Metal Stamping
Produce recurring sheet-metal features with press tooling matched to the part. K-Display combines stamping with forming, joining, finishing, and assembly to supply components for your production needs.
Tooling for recurring cuts and forms
Metal stamping uses a press and matched tooling to cut or form sheet metal. It is worth considering when the same holes, shapes, or formed details recur across a production run. Tooling does the repeat work, while the geometry, quantity, and expected future demand determine whether the investment makes sense.
Punch-to-die clearance affects the cut edge. Identify the exposed face and any burr or edge-treatment requirements when reviewing the tooling.
Small features with a job to do
A tab locates another component. A clip retains it. A mounting hole connects the part to the assembly. Stamping creates recurring features in components such as:
- Brackets and clips
- Panels and chassis parts
- Repeat holes and features
- Formed sheet-metal details
Tooling decisions tied to the whole part
We weigh stamping alongside punching and laser cutting, then connect the selected process to any forming, welding, coating, and assembly. You can source the finished component from the same team that produces its stamped features.
Identify the recurring features
The drawing establishes the cuts, forms, critical dimensions, and mating relationships the tooling needs to produce.
Put the tooling in place
We can work with your existing tooling or provide or arrange new tooling to suit the part and production demand. Bring us the job; we will work out the tooling approach with you.
Stamp and complete the part
Stamped components can continue through in-house forming, joining, powder coating, hardware installation, and assembly.
Material and tooling fit
Stamping and CNC punching both use a punch and die. CNC punching positions strokes to build a pattern; stamping repeats a cut or form defined by its tooling. Some features use existing tools, while others require dedicated tooling. A changing design or different quantity can change the preferred process.
We work with carbon steel, stainless steel, and aluminum. Include the grade and thickness, along with any existing tooling or previous process the part needs to match.
- Materials
- Carbon steel, Stainless steel, Aluminum
- Production fit
- Tooling and production fit are reviewed against geometry, quantity, and repeat demand.
Resolve the features before the tooling
Show how each feature functions in the finished assembly. Holes close to a later bend can distort during forming, so their location must be considered with the bend radius and material thickness. Identify mating holes and reference surfaces on the formed drawing, not just the flat pattern.
Hole punching leaves a cut edge whose condition depends partly on the clearance between punch and die. Flag burr direction, exposed edges, and surfaces that contact another part. Include any edge-treatment requirements rather than assuming every opening needs the same finish.
Provide both the first order quantity and likely repeat demand. These help evaluate tooling investment alongside the part geometry. If the design is still changing, identify unsettled features before committing to a dedicated tool or matching a previous production process.
Approve hole locations in the formed condition before committing to tooling. A correct flat pattern must still put both mounting holes where the assembly needs them.
For your stamping quote
Share the current design and expected demand so we can assess tooling and part production together.
- Part files
- Flat and formed geometry, revision, and critical dimensions.
- Material
- Grade, thickness, and any material requirements.
- Demand
- Quote quantities and expected repeat orders.
- Existing tooling, if any
- Available tools or prior processes to match. You do not need tooling in place to start.
- Finished condition
- Edge, coating, hardware, and assembly requirements.