Refurbished Robotics Solutions for Manufacturing Operations

Refurbished Robotics Solutions for Manufacturing Operations

We provide refurbished industrial robots suitable for various manufacturing scenarios, including automotive production, plastic processing, and complex material handling in aerospace applications. These robots can precisely execute any repetitive production process, effectively replacing humans in high-risk or labor-intensive tasks. They keep workers away from hazardous environments such as heavy lifting, highly contaminated areas, extreme noise, high temperatures, and dust exposure.

ARTECH CNC COMPANY offers a comprehensive range of refurbished robots from globally leading brands to meet diverse industrial needs. As a robotics system integrator serving international clients, we understand the critical importance of rapid Return on Investment (ROI). Opting for professionally refurbished robots is a strategic choice to achieve this goal.

Five Core Advantages of Industrial Robots

1. Exceptional Reliability & Quality – With extremely high repeatability, robots ensure consistent production performance, significantly improving product uniformity and reducing defect rates.

2. Maximized Production Capacity – Industrial robots operate 24/7, reducing cycle times and dramatically enhancing manufacturing efficiency.

3. Enhanced Safety – Automating repetitive tasks minimizes workplace injuries, especially in harsh production environments.

4. Optimized Labor Costs – Robots free up workers for higher-skilled roles. Considering the annual salary of multi-skilled manufacturing personnel, robotic automation delivers ROI in a short timeframe.

5. Supporting Local Manufacturing – Robots do not replace local jobs but require skilled collaboration. For example, a milling robot arm can handle precision tasks before human workers perform intuitive quality inspections.

Key Considerations for Industrial Robot Deployment

1. Investment Evaluation – A full cost assessment is essential, including procurement, installation, and potential future modifications. Industrial robots typically require significant upfront investment, but their flexibility in programming and tooling adjustments must be verified.

2. Workforce Training – Operating, maintaining, and programming robots demands specialized expertise. Since skilled personnel remain scarce, companies must invest in training existing staff or hiring qualified professionals.

3. Ongoing Costs – While reducing labor expenses, preventive maintenance and other long-term operational costs must be factored in.

4. Performance Matching – Different robot brands vary in technical specifications. Applications must be evaluated based on reach and payload capacity. In some cases, a milling robot arm with higher-than-required payload may be necessary to achieve the desired working range.