Factory automation that works alongside your workforce
Engineered to support people, stabilize output, and adapt to real-world factory demands.
Overview
Factory automation that works on the factory floor
Industrial robots, AMRs, and next-gen human–machine systems built for real production from high-speed robotic cells to flexible AMRs and emerging humanoid applications, Eclipse Automation designs, integrates, and supports intelligent automation systems that improve throughput, safety, and resilience—without disrupting operations.
Why robotics Is evolving on the factory floor
Manufacturing is entering a new phase of automation. Traditional fixed robotics remain critical, but factories now require flexibility, adaptability, and labor resilience.
Engineering and operations teams are being asked to:
- Increase output without expanding footprint
- Address skilled labor shortages
- Support higher product mix and shorter lifecycles
- Improve safety while reducing cost per unit
This is driving adoption of:
- Industrial robotics for precision, speed, and repeatability
- Autonomous Mobile Robots (AMRs) for dynamic material flow
- Humanoids and cobots for tasks once considered “too human” to automate.
Eclipse Automation helps manufacturers deploy the right automation architecture, not just the newest technology.
The reality facing engineering and operations teams
Labor volatility
Skilled labor shortages and turnover create production risk and constrain growth.
Rigid systems
Traditional robots struggle with product changeovers, layout changes.
Material bottlenecks
Manual transport and fixed conveyors limit flexibility and throughput.
Safety pressure
Higher automation density increases safety, validation, and regulatory complexity.
Hype vs. reality
Humanoids and robotics promise flexibility—but must deliver ROI, uptime, and reliability.
In the past, you could connect any printer to a laptop, but people couldn’t connect any two things on the factory floor. Everybody thought that their proprietary solution was the best solution. Luckily for robotics, people finally got together and they now have a standardized robotic operating system. People in our industry recognized that no one’s dominant enough to dictate what the communication protocol should be and that they needed to get together.
Douglas Woods,
President, AMT
Turn robotics potential into production performance
Whether you’re modernizing existing automation, introducing AMRs, or evaluating next-generation humanoid systems, Eclipse Automation helps executives, engineers and operators deploy robotics that work in production.
Executives
| Robotics that de-risk growth and protect margins |
| Deploys robotics, AMRs, to help manufacturers scale output, stabilize labor risk, and improve capital efficiency. Our factory-proven automation delivers measurable ROI, faster time-to-value, and lower total cost of ownership without disrupting production. |
| • Yield improvement: +3–7% • Labor cost reduction: 20–35% • Payback period: 12–24 months • Asset utilization: +10–20% |
Engineering and operations
| Robotics built for uptime, changeovers, and real production conditions |
| Designs and integrates robotics and AMRs that work within your existing constraints cycle time, footprint, safety, and maintenance. From high-speed robotic cells to flexible AMR fleets and collaborative systems, we engineer automation that your teams can run, maintain, and scale. |
| • OEE improvement: +8–15% • Changeover time: –25–40% • Unplanned downtime: –20% • Manual handling reduction: 30%+ |
End-to-end robotics and intelligent mobility expertise
Eclipse Automation brings deep system-level engineering to robotics, AMRs, and emerging humanoid platforms—integrated into real factory environments.
| Industrial robotics integration | Autonomous mobile robots (AMRs) | Collaborative and humanoid systems |
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Operational impact:
| Operational impact:
| Engineering benefit:
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Systems engineering that reduces risk
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Robotics that work the way your factory works
- Factory-first design philosophy – built around uptime, maintainability, and safety
- Proven in complex industries – MedTech, EV batteries, semiconductors, industrial goods
- One partner, full accountability – robotics, controls, software, and integration
- Scalable by design – automation that evolves with your factory, not against it
The Automation Lifecycle
Explore the Eclipse Automation lifecycle
One partner. One process.
Eclipse brings your automation project to life—from strategy to launch and beyond. It all starts with smart planning: mapping your processes, validating ideas, and identifying the right solution.
This foundation fuels a proven end-to-end lifecycle that spans advanced engineer services (AES), pre-automation system development, vertical integration, and post-launch optimization. By aligning goals early and managing everything under one roof, you gain a faster, more confident path forward with reduced risk.
From robotics strategy to factory-ready execution
Whether you’re planning your next automation investment or modernizing existing systems, Eclipse Automation helps you deploy robotics, AMRs, and advanced human–machine systems that deliver measurable production results.
FAQs
Frequently asked questions
How do robotics, AMRs, and humanoids deliver ROI?
These systems increase throughput, reduce labor constraints, improve safety, and stabilize production. ROI comes from higher output, lower injury risk, reduced overtime and turnover, and more resilient operation soften without major changes to existing lines.
Will these systems work reliably in real production environments?
Yes. When engineered for production reality. Systems are designed and validated for line speed, payload, duty cycle, and uptime, with deterministic controls and production-aligned testing before deployment.
How do robots, AMRs, and humanoids integrate with our existing automation?
They integrate cleanly with PLCs, robots, safety systems, MES, and IT/OT infrastructure. This ensures coordinated motion, safe human interaction, and real-time data flow without creating new bottlenecks.
Are these systems safe to operate alongside people?
Yes. Safety is designed in through risk assessments, certified safety architectures, sensors, and control logic allowing robots, AMRs, and humanoids to operate collaboratively with plant personnel while meeting applicable safety standards.
Can our engineering and operations teams maintain and support them?
Absolutely. Systems are delivered with standardized components, clear documentation, and operator-friendly interfaces so plant teams can maintain, troubleshoot, and scale them without constant vendor dependence.
What level of service and lifecycle support is provided after deployment?
We provide full lifecycle support from commissioning and ramp-up to optimization and long-term maintenance. This includes documentation, training, remote and on-site support, spare parts strategy, and system upgrades ensuring sustained uptime, predictable performance, and protection of your automation investment.
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