Series production doesn't always require expensive tooling

Manufacturing steel components without a progressive die is becoming an increasingly common solution for projects that require a fast production launch, prototyping or short production runs. In many cases, investing in complex tooling is not justified at the early stage of a project. This project shows how laser cutting, CNC bending and mechanical assembly made it possible to implement a component without the need to build an expensive progressive die. The customer received the finished part faster and at significantly lower upfront costs.

Produkcja komponentów stalowych bez narzędzia progresywnego

In the early phase of many projects, it is difficult to clearly define the target production volume. This applies especially to industries such as HVAC, automotive, e-mobility, lighting and industrial electronics. In such situations, building a full progressive die can mean significant capital expenditure before the product has even been validated on the market. That is why the customer opted for an alternative approach based on: * laser cutting of sheet metal, * CNC bending, * riveted assembly, * final assembly of the unit. This solution made it possible to start production quickly, without having to wait for advanced tooling to be made.

From sheet metal to a finished component

The project was made from DX51D + Z275 MAC sheet steel in 1.5 mm and 3.0 mm thicknesses. This material offers good formability and high corrosion resistance thanks to its zinc coating. The production process involved several stages carried out at the Mikrostyk plant. First, the parts were prepared by laser cutting. This technology made it possible to achieve precise contours and mounting holes without investing in dedicated blanking dies. Next, CNC bending was performed to give the parts their required geometry. Programmable press brakes enabled a fast project launch and made it easy to introduce design changes. Once the sheet metal processing was complete, the component was fitted with riveted elements and prepared for final assembly.

Why does manufacturing steel components without a progressive die shorten implementation time?

The biggest advantage of this model is the reduced time needed to launch a project. The traditional approach requires: * designing the tool, * manufacturing the tooling, * carrying out technological trials, * introducing any necessary corrections. Each of these stages extends the time it takes for a product to enter production. Using CNC technology eliminates most of these steps. Production can start immediately after the technical documentation is approved, and any changes can be implemented almost instantly. For many customers, this means a faster time-to-market and lower investment risk.

Manufacturing steel components without a progressive die, backed by an in-house toolroom

Mikrostyk's key advantage is the combination of CNC technology with its own in-house tool shop. This makes it possible not only to deliver projects without progressive dies, but also to prepare the customer for a smooth transition to series production in the future. As a result, requirements related to later process automation and production cost optimisation are taken into account as early as the prototype and short-run stage. This solution works well both for individual components and for more complex assemblies used in the refrigeration, energy, automotive and lighting industries.

Q&A

When is it worth choosing production without a progressive die?

Most often for prototypes, pilot runs and projects whose target volume has not yet been defined.

Which technologies replace a progressive die?

Most commonly laser cutting, CNC bending, forming and mechanical assembly.

Is manufacturing steel components without a progressive die more expensive?

At low and medium volumes it is often more cost-effective, as it eliminates the high cost of investing in tooling.

Can I switch to metal stamping later?

Yes. Once production volumes grow, a progressive die can be introduced, allowing a move to a more efficient series production process.

What materials can be processed this way?

Among others, galvanised steel, stainless steel, aluminium, copper and other materials used to manufacture industrial components.

Which industries use this solution?

Most often HVAC, automotive, e-mobility, lighting, electronics, energy and the semiconductor industry.

Looking for a way to launch production quickly without high tooling costs?

Contact the Mikrostyk team. By combining laser cutting, CNC bending, assembly and our own in-house toolroom, we help customers move from prototype to series production in the most efficient way.