Panel Bender

Suction Cup Type Panel Bender

Our innovative panel bender features a cutting-edge suction cup mechanism, facilitating the manipulation of sheet metal up to 2000mm x 2000mm in size. With an impressive bending speed of just 0.2 seconds per fold, this machine dramatically boosts efficiency and minimizes labor costs.
Model: PB-S
Controller: Independent R&D
Capabilities: 3mm*2500mm
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Sucked Type Panel Bender

Press Arm Type Panel Bender

Our state-of-the-art panel bender incorporates a pressure arm mechanism, allowing for the manipulation of sheet metal with maximum dimensions of 2500mm x 1250mm. This cutting-edge machine achieves unparalleled efficiency with its lightning-fast bending speed of 0.2 seconds per bend. Such rapid and precise operation ensures impeccable accuracy in every fabricated piece.
Model: PB-P
Controller: Independent R&D
Capabilities: 3mm*2500mm
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Press Type Panel Bender

COOPERATE

Why Choose Us?

Discover the key advantages of collaborating with our team.

Competitive Price

Our streamlined batch production approach enables us to deliver premium-grade machinery at competitive prices.

Technical Support

In the event of a malfunction, our skilled technicians offer remote and in-person support to address and resolve the issue promptly.

Short Lead Time

Our standard machines are dispatched within a 20-day timeframe, while bespoke machines are delivered within 45 days.

Quality Control

Prior to dispatch, our quality assurance team meticulously examines every piece of equipment.

Quality Guarantee

Every product comes with our comprehensive warranty: a 15-year assurance on the machine frame, complemented by a 1-2 year coverage for components and accessories.

Expert Solutions

We provide tailored, knowledgeable recommendations for machinery that aligns perfectly with your specific needs.

ADH vs. Competitors: A Comprehensive Comparison

ADH
Competitors
Control System
- Platform-based design ensures exceptional stability and scalability
- Self-driven robotic arms and multi-axis linkage in cutting machine tools offer excellent adaptability for future expansion.
Automatic Loading and Unloading
- Seamlessly integrated self-driven robotic arms enhance efficiency and flexibility
- Automatic generation of robotic arm actions based on bending processes
- Minimal maintenance required for robotic arm programming, ensuring user convenience
Concurrent Linkage
- Hardware description language-based underlying driver enables unrestricted multi-axis simultaneous linkage interpolation
- True multi-axis concurrent linkage control eliminates timing discrepancies, allowing for efficient complex action combinations
Component and Configuration
- Machine Model of 2000P:
- 22KW maximum motor power
- Heavy-duty 8020 grinding grade screw rod and P-class 55 linear guide
-Standard helical gear reducer (ratio: 5, specification: 180) for enhanced precision
- NACHI high-load roller screw injection molding machine bearings (16mm ball diameter)
- 12 bearings per shaft, with significant bearing value
- Premium-grade casting machine body
Advanced Control Instruction
- User access to sophisticated control instructions for complex action programming and intricate workpiece shaping
Three Axis Automatic Positioning + Automatic Detection
- Flexible reference edge selection with three independent positioning axes
- Integrated reliability features including anti-misplacement and direction detection
Double C-axis Following + Oblique Borrowing Function
- Independent upper and lower rotation axes for synchronous or asynchronous operation
- Enables complex workpiece processing through flexible axis control
Acceleration and Deceleration Control
- Smooth machine operation with minimal vibration and noise
- Enhanced efficiency and reduced mechanical wear in concurrent operations
Bias Load Detection System
- Real-time detection and program termination for unilateral bending or foreign object presence
- Protects equipment, minimizes failures, and extends service life
Plate Thickness Detection System
- Halts program operation when actual sheet thickness differs from programmed specifications
- Safeguards equipment, reduces failures, and prevents material waste
System Control Accuracy
- Precision control to 0.0001mm
- Fine-grained interpolation without speed reduction
- Enables precise angle bending
Power Hinge Knife
- Patented non-contact material sliding prevents surface damage
- Ensures lateral accuracy by eliminating plate shoveling
Human-Computer Interaction Software
- Tailored for flexible bending centers
- Intuitive design for rapid learning (2-hour training for experienced workers)
- Pre-bending self-inspection with 4-angle visual and textual display
- Multiple crowning options for high-precision bending
- Market-tested for handling complex bends
Handwheel
- 0.001mm precision for fine-tuning complex parts
Handwheel Anti-Collision System
- Real-time coordinate detection with immediate collision prevention
Deep Anti-Collision of Software
- Nanosecond response time for confident user operation

