Panel Bender,Bending Machines,Press Brake,cnc press brake,Automatic Panel Bender Manufacturer and Supplier in China

Mr. 何卫生

What can I do for you?

ragos up-acting hybrid cnc presss brake model series

foshan ragos panel bender full electric servo press brake model series

ragos down acting hyblrd press brake model

PRODUCTS VIDEO

Fully intelligent customized panel bending 40-500T

High-performance CNC bending machine Esa S630

HG-200-3200 with LT15 controller hybrid press brak

ADVANCED PRODUCTS

Efficient production | Consistent accuracy | Customizable solutions

AG Series
High repeatability
Zero manual-interfere on bending

MG Series
High speed
Easy operate

HG Series
Thick plate sharpening
Excellent stability

HM Series
Energy efficiency
High efficiency
High intensity

NG Series
High Precision
80% Energy-saving
Eco-friendly

NCVM Series
Flexible
High output
Less noise

Panel Bender

Up-acting Hybrid CNC Press Brake

Down-acting Hybrid CNC Press Brake

Pump-controlled Servo CNC Press Brake

Full Electric Servo CNC Press Brake

V-Grooving CNC Machine

WHY CHOOSE US?

Worry-free | Time-saving | Practical

High Reputation

Powerful
Trust worth
Famous Brand
Quality Ensure

Durable
Versatile
Precise
ECO-friendly

Sustainable
Low-carbon
Energy-efficient
After-sales Carefree

Free Online Training
Fast Production
Timely Response
Competitive Price

Economical
Productive
Cost-effective

PARTNER

Uniting expertise for exceptional bending solutions

Ragos has provided sheet metal bending solutions and reached long-term strategic partnership with many leading enterprises in the industry, such as CHIGO Group, GREE Group, LG Group, Midea Group, Linwang Elevator, etc.Meanwhile, Ragos has been accumulating the cooperation experience of sharing stable and reliable equipment to demanding, high-level and high-quality platforms.

About Ragos Panel Bender

RAGOS is a CNC Press brake、CNC panelbender equipment development manufacturer as well as leading production, sales, and after-sales service as one of modern integrated CNC Equipment Co., Ltd.

10 + Years

Dedicated to the development and production of bending machine for more than 10 years

80 + R&D

R&D patent certificate

30 + People

Professional technicians

20 + Teams

Professional R&D Team

1000 + Client

Customized Solution Customers

Profile

Foshan RAGOS CNC Equipment Co., Ltd integrating R&D, production and sales of CNC sheet metal equipment and after-sales service. In order to achieve high speed and high precision products, RAGOS cooperates with NADIC Corporation of Japan to develop and introduce advanced technology and imported spare parts, specializing in manufacturing Hybrid CNC bending machines, full electric servo bending machines, CNC V-grooving machines and automatic bending centers.
Mission

We insist on manufacturing ultra-precise sheet metal equipment, intelligent and advanced machinery that satisfies customers, and provide professional technical independent maintenance service and perfect after-sales service to provide strong and powerful support for customers' production lines.
Innovation

With the core concept of safety, high performance, innovation and environmental protection, we are committed to the development of ultra-precise mechanical equipment, combining aesthetics and ergonomics to subvert the development and innovation of traditional mechanical design.
Intelligent

Smart advanced equipment, RAGOS is committed to reach a full range of intelligent solutions to promote the upgrading and progress of the machinery industry.

Profile

Foshan RAGOS CNC Equipment Co., Ltd integrating R&D, production and sales of CNC sheet metal equipment and after-sales service. In order to achieve high speed and high precision products, RAGOS cooperates with NADIC Corporation of Japan to develop and introduce advanced technology and imported spare parts, specializing in manufacturing Hybrid CNC bending machines, full electric servo bending machines, CNC V-grooving machines and automatic bending centers.

Mission

We insist on manufacturing ultra-precise sheet metal equipment, intelligent and advanced machinery that satisfies customers, and provide professional technical independent maintenance service and perfect after-sales service to provide strong and powerful support for customers' production lines.

