Open source industrial robot arms are revolutionizing the manufacturing industry, empowering businesses to optimize production processes and achieve new levels of efficiency.
Benefit | Key Figure |
---|---|
Reduced capital expenditure | 40-60% lower than proprietary arms |
Enhanced customization and flexibility | Tailored to specific needs |
Increased transparency and community support | Open access to code and design |
Fosters innovation and knowledge sharing | 25% more patents filed with open source |
1. Define your Requirements
Identify the tasks, payload, and reach required for your application.
2. Choose an Open Source Platform
Research available platforms such as ROS-Industrial and select the one that best aligns with your needs.
3. Build or Procure an Arm
Option 1: Purchase pre-assembled arms from vendors like Open Robotics.
Option 2: Build your own arm using open source hardware designs and components.
4. Program and Integrate
Utilize open source software tools to program the arm and integrate it with your existing systems.
Case Study: Automotive Manufacturer
By deploying open source industrial robot arms, the manufacturer reduced production costs by 30% and increased output by 15%.
Case Study: Pharmaceutical Company
Open source industrial robot arms have enabled the company to automate packaging and handling processes, improving accuracy and compliance by 20%.
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