Elevator car door panel design: tolerances and DFM
Bend radii, hole clearances, coating allowance and the gap and flatness targets that decide whether an elevator car door panel fits and looks right.
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Manufacturing guides
Sheet metal manufacturing guides
The engineering behind stamped, laser-cut, formed, welded and coated parts: tolerances, tooling, coating failures and what a drawing needs before it can be quoted. Written and reviewed inside the Ganesh plants.
All guides, page 2
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Data centre blanking panel design guide: DFM and tolerances
Data centre blanking panel design: 482.6 mm fit, 1.2 mm CRCA bend limits, latch forces, perforation open area and the coating allowance that jams a 1U gap.
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Genset canopy louvre panel manufacturing: route and limits
How a genset canopy louvre panel is formed, framed, welded and coated, with the blade pitch, overlap and free area numbers that size the airflow.
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19-inch rack frame design guide: tolerances and DFM
Data centre 19-inch rack frame design: the 482.6 mm and 465.1 mm dimensions that decide fit, bend and weld rules for 2 mm CRCA, coating allowance and checks.
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Elevator guide rail bracket manufacturing and inspection
How a lift guide rail bracket is cut, formed, welded and galvanised, with the slot and squareness numbers that keep rails aligned under load.
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Elevator floor sill manufacturing: forming, welding, finish
How a lift floor sill is formed and finished from stainless or MS sheet, with the groove and floor-level numbers that stop door rub and trip complaints.
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Genset base frame manufacturing: cut, weld and inspect
How a DG set base frame is cut, welded and checked, with the pad flatness, hole position and weld sequence that keep a 2,000 kg set sitting level.
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Data centre blanking panel manufacturing: how a 1U panel is made
How a 19-inch blanking panel is cut, formed and coated, with the rack geometry, flatness and earthing numbers that decide whether it passes incoming inspection.
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Genset acoustic enclosure manufacturing: cut, weld, coat
How a DG set acoustic enclosure is cut, formed, welded and lined, with the panel mass, lining and leakage numbers that decide whether it meets 75 dB(A) at 1 m.
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Go from reading to checking
The guides follow the same questions as the free tools. Size a press, check a bend, estimate a cut part or build the RFQ pack.
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