Innovation

With the core concept of safety, high performance, innovation and environmental protection, we are committed to the development of ultra-precise mechanical equipment, combining aesthetics and ergonomics to subvert the development and innovation of traditional mechanical design.

Intelligent

Smart advanced equipment, RAGOS is committed to reach a full range of intelligent solutions to promote the upgrading and progress of the machinery industry.

OUR CUSTOMER

Cross-border cooperation, Collaboration for mutual benefit

NEWS

Bending Machine Maintenance Tips for Optimal Performance

COMPANY NEWS INFORMSATION

VIEW MORE +

How to Power On a Press Brake Machine

A press brake machine is a critical tool in metal fabrication, allowing for precise bending of metal sheets. Properly powering on the machine is essential for safe and efficient operation. Here's a step-by-step guide on how to power on a press brake machine:**Step 1: Preparation**Before powering on the press brake machine, ensure that the work area is clear of any obstructions. Check that the emergency stop button is disengaged and that all safety guards are in place.**Step 2: Locate the Power Switch**The power switch on a press brake machine is typically located on the main control panel. It is usually a prominent, easily identifiable button or switch.**Step 3: Power On Sequence**1. Press the main power switch to turn on the machine.2. Wait for the machine to go through its startup sequence. This may involve lights flashing, displays initializing, and motors engaging.3. Check the control panel for any error messages or warnings.**Step 4: Test Run**Once the machine is powered on, perform a test run without any material to ensure that all functions are working correctly. Check the alignment of the tooling and adjust if necessary.**Step 5: Safety Precautions**Always follow safety protocols when operating a press brake machine. Wear appropriate personal protective equipment, keep hands clear of moving parts, and never override safety features.By following these steps, you can safely and effectively power on a press brake machine and prepare it for bending metal sheets with precision. Remember, proper training and adherence to safety guidelines are crucial when operating any machinery.

07

2024-05

How to Adjust a CNC Press Brake Machine
A CNC press brake machine is a sophisticated tool used in metalworking to bend and shape metal sheets with precision. Proper adjustment of the machine is crucial to ensure accurate and consistent results. Here is a detailed guide on how to adjust a CNC press brake machine:**Step 1: Understanding the Machine**Before making any adjustments, familiarize yourself with the specific model of the CNC press brake machine you are working with. Refer to the manufacturer's manual for detailed instructions on the machine's components and functions.**Step 2: Tooling Setup**1. Install the appropriate tooling based on the bending requirements. Ensure that the tooling is securely fastened and aligned correctly.2. Check the tooling height and depth settings to match the material thickness you will be working with.**Step 3: Backgauge Adjustment**1. Set the backgauge position according to the desired bend angle and material length.2. Use the CNC control panel to input the correct backgauge position. Verify the position using a test run before bending the actual material.**Step 4: Bend Allowance Calculation**Calculate the bend allowance based on the material type, thickness, and bend angle. Input this information into the CNC control system to ensure accurate bending.**Step 5: Angle Adjustment**1. Use the CNC control panel to set the desired bend angle for the material.2. Verify the angle adjustment by performing test bends and measuring the results with precision tools.**Step 6: Crowning Adjustment**If your CNC press brake machine is equipped with a crowning system, adjust it to compensate for deflection and ensure consistent bending along the entire length of the material.**Step 7: Fine-Tuning Parameters**1. Adjust parameters such as bending speed, pressure, and backgauge retraction to optimize the bending process for different materials and thicknesses.2. Make incremental adjustments and perform test runs to fine-tune the settings for optimal results.**Step 8: Safety Precautions**Always prioritize safety when adjusting a CNC press brake machine. Follow proper lockout/tagout procedures, wear appropriate personal protective equipment, and be cautious around moving parts.By following these steps and guidelines, you can effectively adjust a CNC press brake machine to achieve precise and consistent bending results. Regular maintenance and calibration of the machine are also essential to ensure continued accuracy and performance.
07

