A CNC hydraulic guillotine Shearing Machine is an advanced metal sheet cutting equipment using a CNC system to control the cutting process, can precisely control the cutting length and cutting Angle, and improve the processing accuracy and production efficiency. Using the brake structure, including the upper and lower tools, the up and down movement of the upper tool is controlled by the numerical control system to realize the cutting of the metal sheet. The CNC system can monitor and adjust the cutting parameters in real-time, ensure the high precision and consistency of the cutting products, and meet various processing requirements.
Europe's newest technology Practical and efficient stable and reliable, capable of carrying a variety of intelligent assist devices for CNC hydraulic guillotine shear machine |
Standard Estun E21 system ◆ High-definition LCD display screen, available in both Chinese and English languages, displaying programming parameters on one page for faster and more convenient programming. |
Vertical adjustment device and front stop position device It is installed on the left (squaring) front supporter, to ensure the cutting precision, simple and efficient. |
Simple and effective adjustment device through CNC system automatically adjusts the upper blade and lower blade gap to enhance cutting quality. |
High-precision back gauge Accuracy ball screw+linear guide construction, high-performance servo motor and driver, to ensure the stop position precision; Synchronous transmission construction of the unique design, stable and reliable. |
Automatic back gauge swing-up device To cut the work piece out of back gauge range. |
Lighting alignment device Aligning by light,helpful to mark out by hand for shearing. |
Good quality blades Made using good quality alloy tool steel to meet shear impact loading and high abrasion resistance requirement. |
Working table steel ball transfer structure Using rolling steel ball, reduces friction, ensure the work piece surface is not scratched. |
New and practical protected device Compliance to protect operator safety; Smart design can be realized manually operated small shearing. |
Delem DAC360 system(optional) The DAC-360T controller provides a user-friendly and multifunctional touch control solution for the shearing machine. Based on the most advanced electronic devices, multiple rear stop shafts, cutting angles, stroke lengths, and clearances can be controlled as needed. In addition to the rear material control, the DAC-360T also automatically calculates the required cutting angle and clearance settings based on material properties and thickness. Optimize the stroke length according to the required cutting length to improve productivity. |
Pneumatic sheet support device(suitable for CNC hydraulic guillotine shears)(optional) It can reduce the sagging deformation of the sheet in the shear, improve the cutting quality Front support arm movement and the upper blade frame movement of synchronous operation,front support arm is arranged on the wheel, easy to slip out of the sheet. |
Moveable front support arm (can be optional brush plate) The front support arm can move leftward and right ward and adapt to the supporting material of different width sheet. |
Angle positioning device(optional) The angle positioning device has a scale rod, By manually locating the lock with a fast handle and applied to the shear lrregular plate parts. |
CNC front feeding device (optional) Pneumatic clamps clamp the sheet metal; Controlled by a numerical control system for automatic feeding, sizing, and cutting. |
What are the safety features commonly found in CNC hydraulic guilotine shearing machine?
CNC hydraulic guillotine shearing machine is equipped with several safety features to protect both the operator and the machine. Here are some of the commonly found safety features:
Protective Fencing and Light Curtains
Protective fencing: Surrounds the machine to prevent unauthorized access to the cutting area during operation.
Light curtains: Infrared beams that act as a virtual barrier. If an object or person interrupts these beams, the machine stops immediately to prevent accidents.
Emergency Stop Buttons
Strategically placed around the machine, these emergency stop buttons allow the operator or other personnel to halt the machine instantly in case of any malfunction or hazardous situation.
Two-Handed Control System
Many CNC hydraulic guillotine shearing machines require two-handed operation to initiate the cutting process. This ensures that the operator's hands are safely away from the cutting area, reducing the risk of injury.
Safety Guards or Shields
Mechanical guards are placed near the cutting area to prevent direct contact with the blades during operation. These shields can be transparent to allow visibility but still offer protection.
Hydraulic Overload Protection
The machine is often equipped with hydraulic overload protection, which ensures that if the machine experiences excessive pressure or load during cutting, it shuts down or reduces pressure to avoid damage and injury.
Foot Pedal with Safety Feature
The foot pedal, used to control the cutting operation, often comes with a safety interlock that prevents the machine from operating if the pedal is pressed unintentionally.
Blade Gap Adjustment Sensors
Sensors that monitor the blade gap and ensure it is correctly set for the material being cut, reducing the chances of blade jamming or damage to the material and machine.
Anti-Backflow Safety Valve
This valve ensures that hydraulic pressure doesn’t build up unexpectedly, which could otherwise cause uncontrolled movements of the cutting blade.
Automatic Machine Locking System
When the machine is not in use or during maintenance, an automatic locking system may engage to prevent accidental starting of the machine.
Audible and Visual Alarms
Alarms alert operators to any malfunction or unsafe condition before, during, or after operation. This helps to reduce accidents by providing immediate feedback about any issues.
These safety features are crucial in CNC hydraulic guillotine shearing machine to ensure a secure working environment, prevent accidents, and enhance operational efficiency.