Who Built This
My name is Dominic Carreri.
I have over 30 years of real-world experience in induction tooling, induction hardening systems, coil building, machining, assembly, brazing, repair, troubleshooting, and production support.
I started at the bottom of the trade and worked through multiple sides of the industry:
- Machining
- Bench assembly
- Brazing and soldering
- Repair work
- Fixture and fit-up work
- Production troubleshooting
- Customer support
- Sales engineering
The last several years of my career were spent as a sales engineer working directly with customers, applications, failures, production issues, and real machine conditions.
Most induction failures are not mysterious. They are usually built into the process long before the machine ever turns on.
Why This Website Exists
Too much induction knowledge disappears when experienced people leave the trade.
The goal of Induction Encyclopedia is to document and teach the practical side of induction tooling:
- How coils are actually built
- Why certain designs survive and others fail
- How machining decisions affect assembly
- How assembly affects electrical performance
- How machine motion and load affect coil life
- What experienced builders notice before failures happen
This is not theory disconnected from production reality.
This is practical shop logic built from real examples, real failures, and real manufacturing conditions.
What Makes This Different
Most Induction Content
- Generic explanations
- Basic theory
- Little real-world failure analysis
- Minimal discussion of build logic
- No practical machining or bench insight
What Induction Encyclopedia Focuses On
- Real failures and why they happen
- Practical coil-building methods
- Machining and fit-up logic
- Scanner coil motion and load
- Repair decisions and long-term reliability
- Thinking ahead before the failure happens
The Bigger Goal
The long-term goal is to build a real-world induction tooling knowledge hub that helps:
- New builders learn faster
- Shops reduce training bottlenecks
- Engineers better understand production realities
- Machinists understand assembly needs
- Bench hands understand design intent
- Teams work from the same practical knowledge base
The best induction shops are not separated by departments that do not understand each other.
The best shops think as complete systems.