From vision to scalable impact
Smarter, scalable automation solutions.
Engineering success through the automation lifecycle
From initial engineering design through full-scale automation and beyond, our solutions are developed with one goal: to drive smarter, more efficient, and more sustainable manufacturing.
At Eclipse, we align our approach to this lifecycle, applying advanced tools and proven methodologies at every stage. Whether it’s simulating workflows with digital twins, engineering precision systems in a closed-loop environment, or integrating Manufacturing Execution System (MES) and Enterprise Resource Planning (ERP) systems for real-time performance, we embed lifecycle thinking into every project to deliver smart, scalable results.
Advanced engineering
Discovery, strategy, and simulation. Our engineering team partners with you to define the ideal automation solution, modeling performance, identifying bottlenecks, and aligning with your business goals.
Automation
From concept to commissioning, we design and build custom automation systems tailored to your production needs. Mechanical, electrical, controls, and software are all developed in-house for maximum integration and performance.
Post-automation
Once systems are live, we help you get the most from them. This includes ramp-up support, monitoring, data-driven performance tuning, equipment efficiency, predictive maintenance, training, and long-term service support.
Vertical integration
We seamlessly connect every stage, from initial design to post-launch support. Our vertical integration ensures fewer handoffs, faster timelines, and systems that just work better together by integrating digital technologies across your entire operation.
ADVANCED ENGINEERING SERVICES
Ideation and planning
We collaborate with your team from the beginning to lay the foundation for successful automation. This phase focuses on discovery, strategy, and simulation, enabling smart decisions before any equipment is built.
We benchmark your current performance, model future states, and simulate pathways to achieve your business and production goals using digital tools and industry expertise to minimize risk, reduce time-to-value, and optimize long-term success.
We deliver:
- Robot, cell, and full line simulation and optimization
- Process discovery, bottleneck analysis, ROI evaluation
- Digital Twin feasibility studies, pathway simulation
- Volume ramp-up planning and production scaling strategies
- Custom equipment specification and system architecture
- Proof-of-principle testing and risk mitigation
AUTOMATION
Design and build
We advance concepts into fully integrated automation systems by applying detailed design, prototyping, and real-world collaboration and develop custom solutions that seamlessly combine mechanical, electrical, and software components to meet your production goals with precision and efficiency.
We deliver:
- Detailed systems engineering (PLCs, robotics, conveyors, vision)
- Prototyping in Aurora Axis, Digital Twin environments
- Closed-loop development with factory floor teams
- Custom machining, fabrication, and build-to-print services within our vertically integrated facilities
- Expert project execution ensuring on-time, on-budget delivery with rigorous quality controls
- Scalable automation solutions—from compact cells to multi-line global programs
- Value engineering to optimize cost, availability, and performance
POST-AUTOMATION
Commissioning and optimization
Our commitment extends beyond installation, partnering with you through onsite commissioning, validation, and ongoing optimization to ensure your automation systems perform reliably and efficiently over their lifecycle.
We deliver:
- Onsite commissioning and validation, especially in regulated industries such as Life Science, Nuclear and Food and Beverage
- Ongoing iterative tuning, MES/ERP integration, and performance enhancements
- Volume ramp-up and scalability planning for smooth production transitions
- Comprehensive service and support including predictive maintenance, remote monitoring, and operator training
- Proof of principle testing and risk mitigation strategies
- Leveraging data and AI-driven insights to continuously improve safety, productivity, and sustainability
Vertical integration
Our Crown Jewel. Your Outcomes
Our vertically integrated model gives factory leaders a faster, lower-risk path to deploying factory automation. By bringing mechanical engineering, robotics, controls, software, vision inspection and system integration together under one organization, we eliminates the coordination challenges that often slow factory automation programs.
For factory leaders, this means one accountable partner responsible for performance, timelines, and system reliability. The result is factory automation that integrates more smoothly, scales more effectively, and delivers measurable production outcomes—from higher throughput to improved quality and operational resilience.
We deliver:
- Single Partner Accountability – one integrated team responsible for system architecture, engineering, build, and deployment.
- Faster Time to Production – reduced handoffs between vendors accelerate engineering, integration, and commissioning.
- Scalable Automation Platforms – systems designed with full lifecycle support and adaptability as production evolves.
- Higher System Reliability – tight coordination across disciplines improves performance, uptime, and maintainability.
