What are load-bearing and supporting structures?

In many areas, load-bearing and supporting structures take on the task of safely absorbing and distributing loads. They form the basis for protective systems such as safety fences, machine covers or fall protection. Metal frames in particular offer the optimum solution for such applications thanks to their stability and long service life.

Advantages of metal frames in load-bearing and supporting structures

Metal frames are the first choice for load-bearing and supporting structures for good reason. They offer:

1. Robustness

Metal is extremely resilient and can withstand heavy physical impact.

2. Longevity

Stainless steel, aluminium or galvanized steel protect the structures from corrosion and environmental influences.

3. Flexibility

Metal load-bearing and supporting structures can be individually tailored to specific requirements.

4. Sustainability

Metal frames are fully recyclable, making them an environmentally friendly choice.

Load-bearing and supporting structures made of metal frames are particularly valued when it comes to combining stability and cost-effectiveness.

Application areas of load-bearing and supporting structures

There are many possible applications for load-bearing structures and supporting structures:

Industrial plants

Protective systems such as partition walls and machine covers rely on sturdy metal frames.

Building industry

In construction, load-bearing and supporting structures are used as supports for façade protection, fall protection or temporary scaffolding.

Logistics

In warehouses, metal frames define safety zones or stabilize shelving systems.

Energy

Support and support structures are used in solar installations and wind farms to secure sensitive systems.

Public space

Traffic barriers and canopies are often based on robust metal frames.

In every industry, load-bearing and supporting structures ensure that protective systems can be integrated reliably and safely.

How load-bearing and supporting structures are created

The manufacture of load-bearing and supporting structures requires precision and high-quality materials. Typical production steps include

Material selection

Depending on the application, stainless steel, aluminium or galvanized steel are used.

Machining techniques

Processes such as CNC milling, welding or laser cutting guarantee the precision of the metal frames.

Surface treatment

Powder coating or galvanizing protect load-bearing and supporting structures from external influences and extend their service life.

Precise manufacturing ensures that load-bearing and supporting structures work reliably even under extreme conditions.

The future of load-bearing and supporting structures

Innovations and new technologies are driving the development of load-bearing structures and supporting structures:

Lightweight construction

• Materials such as aluminum enable stable constructions with low weight.

Digital planning:

• CAD software can be used to design load-bearing and supporting structures with millimeter precision.

Sustainable materials:

• The use of recycled metals improves the environmental balance of protection systems.

Modularity

• Load-bearing and supporting structures are becoming increasingly modular in order to facilitate assembly and adaptation.

These trends make load-bearing and supporting structures even more efficient and environmentally friendly.

Costs and cost-effectiveness of load-bearing and supporting structures

Although load-bearing and supporting structures made of metal frames appear more expensive to purchase, they are the more economical choice in the long term. Their durability and low maintenance make them the best solution for protection systems. Customized support structures also offer the opportunity to make optimum use of materials and reduce costs.