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  • 6 DOF Arm Mechanical Robotic Arm Clamp Claw Mount Kit Aluminium Robot for Arduino Robotics Kits
  • 6 DOF Arm Mechanical Robotic Arm Clamp Claw Mount Kit Aluminium Robot for Arduino Robotics Kits
  • 6 DOF Arm Mechanical Robotic Arm Clamp Claw Mount Kit Aluminium Robot for Arduino Robotics Kits
  • 6 DOF Arm Mechanical Robotic Arm Clamp Claw Mount Kit Aluminium Robot for Arduino Robotics Kits
  • 6 DOF Arm Mechanical Robotic Arm Clamp Claw Mount Kit Aluminium Robot for Arduino Robotics Kits
  • 6 DOF Arm Mechanical Robotic Arm Clamp Claw Mount Kit Aluminium Robot for Arduino Robotics Kits
6 DOF Arm Mechanical Robotic Arm Clamp Claw Mount Kit Aluminium Robot for Arduino Robotics Kits
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6 DOF Arm Mechanical Robotic Arm Clamp Claw Mount Kit Aluminium Robot for Arduino Robotics Kits

  • 1 - 19 Sets
    $25.50
  • 20 - 99 Sets
    $23.80
  • >= 100 Sets
    $22.10

Customization:

Customized packaging(Min.Order: 1000 pieces)
Customized logo(Min.Order: 1000 pieces)
Graphic customization(Min.Order: 1000 pieces)

6 DOF Arm Mechanical Robotic Arm Clamp Claw Mount Kit Aluminium Robot for Arduino Robotics Kits

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • 6-Axis Precision Movement: Equipped with servo motors and six degrees of freedom, enabling precise and versatile motion for tasks like assembly, material handling, and prototyping.
  • Clamp Claw Gripping: Designed with a robust clamp claw for secure object manipulation, ideal for automation and robotics projects.

Key features

  • 1. Material Technology

  • With a corrosion-resistant aluminum alloy frame, ensure durability and strength for heavy loads and long-term use.

  • 2. Interactive Design

  • With servo motors and customizable mounting options, enable precise joint control and adaptability for diverse projects.

  • 3. Performance Parameters

  • With 6-axis movement capability, achieve complex tasks requiring six independent directions of motion.

  • 4. Scenario Solutions

  • Designed for compact spaces and educational use, ideal for DIY robotics projects, prototyping, or small-scale automation.

  • 5. Certification Standards

  • With Arduino compatibility, adhere to open-source robotics standards for seamless integration with global maker communities.

Product details

6 DOF Arm Mechanical Robotic Arm Clamp Claw Mount Kit Aluminium Robot for Arduino Robotics Kits

The 6 DOF Arm Mechanical Robotic Arm Clamp Claw Mount Kit is a versatile aluminum-based robotic system designed for Arduino integration. Its 6-axis configuration, servo-driven joints, and customizable mounting options make it ideal for educational projects, prototyping, and light industrial automation. Built with durable metal components and a compact design, it balances precision, adaptability, and ease of use for makers and engineers.

Technical specifications

FeatureSpecificationBenefit
MaterialAluminum and steel frame, metal jointsHigh durability and load-bearing capability
Degrees of Freedom6-axis movementPrecision control for complex tasks
ActuatorsServo motors with positional accuracyRepeatable, reliable motion for automation
CustomizationMounting holes on base and jointsAdaptable to project-specific configurations
CompatibilityArduino-based programming interfaceSeamless integration with open-source tools
DesignCompact, industrial-grade buildFits confined spaces and rugged environments

Customization guide

Adjustable mounting points and joint configurations allow users to tailor the arm’s reach, orientation, or payload capacity to meet specific project needs. For example, adding sensors or end-effectors (e.g., grippers, cameras) via the modular joints enhances functionality for robotics competitions or industrial prototyping.

Get inspired

Whether you’re building an automated assembly line for a small workshop or designing a research project for a university lab, this robotic arm provides the flexibility to innovate. Its open architecture and Arduino compatibility make it a gateway to advanced robotics experimentation.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Payload Capacity1.5 kg2.5 kg (+67%)4.0 kg (+167%)
Servo Torque35 kg·cm50 kg·cm (+43%)75 kg·cm (+114%)
Programming InterfaceArduino UNOArduino Mega + GUIArduino Mega + ROS support
CertificationBasic safety ratingIP54 dust/waterproofIP67 industrial-grade

Supplier's note

  1. Three Technical Breakthroughs:

    • 6-axis precision: Enables complex movements (e.g., welding, pick-and-place) that 4-axis arms cannot achieve.
    • Servo motor reliability: With positional accuracy ±0.1°, it outperforms cheaper stepper motor systems in repetitive tasks.
    • Arduino ecosystem integration: Users can leverage thousands of pre-built libraries, reducing development time by up to 40%.
  2. Optimal Version Selection:

    • Base Model: Ideal for educators and hobbyists needing affordability and simplicity (e.g., classroom demonstrations).
    • Advanced Model: Targets prototypers requiring GUI-driven control and moderate payload handling (e.g., small assembly lines).
    • Pro Model: Designed for industrial users who demand IP67 durability and ROS compatibility for collaborative robotics applications.

With the Pro Model’s 75 kg·cm torque, you can handle heavy payloads in warehouses, while its ROS support enables seamless integration with AI-driven systems. The Base Model’s lightweight design, paired with Arduino UNO, ensures accessibility for beginners learning robotics fundamentals.

Frequently asked questions

  • Which 6 DOF robotic arm is best suited for Arduino-based educational projects?

  • How do I clean and maintain the joints of a metal robotic arm kit?

  • Why is aluminum preferred over plastic in robotic arm construction?

  • Can I add custom sensors to the robotic arm's mounting plate?

  • Is this robotic arm kit compatible with Arduino UNO and other microcontrollers?

  • What tasks can a 6-axis robotic arm perform in maker projects?

  • How does the compact design of this robotic arm benefit workspace efficiency?

  • Does the robotic arm’s material meet industrial durability standards?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Entry-Level Educational KitsSchools, beginners, basic robotics courses4-axis design (ISO 9001), plastic frame (ASTM D638)Cost-effective, easy assembly, ideal for foundational learningLimited versatility (▲▲ behind advanced kits), lightweight but less durable
Advanced Maker KitsMaker spaces, prototyping, STEM projects6-axis ▲▲ (Industry Standard: 4-axis), aluminum frame (ASTM A963, 20% lighter)High precision, customizable joints, supports complex tasks (e.g., welding)Higher cost, requires technical expertise to modify
Industrial Robotic ArmsManufacturing plants, assembly lines6-axis with 15Nm servo torque (ISO 9001), stainless steel (ASTM A240)Heavy-load capacity (▲▲▲ vs maker kits), durable for harsh environmentsExpensive, complex installation, not suited for small-scale projects
DIY Hobbyist KitsPersonal projects, home automation3-axis, modular plastic components (ISO 2768)Affordable, easy to customize, compact designLimited functionality (▲ behind maker kits), fragile under heavy use
Research & Development PlatformsUniversities, labs, R&D facilities7-axis ▲, advanced sensors (ISO 10110), carbon fiber frame (ASTM D790)Ultra-precise movements, adaptable for specialized experimentsExtremely costly, requires advanced programming skills
Commercial Automation SystemsWarehouses, logistics hubs6-axis with anti-corrosion coating (ASTM B117), high-speed (0.5s response time)Efficient mass production, low maintenance downtimeHigh upfront investment, requires dedicated technicians for operation

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