MACH | CNC TUBE BENDING MACHINES

STRAIGHT TUBE IN.

COMPLEX PARTS OUT

Turn tube, pipe and profiles into accurate, repeatable 2D and 3D components with intelligent CNC tube bending technology built for modern manufacturing.

From a single bend to complex multi-plane components, MACH CNC Tube Benders control feed length, rotation and bend angle through one programmed production cycle creating finished parts with speed, consistency and precision.

Whether you’re producing exhaust systems, handrails, furniture, agricultural components, hydraulic lines or fabricated assemblies, we configure the machine around what matters most: your parts, your tube and your production.

PRECISION TUBE BENDING

Accurate, repeatable CNC-controlled bends across complex tube and pipe geometries

HIGH-SPEED PRODUCTION

Reduce cycle times with automated feeding, positioning, rotation and bending

MULTI-AXIS CONTROL

Produce complex bends, rotations and profiles within a single programmed cycle

FLEXIBLE TOOLING

Configure tooling for different tube diameters, profiles, materials and bend requirements

REDUCED HANDLING

Automate tube positioning and bending to minimise manual intervention and operator handling

CONSISTENT QUALITY

Maintain repeatable bend angles, dimensions and finished-part accuracy from the first component to the last

BENDING TECHNOLOGY

CNC / Mandrel / Multi-Stack / Booster / Push Bending

TUBE & PROFILE RANGE

Round / Square / Rectangular / Oval / Special Profiles

MATERIAL CAPABILITY

Mild Steel / Stainless Steel / Aluminium / Copper / Specialist Alloys

MACHINE CONFIGURATIONS

2-Axis / 3-Axis / Multi-Axis / Semi-Automatic / Fully Automatic

PRODUCTION OPTIONS

Loading Systems / Unloading / Measuring / Marking / Integrated Automation

Technology & Features

INTELLIGENT PRODUCTION

Advanced CNC tube bending technology designed to feed, rotate and form tube and profiles automatically. Intelligent CNC control, precision tooling and automated positioning deliver complex 2D and 3D bends, repeatable accuracy and efficient production across both high-mix batches and repetitive manufacturing.

01

CNC TUBE BENDING

Produce accurate, repeatable tube and profile bends using CNC-controlled positioning and bending. Automate complex bend sequences while reducing manual setup, handling and operator intervention.

02

HIGH-SPEED BENDING

Achieve fast, repeatable bending cycles across tube, pipe and structural profiles. CNC-controlled operation reduces setup time and improves productivity across batch, repeat and high-mix production.

03

MULTI-AXIS BENDING

Produce complex components with multiple bends, angles and rotations within a single programmed cycle. Precisely control bend position and orientation for consistent finished parts.

04

FLEXIBLE TOOLING

Configure tooling around different tube diameters, profiles and bend radii. Flexible tooling options help reduce setup time and allow efficient production across a wide range of component designs.

05

AUTOMATED HANDLING

CNC-controlled feeding and positioning automatically advances, rotates and positions the tube throughout the bending cycle. Reduce repetitive handling while improving consistency, productivity and operator safety.

06

CNC & CAD/CAM CONTROL

Intelligent CNC tube bending software simplifies the programming of complex geometries and multi-bend sequences. Digital programming, process visualisation and automated control help streamline production from component design through to finished part

‎ ‎ ‎ ‎‎ ‎ ‎ INTELLIGENT BENDING. ‎ ‎ ‎ ‎ MAXIMUM PRODUCTIVITY.

Explore More Models

CNC Tube Benders for Every Production Requirement

From versatile CNC bending systems to advanced multi-axis technology, explore solutions configured around your tube, components and production demands.

  • Flexible Machine Configurations
  • Wide Diameter & Profile Capability
  • Automatic & Semi-Automatic Options

CNC TUBE BENDING

Versatile CNC bending systems for accurate, repeatable production across a wide range of tube and profile applications.

  • Flexible Machine Configurations

  • Wide Diameter & Profile Capability

  • Automatic & Semi-Automatic Options

MULTI-AXIS BENDING

Advanced CNC tube bending systems engineered for complex geometries, demanding components and automated production.

  • Multi-Axis CNC Control

  • Complex 2D & 3D Bending

  • Automated Production Capability

BUILT TO PRODUCTION

Robust machine construction and proven components designed for demanding manufacturing environments.

EXPERT SUPPORT

UK & Ireland installation, training, service and technical support throughout the machine lifecycle.

CONFIGURED FOR YOU

Machine, tooling and automation solutions selected around your components and production requirements.

MACH TECHNOLOGIES & AUTOMATION | UK & IRELAND

CNC Tube Bender | Frequently Asked Questions

CNC Tube Benders | Frequently Asked Questions

Get clear answers to the most common questions about CNC tube bending machines, including applications, materials, tube sizes, bend radii, mandrel bending, tooling, accuracy, programming, automation and choosing the right system for your production requirements. Can’t find what you’re looking for? Contact the MACH team | We’re here to help.

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Get full machine specifications, options and technical details.

A CNC tube bender is an automated machine used to form tube, pipe and profiles into accurate 2D and 3D shapes. CNC control manages key movements including tube feeding, rotation and bend angle, allowing complex components with multiple bends to be produced accurately and repeatedly.

MACH supplies CNC tube bending machines for applications ranging from simple tubular components to complex multi-bend parts and automated production.

A CNC tube bender automatically feeds the tube to a programmed position, rotates it to the required orientation and forms the specified bend. These movements are coordinated by the CNC control to create a complete bending sequence.

Depending on the machine and application, the process can include automatic loading, feeding, rotation, bending and unloading for highly automated production.

