Our Tree Transplanting and Planting Machines;

• They are the first and only domestically produced machines of their kind in Türkiye.
• They dig the planting pit themselves.
• They uproot trees quickly and without causing damage.
• The uprooted tree is transferred on the machine itself.
• The boom extends from the right, left, and rear of the machine to precisely center and plant the tree from any surrounding angle.
• During transplanting, the irrigation process is carried out using the onboard water tank and pump system.

In 1993, our company manufactured the world's first infinite rotation-type tree transplanting and planting machine, model AC 230 DASD, and made it available to public institutions and municipalities in Türkiye. The AC 230 DASD, which we continue to produce, plays a vital role in relocating trees—natural assets that take decades to grow—without causing harm, serving as a guarantee for a greener future.

Currently, our machines are actively used in more than half of Türkiye’s 81 provinces, in many major municipal governments, and in various export markets worldwide. Designed to relocate trees with trunk diameters of up to 30 cm, along with their root soil, our machine was developed to help preserve green areas and pass on our trees to future generations. Our aim is to make this valuable service accessible across all of Türkiye.

Did You Know?

A 100-year-old beech tree can reach a height of approximately 20 meters and a crown spread of 12 meters. With over 600,000 leaves, it can expand its coverage from 120 m² to around 1,200 m² over time.

Through the pores in its leaves, it facilitates oxygen exchange for an area of 15,000 m², equivalent to two football fields. On a sunny day, a beech tree can process 9,400 liters (or 18 kg) of carbon dioxide. In an environment where the carbon dioxide concentration is 0.03%, around 36,000 m³ of air is filtered through its leaves.

It significantly filters bacteria, fungal spores, dust, and other harmful particles from the air. By evaporating 400 liters of water per day, it humidifies the atmosphere, and through photosynthesis, it releases 13 kg of oxygen, which is enough to meet the daily oxygen needs of about 10 people.

Moreover, it produces 12 kg of sugar per day, which it partially stores as starch and partially uses to build its own structure.

If a modern city chooses to cut down such a beech tree to make way for construction, it would take 2,000 young saplings—each with a trunk volume of 1 m³—to replace its environmental function. The estimated cost of this would be approximately €150,000.