Panel Bender

Suction Cup Type Panel Bender

Our innovative equipment features a vacuum grip system, allowing for the manipulation of metal sheets up to 2000mm x 2000mm in size. With an impressive folding rate of just 0.2 seconds per bend, this machine boosts efficiency and minimizes workforce costs.
Model: PB-S
Controller: Proprietary Development
Capabilities: 3mm*2500mm
DISCOVER MOREGet Quote
Sucked Type Panel Bender

Press Arm Type Panel Bender

Our machinery features an innovative pressure arm mechanism, allowing for the manipulation of metal sheets up to an impressive 2500mm x 1250mm in size. This high-performance bender achieves an exceptional folding speed of 0.2 seconds per bend, guaranteeing swift and precise shaping with superior accuracy in the finished component.
Model: PB-P
Controller: Proprietary Development
Capabilities: 3mm*2500mm
DISCOVER MOREGet Quote
Press Type Panel Bender

COOPERATE

Why Choose Us?

Here are several compelling reasons to partner with our company

Cost-Effective Solutions

Our batch production methods allow us to offer top-quality machinery at highly competitive prices.

Responsive Technical Assistance

Our skilled technicians are available for both remote and on-site support in case of equipment issues.

Rapid Delivery

We ensure swift turnaround times: 20 days for standard models and 45 days for custom-built machines.

Rigorous Quality Assurance

Each machine undergoes thorough inspection by our dedicated quality control team before dispatch.

Long-Term Warranty

We stand behind our products with a 15-year guarantee on machine frames and 1-2 years on components and accessories.

Tailored Expert Guidance

Our professionals provide specialized recommendations to meet your specific machinery requirements.