An NC tube bender typically provides controlled bending with a more limited level of automation, while a CNC tube bender controls multiple machine axes and complete bending sequences.

CNC technology is particularly suited to complex components, multiple bends, 3D geometries and repeat production where accuracy, consistency and reduced operator intervention are important.

Mandrel bending uses an internal mandrel to support the tube during the bending process. This helps control flattening, wrinkling and deformation, particularly when producing tight-radius bends or working with thin-wall tube.

The correct mandrel, tooling and machine configuration depend on the tube diameter, wall thickness, material and required bend radius.

Depending on the machine and tooling configuration, CNC tube benders can process round tube, square tube, rectangular tube, pipe and various special profiles.

MACH configures each tube bending solution around the customer’s actual component requirements, including tube dimensions, profile, material, bend radius and production volume.

Common materials include mild steel, stainless steel, aluminium, copper and other suitable alloys.

Different materials behave differently during bending, so factors including wall thickness, material strength, elongation, springback and bend radius must be considered when selecting the machine and tooling.

Capacity depends on the specific machine, material, profile, wall thickness and required bend radius. CNC tube benders are available for everything from relatively small precision tubing through to considerably larger structural tube and pipe applications.

Rather than selecting a machine by diameter alone, MACH evaluates the complete component and bending requirement before recommending a machine configuration.

Yes. Modern CNC tube benders can produce multi-bend 2D and 3D components by automatically controlling the distance between bends, tube rotation and individual bend angles.

This allows complex tubular components to be manufactured within a programmed sequence while maintaining consistent geometry from part to part.

The minimum achievable bend radius depends on the tube diameter, wall thickness, material, tooling and bending method.

Tighter radii generally place greater demands on the tube and may require mandrels, wiper dies or specialist tooling to control deformation and maintain the required finished profile.

Start with the components you need to produce rather than selecting a machine based on maximum tube capacity alone.

Important factors include tube diameter, wall thickness, material type, bend radius, component geometry, number of bends, production volume, batch sizes and required level of automation.

At MACH, we review your components, drawings and production requirements before recommending a CNC tube bending solution. This helps determine the most suitable machine configuration, bending technology, tooling and automation for your application.

CNC tube bending provides high levels of positional accuracy and repeatability by controlling feed length, tube rotation and bend angle through the programmed bending cycle.

Actual tolerances depend on the machine, material, tooling and component geometry. MACH can assess your drawings or sample parts to determine the appropriate machine and process for your tolerance requirements.

Tube bending tooling can include the bend die, clamp die, pressure die, mandrel and wiper die, depending on the bending process and component.

Tooling is selected around the tube size, profile, material, wall thickness and bend radius. Correct tooling is critical to achieving good bend quality and controlling distortion.

Depending on the CNC control and software package, component information can be imported or created digitally to assist with bend programming, sequencing and simulation.

Advanced systems can help operators visualise the bending process before production, identify potential collisions and reduce programming and setup time for complex components.

Yes. CNC bending systems can account for material springback by adjusting the programmed bend angle and process parameters.

Because springback varies according to material, tube dimensions and geometry, the correct compensation is established during setup and can then be retained within the program for repeat production.

Yes. CNC tube bending can be integrated with automatic tube loading, feeding, positioning, bending and unloading systems.

The appropriate level of automation depends on production volumes, component variety and cycle-time requirements. MACH can provide solutions ranging from flexible standalone CNC benders to highly automated production cells.

CNC tube bending is used to manufacture components including exhaust systems, chassis and frame components, handrails, furniture, hydraulic lines, agricultural equipment, structural assemblies and general fabricated products.

The technology is used throughout automotive, aerospace, transport, construction, furniture, agricultural and general engineering industries.

CNC tube bending is typically used to create defined bends at specific positions along a tube or profile. Roll bending progressively forms material through a series of rolls and is generally used to produce larger-radius curves, arcs and rings.

The correct process depends on the component geometry, tube size, required radius and finished application.

Start with the components you need to manufacture. Important factors include tube diameter, profile, wall thickness, material, bend radius, number of bends, component geometry, tolerances and required production volume.

MACH works from your drawings, sample components and production requirements to identify the appropriate machine capacity, tooling, CNC control and level of automation.

The cost of a CNC tube bender depends on its capacity, number of controlled axes, bending technology, tooling, software and level of automation.

A machine for straightforward batch production will have very different requirements from a fully automated system producing complex multi-bend components.

Send MACH your tube sizes, material, drawings and expected production volumes, and our team can recommend the right machine configuration and provide a quotation.

PRECISION BENDING

REPEATABLE RESULTS.

MACH CNC tube bending solutions are engineered for the accurate and repeatable production of tube, pipe and formed components across a wide range of industrial applications.

From straightforward bends to complex multi-axis geometries, our machines combine precision CNC control, robust tooling and flexible automation to achieve consistent results from the first component through to full production runs.

PRECISION WITHOUT COMPROMISE

High precision and repeatability are fundamental to modern tube forming. MACH solutions are configured around your component requirements, helping achieve consistent bend angles, controlled geometry and reliable production quality while reducing setup time, material waste and operator dependency.

Round / Square / Rectangular Tube
Steel / Stainless Steel / Aluminium
Single & Multi-Axis Bending
Automatic Feeding & Positioning
High Precision & Repeatability
Application-Specific Machine Configurations

BUILT AROUND YOUR APPLICATION

Every tube bending requirement is different. MACH can assess your tube dimensions, material, wall thickness, bend radii, component geometry and production volumes to specify the correct machine and automation package.

Talk to a MACH Tube Bending Specialist →