Automatic Rebar Bending Machine 16mm CNC Steel Rod Bar Stirrup Hoop Bender for Water Tap Concrete Reinforcing Bars

1. Adopt CNC servo control system to realize fully automatic and uninterrupted bending and forming process
2. Servo motor drive, synchronous belt drive double-line bending system greatty reduce labor intensity
2. Double wire or single wire processing.
The max diameter of steel rebar can reach 16mm
3. Can bend various shapes, multi angle multi shapecan be bend in one step
4. Stable performance, high efficiency, CNC intelligient

CNC Rebar Bending Machine	6-16
Single rebar processing diameter	4—16mm
Double rebar processing diameter	4—10mm
Stirrup side length range (Min.----Max.)	50-----2000mm
Bending angle	0-----180°_+
Maximum traction speed	90-110m/min
Maximum bending speed	1100°/sec
Length accuracy	±2mm
Angle accuracy	±2°
Rated total power Average power consumption	48kw （5kw/h）
Average output per hour	200mm-200mm 1800个
Total machine weight	Approximately 1.8 tons
Overall dimensions	3800（L）x1000(W) x2200mm (H)
Traction motor	20KW
Bending motor Cutting motor Air compressor	20KW 4.0KW 4.0KW
Main machine	Driven by Oree brand servo motor

Automatic 16mm CNC Rebar Bending Machine

The Automatic Rebar Bending Machine 16mm CNC Steel Rod Bar Stirrup Hoop Bender is designed for efficient bending of suitable steel rods,bars,and concrete reinforcing bars used in construction and fabrication applications. With CNC-controlled bending functions,the machine can help produce repeatable shapes such as stirrups,hoops,angles,and other reinforcing bar configurations.

This type of rebar bender is commonly used in construction material processing,concrete reinforcement,fabrication workshops,and projects requiring repeated bending of steel reinforcement. A machine rated for up to 16 mm rebar can provide a practical solution for processing appropriately sized reinforcing bars,although the actual bending capacity depends on steel grade,bar diameter,machine configuration,tooling,and bending requirements.

The automatic operating concept can reduce repetitive manual bending work and help improve consistency between batches. Operators can set the required bending parameters according to the machine's control system and production requirements.

CNC Rebar Bending Technology

CNC control provides a programmable approach to rebar bending. Instead of manually positioning every bend,the operator can enter or select suitable bending parameters according to the machine configuration.

The control system can coordinate bending movements and positioning to produce repeatable shapes. This can be especially useful when a construction project requires a large number of reinforcing bars with similar dimensions.

The actual programming method varies by machine model. Customers should confirm the control interface,bending angle settings,number of programmable steps,and other functions before purchase.

16mm Steel Bar Bending Capacity

The 16 mm designation indicates the intended maximum nominal bar diameter under specified operating conditions. It should not be interpreted as a universal capacity for every type of steel.

Actual bending capability can be affected by:

Rebar diameter

Steel grade and tensile strength

Bending angle

Bending radius

Tooling configuration

Machine structure

Motor and transmission system

Production requirements

For this reason,customers should provide the exact rebar specifications when requesting a quotation.

Automatic Rebar Bending

Automatic bending can help simplify repetitive reinforcement processing. Once the required parameters have been established,the machine can perform programmed bending operations with reduced manual positioning.

This can be useful when producing multiple pieces with the same or similar dimensions. Repeatability is particularly important when reinforcement components must fit within predefined concrete structures.

Depending on the machine design,automatic operation may include programmable angle control,bar positioning,automatic feeding,or other assisted functions. The exact automation level should be confirmed for the selected model.

Stirrup and Hoop Bending

One important application is the production of rebar stirrups and hoops.

Stirrups are commonly used in reinforced concrete structures to help hold longitudinal reinforcement in position. Depending on the required design,the bending machine can produce suitable square,rectangular,or other programmed reinforcement shapes.

Hoop bending applications may also include circular or polygonal reinforcement components. The required shape depends on the construction design and available tooling.

