When selecting a Tube Bending Machine, it's crucial to consider several key specifications. First, the machine's bending capacity: it should be able to handle the sizes, thicknesses, and materials of the tubes you'll be working with. Second, the bending techniques it employs, such as mandrel, roll, or rotary draw bending, each suitable for different applications. Third, consider the machine's precision and accuracy, especially if you require exact bends. Fourth, evaluate its ability to minimize deformation and maintain the tube's integrity during bending. Control systems also play a significant role: NC systems are ideal for simpler tasks, while CNC systems offer more advanced control for complex, high-volume production. Finally, look at features enhancing productivity, like multi-stack bending or automatic tool change systems, and ensure the machine's durability aligns with your operational demands.

 

- AK 306 B Tube bending machine

Year: 2012

Max. tube length 3100 mm
Total power 4 kW
Max. tube Ø 200 mm

Akyapak ABM 38 CNC Tube Bending Machine (Revised in 2019)

Year: 2005

Max. tube Ø 38 mm
Total power 5.5 kW
Bending angle 180 °

Akyapak ABM 38-3 Tube Bending Machine

Year: 2016

Max. tube Ø 38 mm
Bending speed 90 u/mn
Bending angle 180 °
Total power 5.5 kW

Akyapak ABM 76 CNC Tube Bending Machine

Year: 2021

Max. tube length 8000 mm
Max. tube Ø 76 mm

Akyapak 38 3D Tube and Profile Bending Machine

Year: 2009

Akyapak 38 3D Tube and Profile Bending Machine 16,25 and 30 mm tools are included

Akyapak ABM 76-4 Pipe Bending Machine

Year: 2017

Max. tube Ø 76 mm
Total power 7.5 kW

Akyapak APK 240 Profile and Pipe Bending Machine

Year: 2013

Max. tube Ø 240 mm
Total power 30 kW

Akyapak ABM 50 CNC Tube bending machine

Year: 2017

Max. tube length 4000 mm
Max. tube Ø 45 mm

Akyapak ABM 38/4 CNC 5 axis tube bending machine

Year: 2006

Max. tube Ø 38 mm
Bending angle 180 °


Single Stack CNC electric/hydraulic Tube Bender

Year: 2022

Max. tube length 4000 mm
Bending angle 180 °
Max. tube Ø 90 mm

CNC Electric Tube Bending Machine

Year: 2022

Max. tube length 3000 mm
Bending angle 180 °
Max. tube Ø 25.4 mm
Total power 12 kW

CNC Tube Bending Machine With Multiple Tool Stack

Year: 2022

Max. tube length 4000 mm
Bending angle 180 °
Max. tube Ø 90 mm

CNC Hybrid Tube Bending Machine up to 90mm Capacity

Year: 2022

Max. tube length 6300 mm
Bending angle 180 °
Max. tube Ø 90 mm

Applied Tube Technology / Eurobend 65mm CNC Bending Machine - 2 Tool Stack

Year: 2023

Max. tube length 4000 mm
Bending angle 190 °
Max. tube Ø 65 mm

Arrieta CCC 3100 x 18 mm Tube bending machine

Year:

Max. tube length 3100 mm
Total power 18.6428 kW
Max. tube Ø 340 mm

Baileigh MB120 CNC Tube bending machine Low working hours

Year: 2012

Max. tube length 6000 mm
Bending angle 190 °
Total power 30 kW
Max. tube Ø 114.3 mm
Bending speed 60 u/mn

Baileigh R-H250 Hydraulic Double Pinch Angle Bending Roll

Year: 2015

<u>Capacities</u> Pipe: 8" x 0.322" Wall / 98" Min. Diameter Square Tube: 5.875" x 0.375" / 118" Min. Diameter Solid Round: 5" / 62" Min. Diameter Flat Bar Easy Way: 13.75" / 36" Min. Diameter Flat Bar Hard Way: 6.875" x 1.5" / 52" Min. Diameter Angle Iron: 5.875" x 5.875" x 0.375" Lower Shaft Diameter: 9.05" Upper Shaft Diameter: …

APH 3110 x 200 t. S.N.13330

Year: 2008

Explore the Baykal Press Brake Model 3110 x 200, now featured on Kitmondo, tailored for professionals in the metalworking industry. This press brake is engineered for high-performance bending and forming of metal sheets, making it an indispensable tool for a wide range of applications, from automotive and aerospace components to construction and industrial machinery. Key Technical Specifications: Model: 3110 x …

Used Bema REVERSE 25 Tube bending machine

Year: 2004

Max. tube length 4000 mm
Max. tube Ø 25 mm


Tube Bending Machines, particularly those available on Exapro, are engineered to shape tubes of varying sizes and materials into intricate bends and curves. They offer versatility in handling different tube profiles - round, square, rectangular, or even complex custom shapes. This makes them a go-to choice for a range of applications, from automotive exhaust systems and aerospace components to construction frameworks and furniture manufacturing.

