When you’re building high-mix, high-tech electronics, there’s no room for guesswork. Every assembly is a unique challenge—and every hour counts.
At Amtech, we’ve spent decades refining not just our processes, but our technology stack—a custom blend of software, automation, and AI purpose-built for electronics manufacturing. From quoting and engineering to real-time production control, our stack eliminates inefficiencies, reduces errors, and unlocks speed at scale.
Here’s how our tech drives results—and a look at the AI tools we’ve built in-house to push the edge even further.
💡 Meet Our AI for Scope of Work Analysis
Scope creep kills timelines—and unclear specs kill margins.
That’s why we developed a proprietary AI tool to analyze Scope of Work (SOW) documents automatically, helping us identify:
- Ambiguous requirements
- Missing files or inputs
- Conflicts between BOM, CAD, and customer expectations
- Cost-impacting red flags before quoting even starts
The result? We don’t just quote faster—we quote smarter. Our AI acts like a virtual program manager, flagging risks before they hit the floor. That means more accurate pricing, fewer engineering hours, and faster turns on complex assemblies.
🛠️ AI-Powered Troubleshooting for Electronic Assembly
Debugging SMT issues? Verifying connector continuity? Tracking down why that one assembly keeps failing ICT?
We’ve built an AI-enabled troubleshooting assistant that leverages data from:
- AOI and 3D inspection
- Test results
- Repair logs
- Historical production data
The system doesn’t just find the fault—it identifies the root cause and recommends corrective actions. Think of it as a second set of expert eyes, 24/7.
This isn’t generic machine learning. It’s electronics-focused AI, trained on our own library of builds, issues, and resolutions across thousands of SKUs.
🧠 The Rest of the Stack
These AI tools plug directly into our broader tech ecosystem, including:
- AmtechOS: our proprietary MRP and process management suite
- Dynamic shop floor layout tools for rapid changeovers
- Vapor Phase Reflow and 3D AOI integration
- Custom automation and robotics platforms
- Low-Pressure Overmolding process design
All of it is geared toward accelerating NPI, reducing defects, and delivering high-reliability builds for industries where performance matters.