Collection: Articulated Robots for Industrial Automation

Articulated robots are the backbone of modern industrial automation, combining multi-axis flexibility, high payload capacity, and precise motion control. At INDUSTRIAL-MACHINE.NET, we supply a curated range of industrial articulated robots designed for manufacturing, welding, assembly, material handling, painting, and packaging operations. These robots deliver consistent performance across industries—from automotive and electronics to food processing and logistics.

What Is an Articulated Robot?

An articulated robot is a robotic arm with multiple rotary joints, typically ranging from two to seven axes. Each joint mimics the movement of a human arm, allowing for complex, precise motion within a large workspace.
This makes articulated robots the preferred choice for high-precision industrial tasks requiring repeatability, speed, and flexibility.

Key Benefits of Articulated Robots

1. Superior Motion Flexibility

Unlike SCARA or Cartesian robots, articulated robots can rotate and pivot across multiple axes, making them ideal for 3D applications such as welding, assembly, and inspection. Their jointed design enables them to work around obstacles and perform delicate or complex movements with ease.

2. High Payload and Reach

These robots can handle payloads ranging from a few kilograms to over 1,000 kg, accommodating everything from delicate electronics to heavy automotive components. The extended reach of articulated arms also allows efficient operation across large work envelopes.

3. Precision and Repeatability

Equipped with servo-driven motors and advanced motion controllers, articulated robots achieve repeatability within ±0.02 mm, ensuring consistent product quality and reduced waste in production lines.

4. Scalable Automation

Articulated robots integrate seamlessly into Industry 4.0 environments. They support PLC connectivity, vision systems, and AI-assisted programming, making them scalable for factories looking to upgrade to smart automation.

Applications of Articulated Robots

Manufacturing and Assembly

These robots excel in component assembly, screw driving, and machine tending, offering round-the-clock precision that reduces labor costs and improves throughput.

Welding and Fabrication

Articulated welding robots ensure uniform weld quality, minimizing defects in automotive frames, metal furniture, and heavy equipment fabrication.

Material Handling and Palletizing

Their large reach and strong payload make articulated robots ideal for palletizing, depalletizing, and packaging applications, optimizing warehouse efficiency.

Painting and Coating

Articulated robots ensure uniform coverage and reduced overspray in painting and coating applications, maintaining a clean, consistent finish even in complex geometries.

Inspection and Quality Control

Paired with machine vision systems, these robots perform automated inspections, measuring, scanning, and identifying defects faster than manual methods.

Choosing the Right Articulated Robot

When selecting an articulated robot, consider key parameters:

• Number of axes: More axes provide greater flexibility for complex movements.

• Payload capacity: Match the robot’s load rating to your application’s requirements.

• Reach: Ensure the robot’s arm can cover the entire working area.

• Repeatability: Look for tight tolerance levels for precision tasks.

• Integration: Verify compatibility with your control systems, end effectors, and safety enclosures.

At INDUSTRIAL-MACHINE.NET, our range includes 6-axis industrial robots, collaborative articulated robots (cobots), and high-speed robotic arms from top global manufacturers. Each model is pre-tested, energy-efficient, and compliant with ISO safety standards.

Why Buy from INDUSTRIAL-MACHINE.NET

• ✅ Extensive product range covering all payloads and industries.

• ✅ Expert technical support for robot selection, integration, and programming.

• ✅ Competitive pricing with manufacturer warranties and spare parts availability.

• ✅ Fast shipping and worldwide delivery for all articulated robot models.

Our mission is to help industrial companies automate intelligently, reduce downtime, and enhance productivity with reliable robotic systems.

Frequently Asked Questions (FAQ)

Q1: What is the difference between a 6-axis robot and a 4-axis robot?
A 6-axis articulated robot offers greater flexibility and can rotate in all directions, making it suitable for 3D assembly and welding tasks. A 4-axis robot is typically used for high-speed pick-and-place or palletizing.

Q2: Can articulated robots be used for collaborative tasks?
Yes, collaborative articulated robots (cobots) are designed with force sensors and safety features that allow them to operate alongside humans without fencing.

Q3: How do I integrate an articulated robot into my existing production line?
Integration involves programming the robot controller, calibrating end effectors, and connecting it to PLC or MES systems. Our experts can guide you through robot integration and commissioning.

Q4: What maintenance do articulated robots require?
Regular inspection, lubrication of joints, and software updates ensure optimal performance and extended lifespan of your robotic arm.