Industry 4.0+ Cloud Operation and Maintenance Management System
- Five-year development based on Industry 4.0 architecture
- Seamless integration from equipment to operation
- Facilitates intelligent chemical plant implementation
R&D Team
- In-house team led by former ZTE senior experts
- Full control over R&D content with lifelong maintenance and upgrades
- National high-tech enterprise status
Patents
- Over 100 core patent applications since 2018
- 40+ authorized patents and 3 published software works
Authoritative Inspection
- Passed rigorous National Machine Tool Quality Supervision and Inspection Center evaluation (Report: 2020QW044)
Customer
- Extensive stable customer portfolio
- Market-proven since 2018
- Thousands of units sold across 10+ industries
Control System
- Many competing systems are hastily assembled or modified from turret punch presses, resulting in poor stability and limited scalability.
Automatic Loading and Unloading
- Direct robotic arm operation is not possible; only interfacing with separate robotic systems is available.
- Users must manage two distinct systems, necessitating repeated calibration between them when changing workpieces, which complicates the bending process.
Concurrent Linkage
- Predominantly employs bus control, falling short of true concurrent linkage. Increased axes lead to greater time discrepancies and reduced synchronization.
- Capable of only basic actions, limiting overall efficiency.
Component and Configuration
- Screw size is capped at 60, linear guide at 45, and reducer at 160.
Advanced Control Instruction
- Lacks sophisticated control instructions, preventing execution of complex action sequences.
Three Axis Automatic Positioning + Automatic Detection
- Typical dual-axis positioning systems lack anti-misplacement detection, significantly reducing flexibility and reliability.
Double C-axis Following + Oblique Borrowing Function
- Usually limited to a single rotating axis, restricting the complexity of workpiece processing.
Acceleration and Deceleration Control
- Absence of acceleration/deceleration control or precise action management.
- Rigid movements cause significant part impact, intense vibration, and noise, shortening equipment lifespan.
Bias Load Detection System
- Not available. Real-time bias load detection is challenging in bus control systems.
Plate Thickness Detection System
- Absent. Real-time plate thickness detection is difficult to implement in bus control systems.
System Control Accuracy
- Low precision, maxing out at 0.01mm, insufficient for precise angle bending.
- Interpolation of any axis is challenging, with poor consistency.
Power Hinge Knife
- Function unavailable, limiting expansion possibilities.
Human-Computer Interaction Software
- Mimics ADH with simplified interface functionality, compromising user-friendliness.
- Steep learning curve for operators.
- Limited crowning options, unsuitable for certain workpieces.
- Recently launched software lacks market validation and maturity.
Handwheel
- Function absent or limited to coarse adjustments.
Handwheel Anti-Collision System
- Not available.
Deep Anti-Collision of Software
- Slow response times, offering only basic collision prevention.
Industry 4.0+ Cloud Operation and Maintenance Management System
- Hastily assembled system for convenience.
- Struggles with new requirements and simultaneous upgrades across multiple axis systems.
R&D Team
- Lacks dedicated in-house R&D, relying on outsourced development.
- Disconnected R&D and production lead to inconsistent quality and complications in upgrades, after-sales support, and maintenance.
Patents
- Absence of proprietary core technology results in patent infringement, risking legal action.
Authoritative Inspection
- Not available.
Customer
- No mass production experience, still in market validation phase.
- Weak R&D support disconnected from manufacturing.
- After-sales support is problematic, presenting significant hurdles for mass production.

Our Processing Equipment

The production of premium machine tools hinges on cutting-edge processing equipment.

FAQs

Curious About Something? Let Us Clarify
What exactly is a panel bender?

A panel bender is a sophisticated piece of machinery designed for the automated manipulation of metal sheets. This cutting-edge equipment streamlines the process of complex sheet metal bending, incorporating multiple functionalities to boost both productivity and accuracy in manufacturing operations.

How do panel benders differ from conventional press brakes?

