Understanding Materials, Manufacturing Processes, and Distribution Channels
A good product isn’t made in engineering or manufacturing alone. The decisions that ultimately determine manufacturability, quality, cost, and market success are made much earlier – during the concept and design phase.
That is why a solid understanding of materials, manufacturing processes, and distribution structures is among the most important skills an industrial designer must possess.
A designer does not need to be familiar with every single machine or manufacturing facility. What matters most is an understanding of the underlying principles.
Materials Determine the Design
Every material has its own properties, possibilities, and limitations.
– Plastics enable complex geometries and integrated functions.
– Die-cast aluminum offers high strength and low weight.
– Sheet metal is ideal for cost-effective mass production.
– Milled parts offer the highest precision for small production runs or prototypes.
– Elastomers provide cushioning, sealing, or a secure hold.
– Wood, glass, fiber-reinforced composites, and technical textiles, in turn, each have their own unique requirements.
A good product deliberately takes advantage of these characteristics rather than working against them.
Design for Manufacturing
Every manufacturing process follows its own rules.
– Plastic parts require draft angles, uniform wall thicknesses, and strategically placed ribs.
– Die-cast parts require properly designed transitions and radii.
– Sheet metal parts must take into account bending radii, tool accessibility, and forming limits.
– Milled parts benefit from geometries optimized for manufacturing, which reduce machining time and tooling costs.
– 3D-printed parts benefit from intelligent use of additive manufacturing, leveraging design freedom where it adds real functional, economic, or performance value.
Even small changes in design can simplify tools, reduce scrap, make assembly easier, or save material.
That is why we take manufacturing processes into account from the very beginning, rather than waiting until the end of the development process.
Profitability comes from good decisions
Product design often has a greater impact on manufacturing costs than the prices of individual materials.
– A well-designed component can replace several individual parts.
– Simplified assembly reduces labor time.
– Optimized geometry saves material.
– A standardized component reduces purchasing costs.
– An easy-to-assemble design simplifies service and repairs.
Good design, therefore, always means economical design as well.
Our goal is to create products where technical excellence goes hand in hand with efficient manufacturing, assembly, and long-term serviceability.
Sales Starts with the Product
A product doesn’t just have to be manufactured—it also has to be sold.
Sales channels vary considerably depending on the industry.
– Some products are sold directly to end customers.
– Others reach the market through specialty retailers, wholesalers, or international distribution companies.
– In the industrial sector, dealer networks, system integrators, or OEM partners often play a crucial role.
These differences influence product development.
– A product for the DIY market must meet different requirements than a capital good for industrial companies.
– A medical device has different documentation and packaging requirements than a sporting good.
– A product that is sold worldwide must take into account different standards, markets, and user groups.
That is why we look not only at the product itself, but also at its entire journey to the customer.
Industries change—principles remain the same
We encounter the same manufacturing technologies in nearly every industry.
– Injection molding is used in power tools as well as in medical technology and consumer goods.
– Die-cast aluminum is used in mechanical engineering, the automotive industry, and outdoor products.
– Sheet metal structures, elastomers, milled parts, and fiber-reinforced composites are also widely used across various industries.
That is why a designer does not have to be an expert in every single industry.
What is crucial is an understanding of the fundamental principles of design and manufacturing, as well as the ability to apply them to new challenges.
Manufacturing expertise leads to better products
For us, design doesn’t end with the shape.
We develop products that combine technical performance with cost-effective manufacturing and create value across the entire product lifecycle—from material selection and production to assembly, packaging, logistics, sales, and service.
This holistic understanding allows us to move seamlessly across industries. By mastering the principles of materials, manufacturing processes, and distribution, we can develop innovative products for virtually any market.