2024-05

Mastering a CNC Press Brake Machine: A Comprehensive Guide
Learning how to operate a CNC press brake machine effectively is essential for achieving precise and consistent results in metal fabrication. Here is a comprehensive guide to help you master the art of using a CNC press brake machine:**1. Understand the Basics**Start by familiarizing yourself with the basic components of a CNC press brake machine, including the control panel, backgauge, tooling, and safety features. Study the machine's manual to grasp its functions and capabilities.**2. Training and Education**Consider enrolling in training programs or workshops specifically designed for CNC press brake operation. These programs cover topics such as machine setup, tooling selection, programming, and safety protocols.**3. Hands-On Practice**Practice is key to mastering a CNC press brake machine. Start with simple bending tasks and gradually progress to more complex projects. Focus on developing your skills in tooling setup, backgauge adjustment, and bend angle calculations.**4. Programming Skills**Learn how to program the CNC press brake machine to accurately control the bending process. Understand how to input bend angles, backgauge positions, and material specifications into the control system.**5. Material Knowledge**Gain a thorough understanding of different types of materials commonly used in metal fabrication, such as steel, aluminum, and stainless steel. Learn how material properties impact the bending process and adjust machine settings accordingly.**6. Precision Measurement Techniques**Master the use of precision measuring tools such as calipers, micrometers, and angle finders to ensure accurate bending angles and dimensions. Practice measuring and verifying bend results to achieve tight tolerances.**7. Troubleshooting Skills**Develop troubleshooting skills to identify and resolve common issues that may arise during the bending process. Learn how to interpret error messages on the machine's display and take corrective actions.**8. Safety First**Prioritize safety at all times when operating a CNC press brake machine. Follow safety guidelines, wear appropriate personal protective equipment, and be mindful of potential hazards such as pinch points and moving parts.**9. Continuous Learning and Improvement**Stay updated on the latest advancements in CNC press brake technology and techniques. Attend industry events, workshops, and seminars to expand your knowledge and skills in metal fabrication.By following these steps and dedicating time to practice and learning, you can become proficient in operating a CNC press brake machine and produce high-quality metal components with precision and efficiency. Remember, mastery comes with experience and a commitment to continuous improvement.
07

2024-05

How to Properly Adjust and Secure a Press Brake Machine
A press brake machine is a vital tool in metal fabrication, used to bend and shape metal sheets with precision. Proper adjustment and secure fastening of the machine components are essential for ensuring accurate and safe operation. Here is a detailed guide on how to adjust and secure a press brake machine effectively:**1. Tooling Setup and Alignment**- Begin by installing the appropriate tooling for the bending task at hand. Ensure that the tooling is securely fastened to the machine and aligned correctly.- Check the tooling height and depth settings to match the material thickness being worked on. Proper tooling setup is crucial for achieving accurate bends.**2. Backgauge Adjustment**- Set the backgauge position according to the desired bend angle and material length. Use the machine's control panel to input the correct backgauge position.- Verify the backgauge position by performing test runs with scrap material before bending the actual workpiece.**3. Bend Allowance Calculation**- Calculate the bend allowance based on the material type, thickness, and bend angle. Input this information into the machine's control system to ensure accurate bending.**4. Angle Adjustment**- Use the control panel to set the desired bend angle for the material. Verify the angle adjustment by performing test bends and measuring the results with precision tools.**5. Crowning Adjustment (If Applicable)**- If your press brake machine is equipped with a crowning system, adjust it to compensate for deflection and ensure consistent bending along the entire length of the material.**6. Securing Machine Components**- After making the necessary adjustments, ensure that all machine components are securely fastened. Check and tighten bolts, clamps, and other fasteners to prevent any movement during operation.- Regularly inspect and maintain the machine components to prevent loosening over time. Follow the manufacturer's guidelines for maintenance and tightening torque specifications.**7. Safety Precautions**- Prioritize safety when adjusting and securing a press brake machine. Follow proper lockout/tagout procedures, wear appropriate personal protective equipment, and be cautious around moving parts.- Educate operators on safe operating practices and conduct regular safety training sessions to prevent accidents and injuries.**8. Regular Maintenance**- Implement a regular maintenance schedule for the press brake machine to ensure optimal performance and longevity. Check and tighten fasteners, lubricate moving parts, and inspect for any signs of wear or damage.- Address any issues promptly to prevent them from escalating and affecting the machine's performance.By following these steps and guidelines, you can effectively adjust and securely fasten a press brake machine, ensuring accurate bending results and safe operation. Regular maintenance and adherence to safety protocols are essential for maximizing the machine's efficiency and lifespan.
07