Proper dimensional control is important because reinforcement components need to fit within the specified structural geometry.

Steel Rod and Bar Processing

The machine can process suitable steel rods and reinforcing bars into different bent configurations.

Potential products may include:

Concrete reinforcement bars

Rebar stirrups

Steel hoops

Bent steel rods

Reinforcing bar hooks

Construction reinforcement frames

Structural reinforcement components

Custom steel bar shapes

The actual range of shapes depends on the machine's bending mechanism,tooling,and programming capabilities.

Applications in Concrete Construction

Automatic rebar bending machines are useful in construction projects where reinforcing steel needs to be prepared before concrete placement.

Typical applications may include:

Residential construction

Commercial buildings

Concrete foundations

Columns and beams

Bridges

Roads

Tunnels

Water infrastructure

Industrial buildings

Precast concrete production

For projects involving water-related infrastructure,such as water treatment facilities,pipelines,and concrete structures,the machine can be used to prepare suitable reinforcing bars according to engineering drawings.

The machine itself does not determine the structural design. Reinforcement dimensions,bar grades,bending shapes,and spacing should follow the applicable engineering specifications.

Water Tap and Water Infrastructure Applications

For applications described as water tap or water infrastructure reinforcement,the machine can process suitable steel bars used in concrete structures around water-related construction.

Potential applications may include concrete supports,reinforced channels,water facilities,and other structural components.

Customers should distinguish between the machine's metal bending function and the final construction application. The machine processes reinforcing steel; the final reinforcement design must be determined by the relevant project requirements.

Production Efficiency

Compared with manual rebar bending,a CNC or automatic rebar bender can help organize repetitive production more efficiently.

A programmable system can reduce repeated manual measurement and positioning. This can help operators maintain more consistent bend sequences when processing batches of similar reinforcement components.

Production output depends on bar diameter,bending shape,number of bends,feeding method,operator workflow,and machine configuration. A complex multi-bend shape will normally require a different cycle time from a simple single-angle bend.

For accurate production planning,customers should provide sample drawings or reinforcement shapes.

Bending Accuracy and Quality Control

Bending quality depends on machine rigidity,tooling condition,bar properties,positioning,and programmed parameters.

Before large-batch production,operators should verify the first processed pieces against the required dimensions and bending angles.

Tool wear should also be monitored. Worn bending components can affect repeatability and may increase the risk of dimensional variation.

For structural reinforcement applications,finished components should be inspected according to the applicable project specifications.

Machine Tooling and Configuration

Different rebar sizes and bending shapes may require different tooling. Bending pins,rollers,discs,fixtures,and other components should be selected according to the machine and workpiece.

Customers requiring special shapes should provide drawings or sample dimensions. This allows the machine configuration and tooling arrangement to be evaluated before production.

Custom tooling can be considered for specialized stirrups,hoops,hooks,and reinforcement components.

Maintenance and Safety

Regular maintenance can help maintain reliable bending performance. Operators should inspect the bending mechanism,tooling,transmission components,electrical system,and fasteners according to the manufacturer's maintenance schedule.

The working area should remain clear of unnecessary materials and personnel. Rebar can move suddenly during bending,so operators should maintain a safe distance from moving bars and bending components.

Emergency-stop functions,guards,and other safety features may be included depending on the machine configuration and applicable requirements.

OEM and Custom Solutions

Construction companies and reinforcement processors may have different requirements for bar diameter,shape,production volume,and automation.

OEM and ODM options may include customized bending tooling,control systems,feeding arrangements,workpiece positioning,and electrical configurations.

Customers should provide rebar diameter,steel grade,required shapes,bending angles,bar length,production volume,power supply,and sample drawings when requesting a machine recommendation.

Why Choose Us

Automatic Rebar Processing – Designed to reduce repetitive manual bending work and support consistent steel bar processing.

CNC Control – Programmable bending functions can support repeatable angles and reinforcement shapes.

