Our story started with a dream. As Cemer Playground Equipment, with the awareness of being one of the pioneers in the industry, we have been managing the whole process from idea to production based on safety for 30 years. We provide you confidence.
This innovative planter design is manufactured using advanced 6-axis 3D concrete printing technology, merging modern architecture with sustainability. Meticulously constructed using a specialized concrete mixture of at least C42.5 grade, the structure features a layer height of 10-20 mm and a wall thickness of 30-60 mm, showcasing the characteristic texture of 3D printing as an aesthetic hallmark. The integrated metal components are crafted from ST 37 steel, sandblasted, and treated with a solvent-free zinc primer coating, ensuring superior corrosion resistance against UV rays and extreme weather conditions.
The material quality of the product is reinforced with high-strength concrete of at least C42.5 class and Glass Fiber Reinforced Concrete (GRC) technology. Atlas CUS 453 planters offer a body that is lighter than traditional concrete yet significantly more resistant to impact and abrasion, thanks to a mixture of silica sand, white cement, and alkali-resistant glass fiber. Constructed with a layer height of 10-20 mm and a wall thickness of 30-60 mm, this structure exhibits a fire-resistant performance with low water and heat permeability that remains unaffected by natural conditions. In this way, the raw aesthetics of concrete combine with modern engineering to create a long-lasting and protected experience for your plants in outdoor spaces.
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Thanks to their high material quality, they offer superior resistance to rust and wear. With a user-friendly design that supports environmental sustainability, they are a strong partner in achieving a clean and well-organized environment.
At the core of our production processes, 6-axis robotic 3D printing technology processes high-strength concrete mixes of at least C42.5 class with flawless precision. This technological structure, built with a layer height of 10-20 mm, breaks the traditional rigid perception of concrete, transforming amorphous and ergonomic forms into architectural works of art.
GRC technology, a combination of alkali-resistant glass fiber, silica sand, and high-performance cement, provides our designs with a blend of lightness and extreme impact resistance. With low water and heat permeability, this specialized material promises a lifespan that lasts for generations in outdoor environments, thanks to its fire resistance and high durability against environmental conditions.
The ST 37 steel components used in our designs are rendered fully resistant to corrosion and UV rays through sandblasting and solvent-free zinc primer processes. This durable metal skeleton combines with high-quality solid wood surfaces suitable for outdoor conditions, establishing a perfect material balance between the raw industrial aesthetic of concrete and the warm texture of nature.
These planters are produced using 6-axis 3D concrete printing technology, which eliminates the need for molds. This method allows for the flawless creation of amorphous and unique forms that cannot be achieved through traditional casting, using precise 10-20 mm layers.
We use at least C42.5 class concrete and Glass Fiber Reinforced Concrete (GRC) in our products. As a result, our planters are resistant to extreme heat/cold cycles, impacts, and abrasion, featuring low water permeability and full fire resistance.
No; the ST 37 steel used in our designs is sandblasted and then coated with a solvent-free zinc primer. This specialized protection layer maximizes the corrosion resistance of metal parts against UV rays and moisture, preventing rust.
