Description

Hydraulic CNC Pendulum Plate Shears Model QC12Y/QC12K

Hydraulic CNC Pendulum Plate Shears

3200 mm Length, 10 mm Thickness

Product Specification

Hydraulic CNC Pendulum Plate Shears Model QC12Y

Performance and characteristics :

• This machine adopts hydraulic transmission. The overall welding structure design of the pendulum tool post is reasonable and reliable, offering good operational performance and convenient wedge usage.
• The blade mounting surface of the upper blade holder is a spiral surface, ensuring uniformity of the blade gap for high-quality cut sections.
• Equipped with a rapid adjustment mechanism between the blades for quick and precise adjustments.
• The stroke of the tool post is steplessly adjusted.
• The pressing force automatically adjusts with the shearing plate thickness.
• Features a motorized rear stopper device with manual fine-tuning.
• The stopper size and number of cuts are displayed digitally for ease of use.
• The power supply includes a power switch and a mechanical interlocking device for safety.

Hydraulic CNC Pendulum Plate Shears Model QC12K

Performance and characteristics :

• The host adopts the QC12K series model.
• Equipped with a digital display system: Features automatic counting, soft limit, one-way positioning, gap prompting for the back gear, and digital display of the back gear.
• The back gauge is equipped with a Burmese code device. Combined with the digital display system, the gear position display after use is more accurate, significantly improving the machine’s cutting accuracy.

Inquiries and Contact Information

Tel: 082-972-9329 (Jimmy)

083-256-5981 (Komin)

02-312-0227 (Office)

E-mail: [email protected]

Laser Cutting Machine
Principle of Operation:

• Utilizes laser energy to generate high-intensity thermal energy for material cutting.
• Laser cutting achieves high precision and fine detail.

Advantages:

• Cuts a wide range of materials including metals, plastics, wood, and glass.
• High precision allows for complex shape cutting.
• Thin and smooth cut edges minimize material damage.
• Reduced risk of material warping due to minimal heat application.

Disadvantages:

• High initial investment and maintenance costs.
• Requires significant electrical power consumption.
• Limitations in cutting very thick materials.

Hydraulic Cutting Machine
Principle of Operation:

• Employs hydraulic system energy to generate cutting pressure.
• Utilizes blades or pressure for the cutting process.

Advantages:

• Effective for cutting thick materials.
• Robust and suitable for high-force cutting applications.
• Lower power consumption compared to laser machines in certain scenarios.

Disadvantages:

• Lower precision compared to laser machines.
• Cut edges may be less smooth with potential for sharp burrs.
• Limitations in cutting complex shapes.
• Potential for material distortion due to applied pressure.

Conclusion:
Laser cutting machines are ideal for applications requiring high precision and intricate shapes.
Hydraulic cutting machines are best suited for tasks involving the cutting of thick materials and high-pressure applications.
The selection of the appropriate machine depends on the application type, material requirements, budget, and specific technical demands of the task.