverse Scenarios

  • With a modular frame and customizable components, adapt to 80% more training scenarios than non-modular systems, supporting both industrial simulation and classroom experiments*

  • 5. Safety-Certified Design

  • With a safety cage compliant with industrial safety standards (e.g., ISO 13855), ensure operator protection in educational environments while enabling continuous operation*

Product details

Mechatronics Lab Robot Trainer Teaching Equipment Vocational Training Equipment

The Mechatronics Lab Robot Trainer is a versatile vocational training system designed for educational and laboratory environments. Built with an aluminum modular frame and a six-axis robotic arm, it combines precision engineering with safety features like a protective cage and mobile base. Ideal for teaching robotics programming, automation, and mechanical design, this equipment adapts to diverse training needs through customizable configurations.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialAluminum frame with modular designLightweight yet durable for lab setups
Robotic Arm6-axis motion with gripper end effectorAssembly, material handling, precision tasks
SafetyYellow mesh safety cageOperator protection during operation
MobilityWheeled base with locking castersEasy repositioning in dynamic classrooms
Control SystemTouchscreen interface + programmableTeaching programming and automation

Customization guide

Adjustable parameters include:

  • Modular frame extensions to customize workspace dimensions
  • End effector swaps (e.g., grippers, tools) for task-specific training
  • Software interfaces (e.g., Python/ROS integration) for advanced users

Get inspired

Train the next generation of engineers with a system that balances safety, precision, and adaptability. Whether simulating industrial assembly lines or exploring robotics fundamentals, this trainer empowers learners to master real-world automation challenges.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Payload Capacity2kg3kg (+50%)5kg (+150%)*
Degrees of Freedom6-axis7-axis (enhanced)7-axis + wrist rotation (premium)
Control InterfaceBasic touchscreenProgrammable SDKIndustrial-grade PLC
Safety FeaturesStandard cageEmergency stop + sensorsDual-layer safety system

Supplier's note

  1. Technical Breakthroughs:

    • 6-axis precision: Enables complex assembly tasks with ±0.1mm accuracy, surpassing basic 4-axis trainers.
    • Modular design: Reduces downtime by 30% compared to fixed systems when reconfiguring labs.
    • Dual-layer safety: The Pro model’s pressure-sensitive cage and motion sensors exceed OSHA safety standards.
  2. Version Selection Guide:

    • Base Model: Ideal for introductory courses needing cost-effective, foundational training.
    • Advanced Model: Suitable for engineering programs requiring programmable logic and intermediate payload handling.
    • Pro Model: Best for vocational institutes preparing students for industrial automation roles. Its 5kg payload and industrial PLC interface mirror real-world factory setups, ensuring graduates are job-ready.

*Pro Model payload capacity exceeds industry benchmarks by 150% for heavy-duty training scenarios.

Frequently asked questions

  • Which robotic arm model is best for vocational training labs?

  • How do I maintain the robotic arm’s safety cage and moving parts?

  • Why is the frame made of aluminum instead of steel for educational robotic arms?

  • Can the robotic arm system be customized for specific training needs?

  • Is the robotic arm system compliant with educational safety standards?

  • What tasks can this robotic arm perform in a mechatronics lab?

  • How is this robotic arm designed for educational purposes?

  • Can the gripper end effector be replaced with other tools?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material QualityLab equipment durabilityIndustry: Steel (ASTM A36); Our Base: Aluminum (EN AW-6061) ▲; Advanced: Aluminum + carbon fiber (▲▲ 20% stronger)Lighter weight reduces strain on lab space; corrosion-resistant.Advanced version requires specialized maintenance.
Safety FeaturesHigh-risk training environmentsIndustry: Basic cage (OSHA); Our Base: Yellow mesh cage (IP65 rated ▲); Advanced: + laser sensors (▲▲ collision detection)Dust/water resistance and collision prevention enhance safety.Advanced sensors increase upfront cost.
MobilityReconfigurable lab setupsIndustry: Fixed base; Our Base: Wheels with locks (ISO 7094 ▲); Advanced: Motorized mobility (▲▲ autonomous)Easy relocation; motorized version automates positioning.Motorized systems need frequent software updates.
ModularityCustomizable training programsIndustry: Limited modules; Our Base: 3+ modules (ISO 9001 ▲); Advanced: 5+ modules + quick-connect (▲▲)Adapts to diverse curricula; quick-connect reduces assembly time.Advanced requires training for complex configurations.
PrecisionAdvanced robotics trainingIndustry: 4-axis arms; Our Base: 6-axis (ISO 9283 ▲); Advanced: 7-axis + 0.02mm accuracy (▲▲)Handles complex tasks like micro-assembly; high dexterity.Steeper learning curve for instructors.
Control InterfaceUser-friendly operationIndustry: Basic buttons; Our Base: Touchscreen (IEC 60912 ▲); Advanced: Voice/gesture control (▲▲)Intuitive drag-and-drop for students; gesture control boosts engagement.Advanced interfaces may lag in low-light conditions.

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