The Tube Bending Machines on Exapro are sourced from leading manufacturers, ensuring consistent quality, performance, and longevity. They encompass both CNC (Computer Numerical Control) and NC (Numerical Control) models. CNC Tube Bending Machines, with their automated control and high precision, are perfect for industries requiring complex, high-volume production. On the other hand, NC Tube Bending Machines offer a cost-effective solution for simpler, repetitive bending tasks.

One of the defining characteristics of Tube Bending Machines is their ability to minimize deformation and maintain the structural integrity of the tube during the bending process. This is achieved through various methods such as mandrel bending, roll bending, or rotary draw bending, each suited for different applications and tube specifications.

These machines also come equipped with features to enhance productivity, such as multi-stack bending and automatic tool change systems. This allows for a seamless transition between different bending tasks, reducing downtime and optimizing workflow.

In the realm of second-hand machinery, Exapro serves as a trusted marketplace connecting buyers and sellers from around the globe. The platform is home to a vast array of Tube Bending Machines, each listed with comprehensive details and specifications to aid in your selection process.

Main characteristics to look at

Tube bending machines are specialized equipment designed to bend tubes and pipes to specific angles without compromising their structural integrity. They're used in a range of industries, from automotive and aerospace to construction and furniture manufacturing. Here are some of the main characteristics of tube bending machines:

  • Bending Capacity: Tube bending machines can handle tubes of various sizes, thicknesses, and materials, including steel, stainless steel, aluminum, and copper.
  • Bending Techniques: These machines employ several bending techniques, such as mandrel bending, roll bending, or rotary draw bending. Each technique is suitable for different applications and tube specifications.
  • Precision and Accuracy: Tube bending machines offer high precision and accuracy in bending tubes to the desired angles. This is particularly true for CNC tube bending machines, which use computer-controlled programming to ensure exact bends.
  • Minimized Deformation: A critical characteristic of tube bending machines is their ability to minimize deformation during the bending process. They are designed to maintain the tube's structural integrity and prevent wrinkling or collapsing.
  • Versatility: Tube bending machines can work with different tube profiles - round, square, rectangular, or even complex custom shapes.
  • Efficiency: Many tube bending machines come with features that enhance productivity, such as multi-stack bending and automatic tool change systems. These features reduce downtime between different bending tasks and streamline operations.
  • Control Systems: Tube bending machines may use either Numerical Control (NC) or Computer Numerical Control (CNC) systems. NC machines are generally more cost-effective and suitable for simpler, repetitive tasks, while CNC machines offer more advanced control for complex, high-volume production.
  • Durability and Longevity: These machines are built to withstand rigorous use, making them a long-lasting addition to manufacturing operations.

It's essential to consider these characteristics when choosing a tube bending machine, ensuring it meets your specific requirements and aligns with your production capabilities.

What budget to count with 

The price of a tube bending machine can vary widely based on several factors including its brand, model, age, condition, specifications, and whether it's new or used. Here are some general price ranges:

A basic, manual tube bender suitable for light-duty work could cost a few hundred to a few thousand dollars.

A semi-automatic or NC (Numerical Control) tube bending machine might range from 10 000€ to 50 000€, depending on the machine's capabilities and the brand.

Advanced CNC (Computer Numerical Control) tube bending machines with high precision, speed, and automation features can cost from 50,000€ to several hundred thousand euros.

High-end, specialized tube bending machines designed for complex tasks or high-volume production could cost upwards of a million euros.

For a used machine, you should count between 15 000€ and 45 000€ though you can find full lines at a few hundred thousands euros. You can always use our pricing Algorithm Valorexo to pinpoint a fair market price.

Please make sure you agree on all the details with the seller or ask your Exapro Agent for support.