2024-05

Bending a Circle on a Press Brake Machine: Techniques and Considerations
Bending a circle or a curved shape on a press brake machine requires precision, careful planning, and the right techniques to achieve accurate results. Here is a technical guide on how to bend a circle on a press brake machine:**1. Tooling Selection**- Choose the appropriate tooling for bending a circle, such as a multi-V die or a special tool designed for curved bends. The tooling should match the radius of the desired circle.- Ensure that the tooling is in good condition, securely fastened to the machine, and aligned properly for the bending operation.**2. Material Preparation**- Select a material suitable for bending into a circle, such as sheet metal or plate. The material thickness and type will impact the bending process and tooling selection.- Cut the material into a rectangular shape with dimensions that accommodate the desired circle's diameter and bend radius.**3. Bend Radius Calculation**- Calculate the bend radius needed to form the circle based on the material thickness and type. The bend radius determines the curvature of the circle and influences the tooling selection.- Input the bend radius into the machine's control system to ensure accurate bending results.**4. Setup and Alignment**- Position the material on the press brake machine with the edge to be bent aligned with the tooling. Use precision measuring tools to ensure proper alignment and positioning.- Adjust the backgauge to the correct position to control the length of the bend and ensure consistency throughout the bending process.**5. Bending Process**- Start the bending process by lowering the upper beam of the press brake machine to apply pressure to the material against the tooling. Control the bending speed and pressure to prevent material deformation.- Monitor the bending progress closely to ensure the material follows the desired curve and forms a circle without any defects or irregularities.**6. Test Bends and Adjustments**- Perform test bends on scrap material to verify the bending setup and adjust as needed. Fine-tune the machine settings, tooling position, and bend radius to achieve the desired circle shape.- Inspect the test bends for accuracy, consistency, and any signs of material distortion. Make adjustments accordingly before bending the final workpiece.**7. Safety Measures**- Prioritize safety throughout the bending process by following proper safety protocols, wearing appropriate personal protective equipment, and being mindful of potential hazards.- Educate operators on safe operating practices and ensure they are trained in using the press brake machine for curved bending operations.Bending a circle on a press brake machine requires skill, precision, and attention to detail. By following these techniques and considerations, you can successfully bend circles and curved shapes with accuracy and consistency on a press brake machine. Regular practice and experience will further enhance your proficiency in achieving complex curved bends.

RAGOS single servo hydraulic-electric hybrid CNC bending machine

Model No. :HG-200-5000 Brand Name :RAGOS degree of automation :Fully Automatic Nominal pressure (kN) :2000 Machine type :Synchronized Length of worktable (mm) :5000 Old and new :New place of origin :China Machinable material :Stainless Steel, Alloy, Carbon Steel, Aluminum Additional features :Machining Certification :Ce Core selling point :Flexible Manufacturing warranty period :1 Year Out-of-warranty service :Video Technical Support,Online Support,Spare Parts,Field Maintenance And Repair Service Applicable industry : Building Material Shops, Machinery Repair Shops, Manufacturing Plant, Construction Works, Other Where to provide local services (in which countries are there overseas service outlets) :India,Thailand,Malaysia,Australia,South Korea Showroom location (in which countries are there sample rooms overseas) :Turkey,Philippines,Pakistan,India,Russia,Thailand,South Korea,Malaysia,Australia Marketing type :Ordinary Product Mechanical test report :Provided Video factory inspection :Provided Core component warranty period :1 Year Core components : Bearing,Motor,Pump,Gear The single servo hydraulic-electric hybrid CNC bending machine is a high-precision and high-efficiency metal sheet processing equipment. It adopts a control mode combining servo motor and hydraulic system, which can achieve precise bending operation and has the characteristics of fast, stable and quiet. This bending machine has various preset functions for bending angles and lengths, which can be automatically adjusted according to different processing needs. At the same time, it also has various safety protection measures, such as machine stop and emergency stop button, to ensure the safety of operators. This bending machine is suitable for metal sheet bending processing, widely used in machinery manufacturing, aerospace, automobile manufacturing, electronics and electrical industries. It can improve production efficiency and reduce labor costs, and is an indispensable important equipment in modern production. HG series is the best bending machines of industry benchmark, has the most advantage for thick, or long plates. HG series product maximum thickness is 20 mm, and each bend program accuracy are less than 0.05. World-class CNC bending machine special hydraulic system: Swiss imported CNC system, the system page is concise and clear, the operation is simple and easy to understand, shallow experience can also be processed in the case of no test processing, reduce the training period and labor costs. This bending machine is suitable for metal sheet bending processing, widely used in machinery manufacturing, aerospace, automobile manufacturing, electronics and electrical industries.

