Induction Encyclopedia
Real-world induction coil design, repair, failure analysis, and coil-building knowledge built from over 30 years on the shop floor. This is practical training for machinists, bench hands, repair shops, tool builders, and engineers who need answers that hold up in production.
This website is the knowledge hub. The full training library and downloads are delivered through Gumroad.
Training Library
The Induction Encyclopedia library is organized by real shop needs and experience level. Some volumes are built for beginners and training departments. Others go deeper into construction logic, failure analysis, repair judgment, and application-driven design.
Volume 1A � Foundations of Coil Building
The starting point for beginners, trainees, and shops that need a real path into induction coil building. This volume explains the mindset, fundamentals, and why the later volumes exist.
View Volume 1AVolume 1B � Coil Construction Fundamentals
A deeper look at coil construction logic, fit-up, machining, assembly flow, and the real details that separate solid work from weak work.
Browse ProfileVolume 1C � Failure Modes, Repair Logic, and Why Most Coils Die Young
Built for understanding why coils fail, why repairs often do not last, and how to judge whether a repair is worth doing in the first place.
Browse ProfileVolume 2 � Application-Driven Coil Design
Advanced training focused on designing coils for real machine conditions, real heat, real movement, and real production abuse.
Browse Advanced VolumesAll volumes are sold and delivered through Gumroad. Click any volume for details, pricing, and checkout, or browse the full profile to see the complete library.
Browse All Volumes on Gumroad Start with Volume 1AWhy People Come Here
Most induction problems are not random. Coil failures usually come from repeatable causes: thermal fatigue, weak support, bad joint preparation, cooling problems, crash damage, vibration, or repair decisions made for speed or cosmetics instead of long-term durability.
Read: Why Induction Coils FailWhy induction coils fail (start here)
The main failure logic behind cracks, leaks, weak repairs, heat damage, and repeat breakdowns.
Read pageReal coil failure: arc tracking & insulation collapse
Real example showing how a missing concentrator slot and displaced Teflon insulation caused arc tracking, copper damage, and head failure.
View real case studyAbout Induction Encyclopedia
30+ years of real-world induction tooling experience covering machining, assembly, brazing, repair, troubleshooting, and sales engineering.
Read moreCooling problems
Flow restrictions, hot spots, contamination, and uneven cooling paths that quietly kill coils.
Coming soonThermal fatigue & cracking
How heat cycling, work-hardening, stress concentration, and vibration create repeat failures.
Coming soonBrazing & solder failures
Why joint prep, braze placement, cleanup habits, and support structure matter more than pretty cosmetics.
Read pageCrash damage & repair logic
What can be straightened, what should not be forced, and how bad repair choices create future failures.
Coming soonTransformer & power regulation issues
Machine-side symptoms, setup problems, and what information matters before anyone starts guessing.
Coming soonConsulting & Problem Solving
Sometimes a shop does not need another generic course. Sometimes it needs somebody to look at the failure, the build, the repair logic, the machine symptoms, or the print itself and tell them what is actually going wrong.
- Repeat coil failures and short-lived repairs
- Cooling path problems, overheating, and distortion
- Crash damage evaluation and repairability logic
- Build review for durability, serviceability, and real-world use
- Machine-side induction questions tied to coils, setup, or transformer and power behavior
What Comes Next
This is being built as a real induction knowledge system, not just a couple pages and a single PDF. The goal is practical training, troubleshooting references, failure analysis, and application-driven build logic that shops can actually use.
- Volume 1B � Coil construction fundamentals
- Volume 1C � Failure modes and repair logic
- Volume 2 � Application-driven coil design
- Future pages � cooling, cracking, brazing, crash repair, and machine-side troubleshooting
The point of this platform is to help shops train faster, reduce repeat failures, preserve hard-earned tribal knowledge, and give serious people a place to find real-world answers.