Precise placement of concrete spacers is essential for the structural integrity of concrete structures. Current methods are time-consuming and require higher expertise. No product offers multifunctionality. They occasionally result in inaccuracies, leading to potential structural weaknesses and an increased risk of failures.

Existing rebar spacers do not integrate connection points within themselves, thus failing to create links with other construction areas. Current product systems cannot adequately adapt to the changing demands of modern construction practices. Although numerous flexible construction systems exist, their load-bearing capacity is gradually decreasing, leading to a rise in the number of failures.

Construction projects often require extensive orientation knowledge, and its absence can lead to inaccurate measurements and, thus, errors. Traditional spacers lack the features to assist with orientation on the construction site.

Traditional methods of placing concrete spacers are complex, taking years to be learnt and requiring skilled labor which varies significantly across continents. The shortage of qualified workers often results in higher costs and extended project timelines.

The construction industry significantly contributes to environmental pollution, primarily through excessive material waste and high carbon dioxide emissions. Low-quality plastic spacers often get damaged during construction work, making proper material handling more difficult and significantly growing landfill waste.

Spacer Cone ensures precise spacing for both the lower and upper reinforcement bars in concrete structures, increasing the safety and durability of the structures. The product's installation time is at least 10% shorter, taking 53 minutes for 36 m² compared to the 1 hour and 2 minutes required for traditional spacers. With regular use this can achieve up to 30% faster installation.

Spacer Cone combines multiple functions, reducing the need for additional tools and materials. It provides versatile connection points that optimize installation across various construction segments – from foundation systems to slab edges and even partition walls. Its integrated design eliminates the need for additional materials like dowels and plugs, offering a comprehensive alternative compared to existing market products.

The product has orientation-marking capabilities. This feature simplifies the structural alignment of elements, making the process faster and reducing errors, thereby improving efficiency on the construction site.

The system can be mastered in a few weeks instead of months, allowing even unskilled workers to use it effectively. By simplifying the placement process of reinforcements, it reduces the required time and workforce, thereby lowering the cost of the given construction phase by up to 10%.

The product, made from 100% recycled materials, reduces reliance on virgin resources and decreases the amount of plastic waste. This technology can save up to 0.9 million tons of CO₂ annually through reduced concrete usage, as well as thousands of tons of sand each year. Furthermore, by reusing up to 10% of Europe’s annual 25 million tons of plastic waste, it could divert 2.5 million tons from landfills.