Build-to-Print automation
Precision execution. Predictable outcomes. Designed for scale and certainty.
Your design is proven. Your specifications are fixed.
What matters now is execution certainty. We deliver Build-to-Print factory systems that meet engineering intent, protect capital investment, and launch into production with confidence on time, on spec, and built for long-term operational performance.
Built-to-Print automation. Executed without compromise.
When your design is proven and your specifications are fixed, execution matters.
Eclipse Automation delivers Build-to-Print manufacturing systems with precision, discipline, and industrial rigor so engineering and operations teams get exactly what was designed, built to perform at scale. From detailed drawings to fully validated production systems, we build it right the first time.
Industry overview
Where precision, repeatability, and execution define success
For engineering and operations teams, Build-to-Print is about risk reduction, consistency, and schedule certainty. The design work is done. The specifications are clear. What matters now is selecting a partner that can:
- Interpret complex engineering documentation without deviation
- Execute flawlessly across mechanical, electrical, controls, and software
- Deliver production-ready systems that integrate seamlessly into operations
Built-to-Print automation value snapshot
15–30% faster
ramp-up and disciplined commissioning
Higher OEE stability
systems built exactly to specification
Reduced rework & change orders strict document and change control
Lower program risk
predictable schedules and execution
Extended asset life
serviceable, upgrade-ready designs
Why Build-to-Print execution often fails
Engineering and operations teams face consistent challenges when Build-to-Print projects are handed off to system integrators without deep execution discipline:
- Specification drift – small deviations from drawings or standards that create downstream quality, safety, or performance issues.
- Incomplete interpretation of design intent – designs built “to spec” but not “to function” within real-world production environments.
- Integration gaps – mechanical, electrical, controls, and software systems delivered in silos rather than as a unified production system.
- Schedule and ramp-up risk – late deliveries, extended commissioning, and unstable start-ups impact throughput and OEE.
- Limited accountability post-delivery – integrators disappear once the system ships—leaving operations to solve problems alone.
Predictable execution. Scalable factory automation. From strategy to shop floor
Build-to-Print automation success at the executive, and operations level depends on predictable execution, capital efficiency, and long-term asset performance. We help leadership teams deploy automation that delivers measurable ROI while minimizing operational and program risk.
When specifications are fixed, execution discipline matters. Eclipse Automation ensures mechanical, electrical, controls, and software systems are built to spec, integrated seamlessly, and validated against real production requirements.
Executives
| Protect capital. Reduce risk. Scale with confidence. |
| • Predictable project delivery and cost control • Standardized systems across lines, plants, and regions • Faster time to production revenue • Lifecycle support that protects asset value |
Engineering and operations
| Build exactly what was designed and make it run. |
| • Exact interpretation of drawings and BOMs • Integrated, multi-discipline system builds • Production-aligned FAT and validation • Maintainable, uptime-focused designs |
Execution is where automation wins or fails
Eclipse Automation brings OEM-level discipline to Build-to-Print projects turning engineering intent into operational reality while protecting capital investment.
Start a Built-to-Print conversation or see how we reduce automation risk
From design package to production-ready system
- Design intake and specification alignment
- Disciplined Build-to-Print execution
- Integrated FAT and performance validation
- Installation, commissioning and ramp-Up
- Lifecycle support and continuous improvement
Build-to-Print automation engineered for scale and reliability
Build-to-Print, done the way operations teams expect
The result: predictable execution, stable launches, and systems that perform as designed day one and year ten.
| Disciplined Engineering Execution |
| Deep experience interpreting detailed customer drawings, BOMs, and specifications. |
| Rigorous change control and document management. |
| Design intent preserved from kickoff through commissioning. |
| Integrated Manufacturing Systems |
| Mechanical, electrical, controls, robotics, vision, and software executed as a single system. |
| Standardized build processes for repeatability across factories |
| Seamless integration into existing factory and MES environments. |
| Production-Ready Validation |
| Factory Acceptance Testing (FAT) and Site Acceptance Testing (SAT) aligned to your operational KPIs. |
| Performance, safety, and quality validation before shipment. |
| Reduced on-site commissioning time & faster production ramp-up. |
| Operational Accountability |
| Global installation, commissioning, ramp-up and lifecycle service & support |
| Long-term lifecycle support, upgrades, and capacity expansions. |
| A partner that stays engaged beyond system delivery. |
Your design deserves flawless execution. Partner with us trusted by engineering and operations teams worldwide.
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.
FAQs
Frequently asked questions
What is build to print?
Build to print refers to the process of manufacturing equipment or components exactly according to the customer’s existing design specifications, drawings, and documentation. Instead of redesigning the system, the focus is on accurately replicating the original intent while ensuring quality, consistency, and manufacturability.
What industries typically use build to print services?
Build to print is commonly used by manufacturers in automotive, medical device, electronics, energy, consumer goods, and industrial sectors. It is ideal for companies that need to replicate machinery, increase production capacity, replace aging systems, or standardize equipment across multiple facilities.
Can Eclipse help lower the cost of my current designs?
Yes. Eclipse offers value engineering as part of our build to print capability. We analyze your Bill of Materials, identify cost-effective alternatives, recommend material or component substitutions, and leverage our global labour centres to reduce costs, while maintaining the required form, fit, and function of your equipment.
How does Eclipse ensure quality when building from my existing designs?
Eclipse uses a structured validation process that includes design review, risk assessment, prototype verification, and production-level testing. Our in-house machining, fabrication, and assembly teams work under strict quality standards, and we apply the same expertise used in custom automation to ensure your build to print equipment meets or exceeds original performance.
Featured articles and insights
-
Eclipse Automation Marks 25 Years with Strategic Expansion, New Partnerships, and Bold Vision for the Future of Factory Automation
Cambridge, Ontario — March 12, 2026, Eclipse Automation, a global leader in factory automation, today announced…
-
Automation benefits and the impact of retention, from Jake Hall’s perspective
Better automation leads to better jobs and stronger workforce retention.
-
Programming the future with Vanessa Loiola: Why robots give us time back
Programming robots means programming a better use of human time.
