Meet Various Car Frames Truck Longitudinal Beams Flat Plate CNC Punching Line

Name: Meet Various Car Frames Truck Longitudinal Beams Flat Plate CNC Punching Line
Brand: JINAN AUTEN MACHINERY CO.,LTD.
Price: 300000.00 INR
Availability: InStock

Price 300000.00 INR/ Unit

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MOQ : 1 Unit

Meet Various Car Frames Truck Longitudinal Beams Flat Plate CNC Punching Line Specification

Product Type
Meet Various Car Frames Truck Longitudinal Beams Flat Plate CNC Punching Line

General Use
Industrial

Material
Metal

Weight (kg)
6000 Kilograms (kg)

Automatic
Yes

Power Source
Electric

Dimension (L*W*H)
2800x1800x2000 Millimeter (mm)

Feature
Low Energy Consumption, High Speed, High Precision

Warranty
Yes

Meet Various Car Frames Truck Longitudinal Beams Flat Plate CNC Punching Line Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
10 Units Per Day

Delivery Time
30 Days

About Meet Various Car Frames Truck Longitudinal Beams Flat Plate CNC Punching Line

Product features:

1. The control system adopts SIEMENS 828D CNC system, servo motor feeding, high working efficiency, stable workpiece precision.

2. The servo center centering device is installed on the feeding support roller, which can meet the processing of variable cross-section plates with a drop of 0-200mm.

3. 25 molds with different diameters can be installed, and the installation is quick and convenient.

4. The uploading, punching and downloading of the plate are completed automatically, thereby reducing the work intensity.

5. Automatic output and collection of waste.

6. The automatic programming software can directly call the graphics of AUTOCAD or the graphics in .DXF format generated by other CAD software, and complete the automatic generation of machine tool processing programs through a friendly human-machine interface, saving time and without errors.

Exceptional Efficiency and Precision

This CNC Punching Line has been engineered to deliver both high speed and remarkable accuracy, ensuring every punched part adheres to exact specifications. Its fully automatic functionality minimizes manual labor and reduces operational errors, making it an ideal asset for modern manufacturing lines requiring consistent and repeatable results.

Built for Heavy-Duty Industrial Applications

With a robust 6,000 kg metal build and generous dimensions, the punching line accommodates a variety of car frames, truck longitudinal beams, and flat plates. Its sturdy construction guarantees stability even during intensive use, catering to large-scale production facilities seeking reliable and long-lasting machine performance.

FAQs of Meet Various Car Frames Truck Longitudinal Beams Flat Plate CNC Punching Line:

Q: How does the CNC Punching Line enhance the production process?

A: The CNC Punching Line automates punching tasks with high speed and accuracy, reducing manual errors and increasing throughput. Its low energy consumption also keeps operational costs down.

Q: What materials can be processed with this machine?

A: This punching line is designed for metal processing, making it suitable for producing car frames, truck longitudinal beams, and various flat plate applications.

Q: When is this equipment most beneficial to use in an industrial setting?

A: This system is especially valuable for high-volume and precision-required manufacturing scenarios, such as automotive and heavy equipment sectors, ensuring consistent results in continuous operation.

Q: Where can this CNC Punching Line be installed?

A: With its compact dimensions, the machine can be installed in most standard industrial workshops or manufacturing plants equipped with necessary electrical supply.

Q: What is the general process flow for using this CNC Punching Line?

A: After setting up the digital punching parameters, materials are loaded onto the plate. The automatic system then precisely executes the punching sequence, producing ready-to-use components with minimal intervention.

Q: What are the main benefits of using this machine for your business?

A: Key benefits include increased production speed, improved product accuracy, reduced labor costs, and lower energy consumption, contributing to a more efficient and cost-effective manufacturing operation.

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