16mm Rebar Capability – Suitable for processing appropriately specified reinforcing bars up to the machine's rated capacity.

Stirrup and Hoop Production – Designed for suitable stirrups,hoops,hooks,and other bent reinforcement components.

Construction Applications – Suitable for concrete reinforcement processing in buildings,foundations,bridges,roads,and infrastructure projects.

Flexible Tooling – Bending tooling can be selected according to bar diameter and required reinforcement geometry.

Consistent Production – Programmable operation can help improve repeatability for batches of similar reinforcement components.

OEM & ODM Support – Machine configuration,tooling,and control options can be adapted to specific rebar processing requirements.

FAQs

1. What is an automatic rebar bending machine?

It is a machine designed to automatically or semi-automatically bend suitable reinforcing steel bars into specified angles,stirrups,hoops,and other shapes.

2. What does 16mm mean?

16mm generally refers to the nominal maximum rebar diameter the machine is designed to process under specified conditions. Actual capacity depends on the steel and machine configuration.

3. Can it bend steel rods?

Yes. Suitable steel rods and reinforcing bars can be bent when their diameter and material properties are within the machine's rated range.

4. Can it make rebar stirrups?

Yes. Suitable CNC rebar bending machines can produce stirrups when the required dimensions and shape are supported by the machine and tooling.

5. Can it bend rebar into hoops?

Yes. Suitable tooling and programming can allow the production of appropriate hoop or closed-loop reinforcement shapes.

6. Is this machine CNC controlled?

The product is designed as a CNC rebar bending machine,but the exact control functions should be confirmed according to the selected model.

7. What materials can it process?

It is intended for suitable reinforcing steel bars and rods. Material grade and tensile strength should be confirmed before operation.

8. Can it be used for concrete construction?

Yes. It can be used to prepare reinforcing bars for suitable concrete construction and reinforcement applications.

9. Can it be used for water infrastructure projects?

Yes. Suitable reinforcing bars can be prepared for concrete structures used in water-related infrastructure,subject to project specifications.

10. What affects bending accuracy?

Bar diameter,steel grade,bending radius,tooling,positioning,machine rigidity,and programmed parameters can all affect bending accuracy.

11. Can the machine make custom rebar shapes?

Depending on the machine configuration,custom stirrups,hoops,hooks,and other programmed shapes may be possible.

12. What information should I provide before purchasing?

Provide the rebar diameter,steel grade,bar length,bending shapes,angles,required radius,production volume,power supply,and sample drawings if available.

Prev：Refrigeration System Copper Tube Serpentine S Bending Equipment
Next：Exhaust Pipe Bender Machine Tube Expanding Reducing Bending Machine for Garage Use
TAG: Automatic Hoop Bending Machine, Steel Hoop Bending Machine, Steel Bar Processing Machine, Steel Rod Bending Machine, Steel Rod Bender, Steel Bar Bender, Metal Bar Bending Machine, Steel Bar Bending Machine, Industrial Rebar Bending Machine, Automatic Rebar Processing Machine, Rebar Processing Machine, Rebar Fabrication Machine, Rebar Fabrication Equipment, Construction Rebar Machine, Building Rebar Bending Machine, Precision Rebar Bending Machine, Concrete Reinforcing Steel Machine, Construction Steel Bar Bending Machine, Structural Rebar Bending Machine, Reinforcing Steel Processing Machine, CNC Rebar Processing Machine, Steel Rebar Fabrication Machine, Reinforcement Fabrication Machine, Steel Bar Fabrication Machine, Rebar Bending For Concrete, Concrete Construction Rebar Machine, Rebar Bender For Construction, Rebar Bender For Concrete, Rebar Bender Machine, 16mm Rebar Bender,
Related Category:
Automatic Rebar Bending Machine,CNC Rebar Bending Machine,16mm Rebar Bending Machine,Steel Bar Bending Machine China, suppliers, manufacturers, factory, customized, wholesale, quotation, made in China