Short answer: paeh gabungan nyitak blanks and pierces a flat part in one press stroke, often with good location control between the outside profile and internal holes. It is worth reviewing for flat washers, shims, brackets, terminals, and simple blanks when the part does not need many progressive forming stations.
A paeh gabungan is not the same as a paeh progresif. In a paeh progresif, the strip moves through stations and the part is completed step by step. In a paeh gabungan, several cutting actions happen at the same station. For the right flat part, this can simplify tooling, hold hole-to-profile relationship well, and make inspection easier. For a formed part with bends, tabs, coining, embossing, or secondary hardware, a progressive route may still be the better choice.
Use this page with the paeh progresif design checklist, fine blanking guide, blanking process guide, and tooling cost guide.
Where compound dies fit best
| Bagian type | Why paeh gabungan may fit | Check before quote |
|---|---|---|
| Washers and shims | Inside and outside profiles can be cut in one stroke. | Confirm flatness, burr side, edge condition, and packing method. |
| Flat terminals or tabs | Hole-to-edge control can be important for assembly or mating surfaces. | Mark kontak zones, plating route, and critical datum features. |
| Simple brackets before bending | A blank can be made accurately before a separate forming step. | Ask whether secondary bending changes the cost or tumpukan toleransi. |
| Prototype-to-production flat parts | A compound tool may be simpler than a full paeh progresif. | Compare tool cost against annual volume and expected revisions. |
When a paeh gabungan is not enough
If the part has several bends, drawn features, multiple embosses, in-die tapping, staking, or automatic insertion, a paeh gabungan may become a partial answer rather than the production route. It might still make a blank, but secondary operations can drive total cost and waktos pangiriman. Tinjauan the secondary operations guide and clinching and insertion guide if the print includes hardware or threaded features.
paeh gabungan nyitak also does not remove the need for burr control. Because blanking and piercing happen together, the panyadia should define burr side, acceptable burr height, edge break requirement, and whether the part can be tumbled or must keep a sharp functional edge. For this detail, connect the quote with the burr control guide and deburring and edge break guide.
Cost and volume considerations
A paeh gabungan may quote lower than a paeh progresif when the part is flat and simple. But the comparison should include material yield, run speed, slug control, die maintenance, inspection, and packaging. A cheaper die that produces mixed slugs, scratches, or unstable flatness may not be cheaper after sorting and returns.
For low or moderate volumes, a buyer should also ask whether laser cutting, CNC punching, simple blank tooling, or a paeh gabungan is the right bridge. For high repeat volume, tooling stability and maintenance records become more important. The low versus high volume cost guide and coil yield guide can help compare the quote.
RFQ details to include
- 2D drawing with material, thickness, tolerances, flatness, and burr side.
- Critical hole-to-profile, hole-to-hole, and edge distance requirements.
- Whether the part must stay flat or will be formed in a later operation.
- Surface finish, plating, passivation, cleaning, or cosmetic zones.
- Annual volume, release quantity, target unit price, and target waktos pangiriman.
- Inspection method for critical features, including gage or CMM needs.
- Packaging and count method, especially for thin shims or small washers.
Inspection points
Ask for first article inspection that covers both the inside and outside profile. If the part is used as a shim, spacer, electrical kontak, or locating washer, thickness, flatness, burr, and surface condition can be as important as the outline. For production controls, use the control plan checklist, AQL sampling guide, and incoming inspection checklist.
Kirim drawings and volume assumptions through the kontak page. If you are comparing paeh gabungan, paeh progresif, and laser-cut options, use the RFQ form to include current samples, target annual volume, and which dimensions are critical to assembly.
FAQ: paeh gabungan nyitak
What is paeh gabungan nyitak used for?
It is commonly used for flat parts where blanking and piercing can happen at one station, such as washers, shims, flat terminals, and simple blanks.
Is paeh gabungan nyitak cheaper than paeh progresif nyitak?
It can be cheaper for a simple flat part, but the decision depends on part geometry, production volume, secondary operations, tolerance, and inspection cost.
Can a paeh gabungan make formed parts?
A paeh gabungan is mainly used for cutting flat features. Forming may require a secondary operation or a different die route, depending on the part.
What should a paeh gabungan RFQ include?
Include drawing, material, thickness, burr side, flatness, critical hole and profile dimensions, finish, volume, inspection needs, and packaging method.