Technical Data Sheet: OMAG 3000 x 60 Bending Machine with 315mm Gap and 180mm Stroke

Introduction

The OMAG 3000 x 60 bending machine is a robust and versatile machine designed for precise bending of large sheet metal. This used but well-maintained model offers excellent performance and can be an excellent choice for those seeking a high-quality machine at a competitive price. In this document, we will explore in detail the features, technical specifications, and best practices for purchasing and maintaining an OMAG 3000 x 60 bending machine.

Product Description

Brand: OMAG
Model: 3000 x 60
Type: Sheet Metal Bending Machine

Components and Materials

• Structure: The OMAG 3000 x 60 bending machine is constructed with a sturdy steel frame, designed to ensure stability and resistance to mechanical stress. The robust structure helps maintain precision during processing.
• Hydraulic Cylinders: Hydraulic cylinders are used to apply bending force and are designed to handle high loads, ensuring uniform pressure along the length of the sheet metal.
• Control: This bending machine can be equipped with various types of controls, depending on the configuration. In general, modern controls allow for precise bend programming.
• Worktop: The worktop is made of high-quality, wear-resistant steel and designed to support large sheet metal.

Measurements and Performances

• Effective Bending Length: 3000 mm

• Bending Pressure: 60 tons

• Recess: 315 mm

• Stroke: 180 mm

• Passage Between Uprights: Specified based on machine configuration.

• Worktop Height: Specified based on configuration and work requirements.

Mechanical Characteristics

• Recess: The OMAG 3000 x 60 bending machine is equipped with a 315 mm recess, which allows you to perform bends with a constant radius and handle parts with special edges.
• Stroke: The stroke of the bending machine is 180 mm, offering the possibility of handling sheets of variable thickness.
• Control: Machine control may vary depending on the year of manufacture and model specifications, but generally allows for high precision in programming bending operations.

Usage Procedure

1. Material Preparation: Place the sheet metal on the work surface, making sure it is correctly aligned with the die and ram.
2. Setup: Adjust the machine controls to set the bending specifications, including bend angle and length. Machine setup should be based on the sheet metal dimensions and desired bend type.
3. Execution: Start the bending cycle via the control panel. Monitor the process to ensure the sheet metal is bent according to the set specifications.
4. Check and Adjust: After bending, check the workpiece to ensure it meets the desired specifications and make any adjustments if necessary.

Compatible Accessories

• Additional Die and Ram: To accommodate different bending geometries and materials.
• Cooling System: To handle high temperatures during prolonged operation.
• Support Devices: To facilitate the handling and positioning of large and heavy sheet metal.

Mathematical Formulas for Optimal Use

• Bending Force (F): Can be calculated with the formula: F=P×L2F = \frac{P \times L}{2} $F$ $=$ 2 P × L ​Where

  • PP $P$ is the bending pressure in tons.
  • LL $L$ is the useful bending length in mm.

• Bending Radius (R): Determined by the distance between the die and the ram: R=H2R = \frac{H}{2} $R$ $=$ 2 H ​Where

  • HH $H$ is the height of the fold in mm.

Workable Materials

The OMAG 3000 x 60 bending machine is designed to work on various metal materials, including:

• Stainless Steel: For applications requiring corrosion resistance.
• Carbon Steel: Suitable for structural and construction applications.
• Aluminum: For light and precision applications.

Maintenance and Evaluation of Used Vehicles

• Maintenance: Perform regular checks on hydraulic components and the control system. Lubricate moving parts and inspect the structure for signs of wear. Verify the proper functioning of safety devices.
• Used Appraisal: Check that the control system is functioning properly and that there are no signs of structural damage or excessive wear. Verify that all safety devices are functional and comply with safety regulations.

Sectors of Use

The OMAG 3000 x 60 sheet metal bending machine is used in various industrial sectors:

• Metalworking Industry: For the production of complex metal components.
• Automotive Sector: In the manufacturing of vehicle parts and equipment.
• Construction Industry: For the processing of sheet metal in structures and buildings.

Why Buy It Used and Ready for Delivery?

• Lower Cost: Buying a used folder like the OMAG 3000 x 60 can significantly reduce costs compared to buying a new one, while maintaining a good level of performance.
• Immediate Availability: Buying immediately allows you to start operations quickly without long waiting times.
• Reliability: OMAG benders are known for their durability and precision, and a well-maintained used unit offers excellent value.

Conclusion

The OMAG 3000 x 60 bending machine is an excellent choice for those seeking a robust and precise machine for processing large sheet metal. The combination of solid construction, advanced features, and the option of purchasing used and ready for immediate delivery makes this model a viable solution for many industrial sectors. With proper maintenance and careful evaluation, a used unit can offer excellent performance at a competitive price.