About Swing Shear and Punching Machine
We have earned a remarkable position in Cangzhou, Chian as a trusted manufacturer and exporter of technically superior range of
NC Swing Shear & Punching Machine. We use the most modern production technology and excellent grade raw materials and components to ensure high durability and performance reliability. This type of machine is used for shearing and punching of various types of metal including copper, aluminium, carbon steel, stainless steel, alloy, etc.
NC Swing Shear & Punching Machine is an automatic model with colors can be supplied as per the choice of the clients.
Features:
- Impeccable quality
- Superlative finishing
- Fully automatic operating system
- Economical
Model:HJ-3003/4003/5003/8003B
Introduction and Usage
- This machine is mainly used for both straight&mitred cutting
- silicon steel laminations for transformer or reactors automatically.
- Cut the sillicon steel to be kinds of shape,such as right angle,bevel angle,
- Straight angle& bevel angle, hole punched,V -notch etc.
- This machine also has step-lap function.
Specification- Cutting length:200-5000mm
- Cut-to-length precision:+-0.02mm
- Cutting angle precision:Max 0.025degrees
- Cutting burr height:Max0.02mm
- Punching burr height:Max0.03mm
- Cutting speed:25-50 pieces per minute
Characteristics- Cutting power: Support the inverter motors of domestic famed brands, incorporate advanced speed, cut down the noise, extended service life.
- Feeding power: Appoint big torque AC servo motors, fast response, high and valuable positioning, low tumult, small thermal decline, durable life.
- Rail positioning: Step motor drings, central locations, ball screws & linear guide consignment, speedy and precious.
- Motion control: The motion control is executed by advanced PLC, HMI (Human Machine Interface) operation, effortless, convenient and adaptable maintenance.
- Lamination collecting: Circulating bells plus unloaded racks.
- Life assurance: The imported and worlds' most popular linear guides, ball screws, highly precious milling components are provided, advanced and precised assembly, enhanced service lives of the machines.
Heavy Duty VersatilityBuilt for demanding environments, this Swing Shear and Punching Machine can cut sheets up to 8 mm thick and punch holes up to 25 mm in diameter through 20 mm material. Its interchangeable punch dies and adjustable back gauge provide flexibility for a wide range of sheet metal work.
Precision and DurabilityWith a precision rating of 0.2 mm, this machine delivers consistently accurate cuts and holes. Its hardened alloy steel blades and rugged welded steel frame guarantee long-term durability, making it ideal for continuous industrial use.
User-Focused Safety and ControlEquipped with mechanical guards, a manual centralized lubrication system, and an emergency stop feature, the machine prioritizes operator safety. Manual lever control and non-computerized operation offer straightforward, hands-on usability for professionals.
FAQs of Swing Shear and Punching Machine:
Q: How does the Swing Shear and Punching Machine operate?
A: The machine operates using a mechanical drive powered by a 3 HP, 1440 RPM induction motor. Its manual lever control allows the operator to perform swing shear cutting and punching with precision, without the need for computerized systems.
Q: What materials and thicknesses can this machine cut and punch?
A: This machine is designed for mild steel, stainless steel, and aluminum sheets. It can shear sheets up to 8 mm thick, and punch holes up to 25 mm diameter through material up to 20 mm thick.
Q: When is lubrication required, and how is it managed?
A: Lubrication should be performed routinely using the manual centralized lubrication system. Regular maintenance according to operation frequency ensures smooth performance and enhances machine longevity.
Q: Where is this machine typically used?
A: It is widely utilized in sheet metal workshops, fabrication units, engineering workshops, and manufacturing plants across India due to its heavy-duty construction and versatility.
Q: What is the step-by-step process for changing punch dies?
A: To change punch dies, shut off power, engage the safety mechanism, remove the current die using appropriate tools, insert the desired interchangeable die, secure it in place, and perform a test punch to verify alignment before resuming operation.
Q: How does the machine benefit sheet metal fabrication workflows?
A: The machine combines shearing and punching capabilities with high durability, quick stroke speeds, and precise operation. This integration speeds up fabrication processes, ensures uniform results, and saves space by consolidating functions in one robust unit.