Taimao, home page

PROCESS STP

Stamping and assembly

Stamping on presses from 45 to 600 tonnes and a 350-tonne hydraulic press; turned and stamped parts assembled in house.

Rendered illustration
  • 38Machines for this processSource: Machines for the processMachines for the process38BasisDocumentAs ofSourceSupplier information form: 38 machines listed for this processAsk for this recordHow we label numbers

IN 3D

Turn the part. Check the dimensions.

Stamped L-bracket: Cold-rolled steel, zinc plated.Drag or use the arrow keys to turn a part; select a feature to see its dimension.Swipe sideways to turn a part; tap a feature to see its dimension.Load the 3D view to turn a part and select a feature on it.Select a part to see its drawing and key features.

Stamped L-bracket5636t 2.5R3
Stamped L-bracket, view from above56402× Ø6.6

Rendered illustration, not a photograph of a delivered part. Geometry from showcase data.

Stamped L-bracket

Process
Metal stamping
Material
Cold-rolled steel
Finish
Zinc plated

Key features

  • Mounting holeØ6.6 mm±0.05 mm
  • Bend angle90°±0.5°
  • Material thickness2.5 mm±0.05 mm

Values from the sample part drawing.

Arrow keys turn the part. Home resets the view. Number keys select a feature.

HOW IT IS MADE

How a stamped part is made

The strip moves one station per stroke: the die pierces the holes, bends the leg and cuts the finished bracket off.

Illustration

THE PART

Sample parts

8 photographs

  • Sheet-metal enclosures, perforated parts, a bent bracket and heatsinks
    Sheet-metal enclosures, perforated parts, a bent bracket and heatsinks
  • Six sheet-metal parts: a large plate, brackets and strips
    Six sheet-metal parts: a large plate, brackets and stripsStamped and bent
  • Thirteen small stamped parts: bent brackets and frames
    Thirteen small stamped parts: bent brackets and framesStamped and bent
  • Bent sheet-metal parts with a dial caliper
    Bent sheet-metal parts with a dial caliperStamped and bent
  • Three perforated sheet-metal chassis parts
    Three perforated sheet-metal chassis partsPunched and bent
  • Four sheet-metal parts: a long plate with side rails and three brackets
    Four sheet-metal parts: a long plate with side rails and three bracketsStamped and bent
  • Stamped bracket with a row of holes and bent ends
    Stamped bracket with a row of holes and bent endsStamped and bent
  • Bent copper brackets with holes
    Bent copper brackets with holesCopper · Bent

WILL IT FIT

Part envelope

Stamping and assembly has no envelope of its own: it applies to any part we make.

DRAWING RULES

Design rules

3 rules for stamping and assembly drawings

  1. Keep hole diameter at least equal to the material thickness.
  2. Place holes at least 1.5 times the thickness away from any bend line.
  3. Allow a bend relief wherever a bend meets a flat edge.

DATASHEET

The full datasheet.

Specification, equipment, terms and questions, folded until you need them.

Specification5 materials · 8 finishes, 8 by partner suppliers

Materials and finishes

Materials
  • Stainless steel
  • Copper and brass
  • Aluminium
  • Iron
  • Steels of all kinds, incl. spring and alloy steel
Finishes
  • ElectroplatingPartner
  • E-coatingPartner
  • DacrometPartner
  • Spray paintingPartner
  • Powder coatingPartner
  • AnodizingPartner
  • PVDPartner
  • Laser engravingPartner
Equipment11 models · 38 machines
Equipment list
TypeModelQtyKey capacity
Stamping press1Press force 600 t
Hydraulic press1Press force 350 t
Stamping press1Press force 315 t
Stamping press2Press force 250 t
Stamping press1Press force 200 t
Stamping press3Press force 160 t
Stamping press14Press force 110 t
Stamping press3Press force 100 t
Stamping press9Press force 80 t
Stamping press3Press force 45 t
Wire EDM machine10
Total: 38Note 1Machines for the process38BasisDocumentAs ofSourceSupplier information form: 38 machines listed for this processAsk for this recordHow we label numbers machines for this processAlso 10 tool-room machines, not counted above.
Lead times and termsEvery part is quoted from its drawing
Prototype lead time
10 daysNote 2Prototype lead time10 daysBasisDeclaredAs ofSourceOwner, 2026-11How we label numbers
Production lead time
15–20 daysNote 3Production lead time15–20 daysBasisDeclaredAs ofSourceOwner, 2026-11How we label numbers
Incoterms
EXW Dongguan and FOB Shenzhen
Questions1 questions about stamping and assembly and orders
How fast can I get prototypes?

The sample lead time is listed on the ordering page. It depends on the part and is confirmed in the quote.

Quote a stamping and assembly part

Sources

Every figure on this page, with its source and date.

  1. Machines for the process: 38. Source: Supplier information form: 38 machines listed for this process; as of 6 November 2026.
  2. Prototype lead time: 10 days. Source: Owner, 2026-11; as of 6 November 2026.
  3. Production lead time: 15–20 days. Source: Owner, 2026-11; as of 6 November 2026.

Data revised