Synchronized Sheet Metal Bending Machine CMU Mod. 3 ES 130/30

General Overview

The CMU Mod. 3 ES 130/30 Synchronized Sheet Metal Bending Machine is a used machine, fully functional and compliant with CE regulations, designed for high precision bending operations. This model, known for its robustness and versatility, offers reliable performance and long operating life, making it an excellent choice for those seeking efficiency and quality in sheet metal processing.

Visual and Structural Description

The CMU Mod. 3 ES 130/30 has a solid and well-built design. Visually, the machine is imposing and compact, with a robust structure that reflects its ability to bend heavy and thick materials. It is equipped with a large and well-supported work table, with a total footprint of L 1750 mm x W 2895 mm x H 600 mm. The machine is made of high-quality steel, giving it remarkable strength and long life.

Components and Measurements

• Model : CMU Mod. 3 ES 130/30
• Useful folding length : 3100 mm
• Bending Force : 130 tons
• Axes : 4 axes (Y1, Y2, X, R)
• Passage between the uprights : 2750 mm
• Lateral recess : 500 mm
• Piston stroke : 250 mm
• Distance between table and ram : 430 mm
• Table Width : 130 mm
• Engine power : 18.5 kW
• Rapid speed : 130 mm/s
• Slow Speed : 9.9 mm/s
• Ascent speed : 120 mm/s
• Machine weight : 14000 kg
• Overall dimensions : L 1750 mm x W 2895 mm x H 600 mm

Mechanical and Technical Characteristics

The CMU Mod. 3 ES 130/30 ESA control , which allows precise and customizable management of the bending parameters. The machine has four main axes, which guarantee complete control over bending movements and high precision. The piston stroke of 250 mm and the table-ram distance of 430 mm allow it to handle a variety of sheet metal thicknesses and lengths.

• Control : ESA, for advanced and flexible processing management.
• Operation Speed : Varies depending on the mode, with a rapid speed of 130 mm/s and a slow speed of 9.9 mm/s.
• Safety Regulations : Complies with CE regulations, ensuring a safe and reliable working environment.

Usage Procedure

1. Preparation : Position the sheet metal on the work table, aligning it correctly with the reference systems.
2. Setup : Use the ESA control to configure bending parameters, including angle, length and force.
3. Operation : Start the bending process via the control panel, monitoring the movement of the pistons and the deformation of the sheet metal.
4. Verification : After bending, check the accuracy of the finished piece and make any adjustments if necessary.

Matching Accessories and Options

• Die and Punch : Customizable based on specific bending needs and materials treated.
• Support Devices : For positioning and supporting longer or heavier workpieces.
• Automation Systems : To improve efficiency and reduce cycle times.

Formulas and Parameters of Optimal Use

To ensure optimal and precise bending, the following formulas can be used:

• Bending Force : F=P⋅L2F = \frac{P \cdot L}{2} $F$ $=$ 2 P ⋅ L ​, PP $P$ is the applied force and LL $L$ is the length of the sheet metal.
• Bending Angle : Determined by ESA control settings and punch configuration.

Workable Materials

The CMU Mod. 3 ES 130/30 is suitable for bending various materials, including:

• Steel : Thicknesses and lengths compatible with the 130 ton capacity.
• Aluminum : For light and precise applications.
• Copper and Alloys : Based on the configuration of the dies and punches.

Maintenance and Verification of Good Condition

• Regular Maintenance : Includes checking and replacing worn components, checking the hydraulic system and cleaning moving parts.
• Visual Inspection : Check the wear of the components, the calibration of the axes and the functionality of the safety systems.
• Functional Test : Perform bending tests to ensure the machine operates within specified parameters.

Sectors of Use and Advantages of Used Equipment

The CMU Mod. 3 ES 130/30 is ideal for sectors such as:

• Metalworking Industry : For the processing of structural and industrial components.
• Automotive : For the production of body parts and structures.
• Construction and Manufacturing : In the production of elements for buildings and structures.

Advantages of Buying Used:

• Lower Cost : More competitive prices than purchasing a new machine.
• Reliability : Used machines are often completely overhauled and tested to ensure optimal performance.
• Sustainability : Reduction of the environmental impact associated with the production of new machines.

Can be viewed at our associated warehouses Possibility of transport and logistics throughout Italy and abroad Available for any information without obligation Code 240561