ADH vs. Competitors: A Comprehensive Analysis

ADH
Competitors
Control System
- Our platform-centric design philosophy ensures a robust and expandable system architecture.
- The self-propelled robotic arms and multi-axis linkage in our cutting machine tools offer excellent versatility, paving the way for future applications across diverse industries.
Automatic Loading and Unloading
- Seamlessly integrate self-propelled robotic arms with our bending center for enhanced efficiency and adaptability. This configuration also simplifies workpiece replacement.
- Robotic arm movements are dynamically generated to complement bending operations.
- Enjoy hassle-free maintenance as our system eliminates the need for manual robotic arm programming.
Concurrent Linkage
- Our hardware description language-based driver development enables simultaneous multi-axis interpolation, allowing for unrestricted action programming and timing.
- Experience true multi-axis concurrent linkage control, where coordinated movements occur without time lag, efficiently executing complex action sequences.
Machine Specifications and Setup
- 2000P Model Highlights:
- Boasting a robust 22KW motor, the machine incorporates an 8020 heavy-duty grinding-grade screw rod and high-precision P-class 55 linear guide for superior performance.
- The standard helical gear reducer features a 5:1 ratio. With a 180 specification, it offers enhanced precision!
- Equipped with NACHI's specialized high-load roller screw bearings, originally from Japan, featuring an impressive 16mm ball diameter.
- Each shaft is fortified with 12 bearings, with the value of bearings per shaft exceeding ten thousand yuan.
- Premium cast machine body ensures durability!
Sophisticated Control Capabilities
- Users have access to advanced control instructions, enabling the programming of intricate operations and the creation of complex workpiece geometries.
Tri-Axial Auto-Positioning with Integrated Safeguards
- Three independent axes offer flexible positioning options with customizable reference edges. The system includes reliability safeguards such as misplacement detection and directional error prevention.
Dual C-Axis Synchronization with Angle Compensation
- The feed rotation mechanism features distinct upper and lower rotation axes, allowing for synchronized or independent operation to facilitate intricate workpiece machining.
Dynamic Motion Management
- Every operation incorporates acceleration and deceleration control, ensuring exceptionally smooth machine performance with minimal vibration and noise.
- During concurrent tasks, this feature not only boosts productivity but also minimizes stress on mechanical components, significantly enhancing equipment longevity and preserving the integrity of machine parts.
Imbalance Detection Mechanism
- This system promptly identifies and halts operations if workpiece tilting or foreign object interference occurs, effectively safeguarding the equipment, reducing malfunctions, and prolonging operational lifespan.
Sheet Thickness Monitoring
- During bending processes, the system detects discrepancies between programmed and actual sheet thickness, immediately stopping operations. This protects the equipment, minimizes failures, and extends machine life.
- Additionally, it prevents material waste, benefiting the customer's resource management.
Precision Control Capabilities
- The system achieves an impressive control accuracy of 0.0001mm.
- Interpolation operations can be executed with extreme precision without compromising movement speed.
- Users can achieve their desired bending angles with high accuracy.
Innovative Hinge Blade Technology
- Our patented powered hinge blade control enables non-contact material sliding, preserving plate surface integrity and preventing lateral displacement, thus maintaining bending precision.
Intuitive Operating Software
- Custom-designed for versatile bending centers
- Aligns with operator workflows, allowing experienced bending professionals to become proficient within 2 hours
- Features pre-bending self-inspection, displaying workpiece shape correctness from 4 angles using visual and textual cues
- Offers multiple crowning options for high-precision bending
- Proven through 3 years of market testing to effortlessly handle complex bending tasks
Manual Control
- Features a handwheel with 0.001 mm precision for fine adjustments.
- Ideal for initial bending calibration of intricate components.
Handwheel Collision Prevention System
- This advanced system provides real-time coordinate tracking, instantly halting operation when the handwheel-controlled axis approaches a collision point.
Advanced Software Collision Prevention
- Our system's core architecture implements collision avoidance, offering nanosecond-level responsiveness. Users can interact with complete assurance.
Next-Generation Industry 4.0+ Cloud-Based Operations and Maintenance System
- Engineered in alignment with Industry 4.0 principles, our system has been refined over a five-year period and offers seamless upgrades tailored to client specifications.
- Our innovative cloud-based operations and maintenance solution bridges all aspects from equipment to operational endpoints.
- Leveraging the ADH cloud intelligent management platform alongside our proprietary high-end equipment, we facilitate the creation of smart chemical facilities, propelling clients into the authentic Industry 4.0 era.
Innovation Team
- Our in-house research and development squad is spearheaded by elite R&D veterans from ZTE.
- With complete control over R&D processes, we guarantee lifelong support and system enhancements.
- We proudly hold the distinction of being a nationally recognized high-tech enterprise.
Intellectual Property
- Since 2018, we've initiated numerous pivotal patent applications, with over 100 submissions, 40+ approvals, and 3 registered software works.
Certified Excellence
- ADH has successfully undergone rigorous evaluation by the National Machine Tool Quality Supervision and Inspection Center, as evidenced by inspection report 2020QW044.
Market Presence
- Our product line boasts a substantial and loyal customer base.
- The inaugural machine model, introduced in 2018, has demonstrated its efficacy over a three-year market presence.
- Our solutions serve more than ten distinct industries, with thousands of units deployed across our client network.
Control System
- Unlike competitors' systems, which are often temporary assemblies or modifications of turret punch presses, our solution offers superior stability and scalability.
Automatic Loading and Unloading
- Our system features direct robotic arm integration, eliminating the need for separate docking systems.
- Enjoy seamless operation with a unified system, avoiding the hassle of maintaining two separate setups or repeated calibrations during workpiece changes.
Concurrent Linkage
- True concurrent linkage is achieved through our advanced control mode, ensuring precise synchronization regardless of the number of axes involved.
- Our system excels in executing complex action sequences, significantly boosting overall operational efficiency.
Component and Configuration
- Our robust design incorporates screws up to 60mm, linear guides up to 45mm, and reducers up to 160mm, ensuring optimal performance and durability.
Advanced Control Instruction
- Leverage our sophisticated control instructions to execute complex action combinations with precision and ease.
Three Axis Automatic Positioning + Automatic Detection
- Experience enhanced flexibility and reliability with our three-axis positioning system, complete with anti-misplacement detection capabilities.
Double C-axis Following + Oblique Borrowing Function
- Tackle complex workpieces with ease using our dual rotating C-axes and oblique borrowing functionality.
Acceleration and Deceleration Control
- Lacks precision in acceleration/deceleration control, resulting in imprecise action management.
- Rigid operational movements cause significant component stress, excessive vibration, and noise pollution, leading to reduced equipment longevity.
Load Imbalance Detection Mechanism
- Absent. Real-time load imbalance monitoring proves challenging within the current bus control framework.
Material Thickness Monitoring System
- Not available. Implementing instantaneous material thickness tracking is problematic in the existing bus control setup.
Operational Precision
- Limited accuracy, achieving only 0.01mm precision, insufficient for exact angle bending.
- Axis interpolation is challenging, with poor consistency in interpolation outcomes.
Powered Folding Blade
- This feature's absence restricts expansion capabilities.
User Interface Software
- Mimics ADH, offering basic interface functionality with limited user-friendliness.
- Operators face learning curve challenges.
- Single crowning technique limits optimal bending for certain workpieces.
- Recently introduced software lacks market validation and refinement.
Manual Adjustment Wheel
- Feature absent, hindering fine-tuning capabilities.
Collision Prevention for Manual Adjustment
- Not implemented.
Advanced Software Collision Prevention
- Sluggish reaction speed, basic collision avoidance only
Industry 4.0+ Cloud Operation and Maintenance Management System
- Current system configuration prioritizes short-term convenience over long-term flexibility.
- Adapting to emerging requirements while simultaneously upgrading and integrating multiple axis systems poses significant challenges.
R&D Team
- Absence of an in-house core research and development team, with reliance on external contractors for R&D activities.
- Disconnect between R&D and production processes leads to inconsistent quality levels, complicating future upgrades, after-sales support, and maintenance procedures.
Patents
- Lacking proprietary technology, they resort to replicating and violating numerous patents we hold, exposing themselves to potential legal action.
Authoritative Inspection
- Nonexistent
Customer
- Large-scale production is yet to commence, with the product still undergoing market validation.
- Research and development backing is inadequate, with a notable disconnect from manufacturing partners.
- Post-purchase support presents significant challenges, and scaling up production is fraught with obstacles.

