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Buying Robotic Arms: Best Robotic Arms of 2025 for Small Manufacturers

As collaborative robots become more accessible, 2025 is shaping up to be a breakout year for small manufacturers automating repetitive tasks. Whether you’re exploring your first deployment or looking to expand your robotic cell, choosing the best robotic arm depends on your application, environment, and support needs.


Here’s a breakdown of the top collaborative robotic arms of 2025, focused on usability, integration, and ROI.




Best Robotic Arms for 2025


1. Universal Robots UR20


  • Payload: 20 kg

  • Reach: 1750 mm

  • Best for: Heavy part handling, machine tending, long-reach palletizing

  • Why it’s a top pick: Built on UR’s proven platform with a reengineered joint design for more speed and precision.


2. Fanuc CRX-25iA


  • Payload: 25 kg

  • Reach: 1889 mm

  • Best for: High-mix, low-volume production; environments that require reliability over UI simplicity

  • Standout: Fanuc’s reputation for uptime and their large U.S. service footprint.


3. Doosan H-SERIES (e.g., H2515)


  • Payload: Up to 25 kg

  • Reach: 1500 mm

  • Best for: Heavy-duty tasks with variable workloads

  • Edge: Built-in six-axis force torque sensors make it ideal for applications needing compliance and control.


4. ABB GoFa™ CRB 15000


  • Payload: 5 kg

  • Reach: 950 mm

  • Best for: High-speed, lightweight handling and electronics

  • Notable Feature: Fully collaborative with a small footprint; intuitive interface and native SafeMove safety.




5. Techman TM AI Cobot Series


  • Payload: 6-25 kg options

  • Reach: 700–1900 mm

  • Best for: Vision-guided tasks, plug-and-play integration

  • Strength: Integrated vision system and AI-assisted tools for inspection and pick-and-place.


Criteria

Why it Matters

Payload

Defines which objects and end affectors the arm can move

Reach

Determines usable workspace

Repeatability

Repeatability is vital for precision-critical processes


Ease of Integration

Ease of use with your current system

Safety Features

Sharing space with robots without safety features is dangerous.

Support & Training

Critical for small teams with limited robotics experience or teams on a deadline.


Final Thoughts


Choosing the right robotic arm isn't about brand—it’s about fit. Match the robot to your workload, workspace, and team capabilities. Prioritize uptime, local support, and software that doesn’t require a PhD to operate.


If you’re unsure where to begin, start with one application, test performance in a small cell, and scale from there.


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