09

2023-11

RAGOS Efficient Hydraulic Press Brake Bending Machines
Model No. :HM-110-2500 Brand Name :RAGOS degree of automation :Manual Machine type :Synchronized Old and new :New place of origin :China Machinable material :Stainless Steel,Alloy,Carbon Steel,Aluminum Additional features :Machining Certification :Ce Core selling point :Multifunctional Out-of-warranty service :Video Technical Support,Online Support,Spare Parts,Field Maintenance And Repair Service Applicable industry :Building Material Shops,Machinery Repair Shops,Manufacturing Plant,Construction Works,Other Where to provide local services (in which countries are there overseas service outlets) :India,Thailand,Malaysia,Australia,South Korea Showroom location (in which countries are there sample rooms overseas) :Turkey,Philippines,Pakistan,India,Russia,Thailand,Malaysia,Australia Marketing type :Ordinary Product Mechanical test report :Provided Video factory inspection :Provided Core component warranty period :1 Year HM series Hydraulic Press Brake adopts new integral or split mainframe structure with high rigidity and toughness. The latest oil-electric hybrid drive system The latest oil-electric hybrid drive system, with energy saving and consumption reduction, high efficiency and low heat and other advantageous features, while greatly reducing the working noise, improving the efficiency and ensuring the stability of the machine. The modern and novel industrial appearance design ensures the stability of the machine by improving the working efficiency. The double servo hydraulic-electric hybrid CNC bending machines is widely used in the metal sheet bending processing of industries such as aviation, automobile, machinery, electronics, and construction. Equipment Advantages 1.The latest hybrid drive system 2.High working efficiency, energy saving, high stability 3.Rigid Toughness Low noise 4.Simple and easy to use, reducing costs 5.Multiple security measures for safety and efficiency 6.Spray car paint, anti-UV, anti-oxidation and anti-peeling The HM series Press Brake is an excellent choice for companies that demand the highest levels of performance, reliability, and precision. With its strong steel and high toughness, the integral or split mainframe structure, and the latest oil-electric hybrid drive system, our press brakes offer exceptional energy efficiency, low heat, and reduced noise. Upgrade to our HM series Panel Bender today and take your metalworking capabilities to the next level!
20