Our Processing Equipment

The production of premium-grade machine tools hinges on the utilization of sophisticated processing equipment.

FAQs

Seeking Information? We're Here to Clarify
What exactly is a panel bender?

A panel bender is a sophisticated piece of machinery designed for sheet metal fabrication. This advanced equipment automates the process of bending metal sheets, combining multiple functionalities to execute intricate bending tasks. By doing so, it significantly boosts both productivity and accuracy in metal forming operations.

How do panel benders differ from conventional press brakes?

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

  • Enhanced automation, allowing for operator-free functioning
  • Superior processing accuracy, guaranteeing uniform product quality
  • Increased production output, particularly in high-volume manufacturing
  • Ability to execute intricate bending operations, including multi-sided forming

Which industries are panel benders suitable for?

Panel benders find application across diverse sectors, including:
• Electrical enclosure fabrication
• Household appliance manufacturing
• Automotive component processing
• Aeronautical engineering
• Architectural embellishment
• Medical device production

What sets ADH's panel benders apart?
  • Unparalleled accuracy: Cutting-edge control systems deliver exceptional bending precision
  • Maximized productivity: Extensive automation dramatically enhances manufacturing output
  • Versatility: Adept at processing sheets across a spectrum of materials and thicknesses
  • Smart technology: Integrated with sophisticated programming platforms for streamlined operation and troubleshooting

How to select the ideal panel bender for your requirements?

Consider the following factors:
• Material specifications: Type and thickness spectrum
• Bending specifications: Required length and accuracy
• Production demands: Volume and efficiency targets
• Practical considerations: Available space and financial limits
For expert guidance tailored to your unique situation, we recommend reaching out to ADH's sales professionals.

Is operating a panel bender a complex task? Do you need specialized instruction?

Panel benders from ADH are engineered with user-friendly interfaces, prioritizing seamless human-machine interaction. This design philosophy makes them comparatively straightforward to use. Nevertheless, to maximize the machine's potential, we strongly advise operators to undergo expert instruction. ADH offers thorough operational training programs, ensuring our clients can skillfully navigate and utilize the equipment to its fullest extent.

How can you ensure optimal performance of a panel bender?

• Consistent cleaning and proper lubrication
• Routine checks and timely replacement of worn components
• Fine-tuning the control mechanism
• Adhering to the manufacturer's maintenance guidelines
ADH provides extensive post-purchase support and upkeep instructions to guarantee your equipment's enduring reliability.

What sets ADH's panel bender apart?
  • Cutting-Edge Innovation: Leveraging globally recognized technology, ADH ensures superior performance and exceptional reliability in their equipment.
  • Dedicated Support: With comprehensive post-purchase assistance and expert technical guidance, ADH guarantees the sustained, efficient operation of their machines.
  • Industry Acclaim: Garnering widespread praise and confidence from a diverse user base, ADH has solidified its position as a trusted name in the market.

What types of panel benders does ADH provide?
  1. PB-S: Suction Cup Panel Bender
  • Key Features: Employs suction cup technology, accommodating metal sheets up to 2000mm x 2000mm.
  • Efficiency: Achieves 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.
  1. PB-P: Press Arm Panel Bender
  • Key Features: Utilizes press arm technology, handling metal sheets up to 2500mm x 1250mm.
  • Efficiency: Executes precise bends in just 0.2 seconds, ensuring rapid and accurate processing.
  • Control: Custom-developed control system.
  • Capacity: Manages metal sheets up to 3mm thick and 2500mm long.

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

The return on investment timeline for panel benders varies based on multiple elements, including operational frequency, production efficiency gains, and reduced labor expenses. Typically, mid-sized manufacturing firms can expect to recover their investment within 1 to 3 years. For a more accurate assessment tailored to your unique circumstances, ADH Corporation offers detailed payback analysis services.

How does ADH Corporation support customers after purchase?

At ADH Corporation, we go above and beyond to ensure our panel bender clients receive top-notch post-purchase care. Our extensive after-sales package includes:

  • On-site setup and system activation
  • Hands-on operational guidance
  • Scheduled upkeep evaluations
  • Round-the-clock technical assistance hotline
  • Ready availability of replacement components
  • Software enhancement offerings

Our Customers

The following big brands are using our machines.
Contact Us
Wondering which equipment best suits your sheet metal production? Allow our experienced sales professionals to help you identify the most appropriate solution for your specific needs.
Seek Expert Advice
Privacy PolicyTerms
Copyright © 2025
chevron-down linkedin facebook pinterest youtube rss twitter instagram facebook-blank rss-blank linkedin-blank pinterest youtube twitter instagram