When contrasted with standard press brakes, panel benders offer several key benefits:

  • Enhanced automation capabilities, facilitating operator-free production
  • Superior processing accuracy, guaranteeing uniform product quality
  • Increased manufacturing output, particularly in large-scale production scenarios
  • Ability to execute intricate bending operations, including multi-sided forming

Which industries are panel benders suitable for?

The versatility of panel benders makes them invaluable in various industries:
• Electrical cabinet fabrication
• White goods production
• Vehicle parts machining
• Aviation sector
• Interior and exterior design
• Healthcare equipment assembly

What sets ADH panel benders apart?
  • Precision engineering: Leveraging cutting-edge control mechanisms to deliver unparalleled bending accuracy
  • Streamlined productivity: Advanced automation features dramatically enhance manufacturing output
  • Versatile performance: Adept at processing sheets across a spectrum of materials and thicknesses
  • Smart technology: Integrated with sophisticated programming interfaces, simplifying operation and troubleshooting processes

How to select the ideal panel bender for your requirements?
  • Material specifications: Consider the variety and thickness spectrum of your workpieces
  • Bending capabilities: Evaluate necessary length and accuracy specifications
  • Output demands: Assess your production scale and efficiency goals
  • Practical considerations: Factor in available workspace and financial limitations

For expert guidance tailored to your unique situation, we encourage you to reach out to ADH's knowledgeable sales representatives.

Curious about panel bender complexity? Does it demand expert guidance to master?

ADH's panel benders are engineered with user experience in mind, emphasizing seamless human-machine interaction. This design philosophy results in equipment that's comparatively straightforward to operate. However, to maximize the potential of these sophisticated machines, professional training is advisable. ADH offers thorough operational instruction to empower customers with the skills needed to expertly handle the equipment.

How to properly maintain and care for a panel bender?
  • Ensure consistent cleaning and proper lubrication
  • Routinely examine and swap out worn components
  • Fine-tune the control mechanism periodically
  • Adhere to the manufacturer's maintenance guidelines

ADH provides extensive post-purchase support and upkeep instructions to guarantee the equipment's enduring reliability.

Why choose ADH's panel bender?
  • Cutting-Edge Innovation: Our machines incorporate globally recognized technology, guaranteeing superior performance and unparalleled reliability.
  • Dedicated Support: ADH offers extensive post-purchase assistance and expert technical guidance, ensuring your equipment operates flawlessly for years to come.
  • Industry Recognition: Our panel benders have earned widespread acclaim and confidence from a multitude of clients, solidifying ADH's position as a trusted industry leader.

What types of panel benders does ADH provide?

1. Suction Cup Panel Bender (Model: PB-S)

  • Key Features: Employs suction cup technology, accommodating metal sheets up to 2000mm x 2000mm.
  • Efficiency: Executes bends in a mere 0.2 seconds, boosting productivity and minimizing labor expenses.
  • Control: Proprietary control system developed in-house.
  • Capacity: Processes metal sheets up to 3mm thick and 2500mm long.

2. Press Arm Panel Bender (Model: PB-P)

  • Key Features: Utilizes press arm technology, handling metal sheets up to 2500mm x 1250mm.
  • Efficiency: Achieves bends in just 0.2 seconds, ensuring rapid and precise operation.
  • Control: Proprietary control system developed in-house.
  • Capacity: Manages metal sheets up to 3mm thick and 2500mm long.

How long does it typically take to recoup the investment in panel benders?

The return on investment timeline for panel benders varies based on multiple elements, including operational frequency, enhancements in manufacturing efficiency, and reductions in workforce expenses. For mid-scale industrial firms, the investment recovery period typically spans 1 to 3 years. ADH Corporation offers personalized ROI assessments tailored to your unique operational circumstances, providing a more accurate estimate of your potential payback timeline.

How does ADH support customers after purchase?

ADH Corporation stands behind its panel bender customers with a full suite of post-purchase services and technical assistance, encompassing:

  • On-site setup and system initialization
  • Hands-on operational instruction
  • Scheduled upkeep evaluations
  • Round-the-clock technical helpdesk
  • Replacement component availability
  • Software enhancement offerings

Our Customers

The following big brands are using our machines.
Contact Us
Unsure about the ideal machine for your sheet metal project? Our expert sales team is ready to assist you in finding the perfect solution tailored to your requirements.
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