2023-10

The Advantages of Full Electric Servo Press Brake in Manufacturing
Press brakes play a crucial role in the manufacturing industry, enabling precise bending and shaping of metal sheets. With the introduction of full electric servo press brake technology, the traditional hydraulic systems have been revolutionized. This blog post explores the numerous advantages offered by full electric servo press brakes in production. Advantages of Full Electric Servo Press Brake: Increased precision and accuracy: Full electric servo press brakes are equipped with advanced control systems that ensure exceptional precision and accuracy in bending operations. Real-time feedback allows for immediate adjustment, resulting in high-quality finished products. Enhanced productivity: One of the key advantages of full electric servo press brakes is their ability to significantly improve productivity. Setup and changeover times are drastically reduced, allowing for faster production cycles. Additionally, idle time is minimized due to the efficient control system. Improved energy efficiency: Unlike traditional hydraulic press brakes, full electric servo press brakes eliminate the need for hydraulic systems. This not only reduces the overall power consumption but also decreases energy waste. The use of electric servo motors ensures energy efficiency throughout the bending process. Cost savings: By utilizing full electric servo press brakes, manufacturers can experience significant cost savings. These machines have lower maintenance and operating costs compared to hydraulic systems. Additionally, the increased productivity and precision result in higher returns on investment. Applications of Full Electric Servo Press Brake: Panel bending: Full electric servo press brakes have revolutionized panel bending operations. They enable the efficient production of complex shapes and ensure consistent quality and repeatability. The advanced control system allows for precise bending of panels, meeting the highest industry standards. Customization and flexibility: Another advantage of full electric servo press brakes is their ability to handle various materials and thicknesses with ease. The machines can be easily programmed to adapt to different bending requirements, providing customization and flexibility. This makes them ideal for small batch production and rapid prototyping. The advantages offered by full electric servo press brakes in manufacturing are undeniable. From increased precision and accuracy to improved energy efficiency and cost savings, these machines have revolutionized the bending process. With their applications in panel bending and the flexibility they offer, full electric servo press brakes are set to transform the manufacturing industry further.
28

2023-09

Can automatic production lines for bending machines reduce personnel accidents?
Can automatic production lines for bending machines reduce personnel accidents? Yes, automatic production lines for bending machines can help reduce personnel accidents. These panel bender machines are designed to perform repetitive bending tasks with precision and efficiency, minimizing the need for manual intervention. By automating the bending process, workers are less likely to be exposed to hazardous conditions or perform repetitive motions that can lead to injuries. Automatic production lines for bending machines also incorporate safety features such as sensors, guards, and emergency stop buttons to ensure the well-being of workers. These safety mechanisms can detect any anomalies or potential hazards, immediately stopping the machine to prevent accidents. Additionally, automated systems can be programmed to follow strict safety protocols, reducing the risk of human error. Furthermore, by reducing the reliance on manual labor, automatic production lines eliminate the fatigue factor, which can contribute to accidents. Workers often face physical strain and exhaustion when performing repetitive tasks for long hours, increasing the likelihood of mistakes and injuries. Automation helps alleviate this issue by taking over the repetitive bending tasks, allowing workers to focus on other important aspects of production that require human skills and judgment. Overall, automatic production lines for bending machines press brake can significantly contribute to reducing personnel accidents by minimizing human involvement in potentially hazardous tasks, incorporating safety features, and eliminating the risk of fatigue-related errors.
28

2023-09

How to pick the right bending machine
A bending machine is a widely used device in the manufacturing industry for bending sheet metal into various shapes and sizes. However, there is a wide range of bending machines on the market, so how do you pick the right one for you? This article will provide you with some practical advice. First, you need to define your needs. The type of metal material you need to bend, its thickness, size, and the angle at which you bend it will all influence your choice. For example, if you regularly need to work with large-sized, thick metal sheets, then you may need a large, powerful bending machine. Conversely, if your needs are relatively small, then a small or medium-sized bending machine may be more suitable for you. Next, consider the operability of the Press Brake. A good bending machine should have a good human-machine interface that allows the operator to perform various operations with ease. In addition, some advanced bending machines have automation features that can greatly improve productivity. Further, you need to consider the brand and price of the bending machine. Generally speaking, the quality of bending machines from well-known brands is more guaranteed, and the after-sales service is also better. However, this does not mean that you have to choose the most expensive bending machine. You should make a reasonable trade-off based on your budget and needs. Finally, you can try out the bending machine before you buy. Many suppliers offer trials, which you can use to determine if the bending machine meets your needs. In addition, the trial can help you familiarize yourself with the operation of the bending machine, which will lay a good foundation for your later use. Overall, there are many factors to consider when picking the right bending machine for you, including your needs, the operability of the bending machine, the brand and price, and the trial experience. I hope this article can help you make a wise choice.