Mechanical Restoration Principles

About this course

The mechanical foundations of a true restoration: frame alignment, bearing replacement, drive geometry, and recalibration to the tolerances that define a machine that runs like new.

What you'll cover

• Frame alignment
• Bearing replacement
• Drive geometry
• Recalibration
• Tolerances

Course curriculum

1. 1Restricted tier — restoration, not repair
2. 2What 'restoration' means at Buckler Controls
3. 3Assessment before teardown
4. 4Documenting as-found condition
5. 5Frame alignment principles
6. 6Measuring parallelism and squareness
7. 7Bearing inspection
8. 8Bearing replacement
9. 9Drive geometry
10. 10Linkage and pivot wear
11. 11Pressure system recalibration
12. 12Dwell and timing recalibration
13. 13Heat-plate flatness
14. 14Reassembly discipline
15. 15Torque and fastener strategy
16. 16First-power checks after reassembly
17. 17Bringing a machine back to spec
18. 18Tolerances that define 'like new'
19. 19Test-run and validation
20. 20Documenting the restoration
21. 21Hand-off to operations
22. 22When restoration becomes in-house specialist work
23. 23Safety during full teardown
24. 24Lifting and rigging basics
25. 25Electrical isolation during mechanical work
26. 26Consumables and bearings inventory
27. 27Case study — a frame realignment
28. 28Case study — a full drive rebuild
29. 29Case study — a heat-plate refinish
30. 30Restricted-tier competency check
31. 31Next step: electrical & temperature control
32. 32What stays inside Buckler Controls
33. 33Master Technician path — by invitation

Full lesson access is gated to this tier — restricted access only.