Company Name Contact Info Location
DURMAZLAR MAKİNA SAN. VE TİC. A. Ş.
OSB 75. Yıl Bulvarı No: 4 16140 Nilüfer / / BURSA / TÜRKİYE
Contact Info: +90 902 242 1918
Hall: 8
Stand: 802
Product Groups
  • Sheet Metal Processing Machines
  • Plasma Cutting Machines
  • Laser Cutting Machines
  • Presses
  • Machine Elements

No company info found.

PRESS BRAKEAD-SERVO PRES BRAKE
PRODUCT DESCRIPTION:

Press Brakes are used to bend sheet metal. It is a manufacturing equipment used to bend various types of sheet metal. Large sheet metal can be bent, due to its strong and powerful structure. Press brakes are useful and necessary machines for many different manufacturing needs. Press Brakes are usually used in the manufacturing of furniture, automotive panels, frames and containers. However, the list is long and press brakes are used in all types of different manufacturing processes that necessitate bending of metal. Some press brakes are also used in shaping metal artwork. Press brakes can vary in the amount of force they can apply. Different manufacturing needs, and different thickness of the sheet metal that needs bending, necessitates a varying amount of force. Tonnage is the measure of tons of force that one press brake can apply. Usually, hydraulic presses can achieve high tonnages. Depending on your businesses needs, different press brakes are used and manufactured. It is also important to note that different press brakes have different speeds and accuracies. When choosing a press brake, you should pay attention to what you need and what the machine you choose can deliver. Servo electric press brakes have higher accuracies while hydraulic press brakes are more powerful. In choosing a press brake, make sure you specify your specific needs, and find a machine that can deliver those needs.

ELECTRICAL PRESS BRAKEAD-ES ELECTRICAL PRESS BRAKE
PRODUCT DESCRIPTION:

Press Brakes are used to bend sheet metal. It is a manufacturing equipment used to bend various types of sheet metal. Large sheet metal can be bent, due to its strong and powerful structure. Press brakes are useful and necessary machines for many different manufacturing needs. Press Brakes are usually used in the manufacturing of furniture, automotive panels, frames and containers. However, the list is long and press brakes are used in all types of different manufacturing processes that necessitate bending of metal. Some press brakes are also used in shaping metal artwork. Press brakes can vary in the amount of force they can apply. Different manufacturing needs, and different thickness of the sheet metal that needs bending, necessitates a varying amount of force. Tonnage is the measure of tons of force that one press brake can apply. Usually, hydraulic presses can achieve high tonnages. Depending on your businesses needs, different press brakes are used and manufactured. It is also important to note that different press brakes have different speeds and accuracies. When choosing a press brake, you should pay attention to what you need and what the machine you choose can deliver. Servo electric press brakes have higher accuracies while hydraulic press brakes are more powerful. In choosing a press brake, make sure you specify your specific needs, and find a machine that can deliver those needs.

Electrical Press BrakeAD-EB Electrical Press Brake
PRODUCT DESCRIPTION:

Eco-Friendly! AD-EB Electrical Press Brake series can be manufactured from 2550 mm table width up to 3050 table width. They have a maximum bending capacity of 135 tons. Durma can offer different sizes of the AD-EB Electrical Press Brakes, depending on your manufacturing needs. The machine frame is made by welding, and all waste is prevented through stress-relieving and efficient processing technologies. Durma press brakes ensure perfect bending results with the reducer drive system, precise gear mechanism, belt fastener, high torque strength bearing cylinder and press brakes. AD-EB Electrical Press Brake is eco-friendly. Hydraulic oil is not used and therefore no waste material is generated from oil changes. Thanks to its belt structure, force transmission is spread and energy efficiency is achieved without the need for an external crowning system.

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  • DURMA