Replacement parts for obsolete equipment: reverse engineering
How to turn a worn bracket with no drawing into a specification: separating wear from tolerance, recovering the flat pattern, proving material and setting datums.
Topic hub · 4 guides
Every industry breaks sheet metal in its own way: a lift shaft corrodes from the inside, a canopy drums at engine frequency, a rack sags under a dense load, a coach panel bows after coating, a tractor bracket fatigues at a weld toe. These guides start from the application and work back to the material, the form and the finish.
Application-led problems from lift shafts, genset sites, data halls, railway coaches, farms and warehouses, and how the part is designed around them.
How to turn a worn bracket with no drawing into a specification: separating wear from tolerance, recovering the flat pattern, proving material and setting datums.
A replacement panel that will not bolt on is a specification problem, not a manufacturing one. What to dimension on the installed base, and the numbers that decide fit.
Sheet metal in cold climates fails by brittle fracture, contraction and hardened seals. How to pick a grade, size a slot and specify coating for -40 °C.
Measure section loss, bow and crack location before you scrap a frame. The thresholds that separate a repaint, a reinforcement and a replacement.