Batch Processing Metal Sheet- Punching, Stamping, Cutting, Perforating, Rolling and Forming, Full Electric Servo Hydraulic CNC Turret Power Press Punch Machine Update 2025-07-24
AYPA develops turret punch machine for years.
√ AYPA press can realize punching, cutting, forming or rolling function by CNC.
√ Servo press has faster speed and higher accuracy.
√ It can work with robot arm and is widely used to produce cabinet, fire door, kitchenware, refrigeration, aluminum walls and elevators
Company Profile
From Coil to Completion: The Future of Sheet Metal Fabrication.
AYPA provides the complete ecosystem for your workshop- a suite of advanced machinery designed to work in harmony,drastically reducing handling time while maximizing throughput. From raw material to finished product,experience the power of seamless automation.
Our Integrated Lineup:
1.CNC turret punching machine: Transform sheets with complex contours,forming,and tapping at blistering speeds.
2. Automatic bending machine: Automatically program and bending; ideal for complex/multi-step bends.
3. CNC press brake: Capable of processing thick/long workpiece.
4. Shearing Machine: Swing beam for thin metal and Guillotine for thick plate.
5. V Grooving Machine: Precisely score sheets to eliminate weld marks on seams,ensuring that folded corners are sharp,seamless,and aesthetically flawless.
6. Laser Cutting Machine: Achieve razor-sharp edges and intricate geometries with our high-power fiber laser,cutting through various thicknesses.
7. Deburring Machine: Eliminate sharp edges,slag,and burrs automatically.
8. Riveting Machine: Automate the insertion of fasteners with precision force monitoring,ensuring perfect hardware installation without damaging the workpiece surface.
Product Catalogue
CNC TURRET PUNCH MACHINE AUTO PANEL BENDING MACHINE AUTO TUBE BENDING MACHINE
CNC GRINDING MACHINE HYDRAULIC PRESS BRAKE AUTO RIVETING MACHINE
CHECK MORE HERE.
Product Parameters
| Items |
Unit |
Specifications |
| Punch Force |
KN |
300 |
| Frame Structure |
/ |
O type |
| Driving Type of Punching Head |
/ |
Full electric servo |
| Max. Processing Sheet (Reposition) |
MM |
5000*1250 |
| No. Of Clamp |
NO. |
3 |
| Max. Processing Sheet Thickness |
MM |
6.35 |
| Max. Punch Diameter |
MM |
Φ88.9 |
| Punch Pace |
HPM |
1800 |
| Max. Punch Hit at 1mm Pace |
HPM |
800 |
| Max. Punch Hot at 25.4mm Pace |
HPM |
400 |
| No. Of Tool Station |
No. |
8,12,16,24,28,32 including A,B,C,D station set |
| Controlling Axis |
N0. |
5 (X/Y/R/T/C) |
| Main Motor |
/ |
Japan Panasonic |
| Reposition Cylinder |
Set |
2 |
| Max. Sheet Moving Speed |
M/min |
106 |
| Tooling Rotation Speed |
Rpm |
30 |
| Accuracy |
mm |
±0.1 |
| Max. Load Weight |
Kg |
156 |
| Air Pressure |
MPa |
0.6 |
| Power |
V |
380± 5% |
| Total Weight |
T |
14 |
| Outline Dimension |
mm |
5200* 5200*2280 |
360° Rotating Auto-index Station
* Faster Indexing: The servo motor allows the turret to rotate at ultra-high speeds, using the shortest path to change tools. This significantly reduces tool change time compared to hydraulic systems.
* Quiet Operation: It rotates smoothly with less vibration and noise.
Fully Automatic Floating Clamp
* Programmable Pressure: Servo control allows the clamping force to be adjusted automatically based on the material thickness. Thin materials won't be deformed, and thick materials are held firmly.
* High-Speed Movement: They move faster and more precisely along the X and Y axes, thanks to the servo drive.
Automatic Electric Lifting Table
* Automatic Adjustment: Servo-driven lifting tables often feature automatic height adjustment of the brushes or balls. This ensures the sheet is always at the optimal height for punching, reducing friction and protecting the surface finish.
* Better Support: They provide more stable support for heavy sheets during high-speed positioning.
Large Lead Ball Screw
* High Precision: Servo presses typically use heavy-duty linear guide rails. The servo system ensures the axes move with zero backlash, resulting in higher accuracy and repeatability.
* Smooth Motion: They provide extremely smooth acceleration and deceleration, reducing shock to the machine frame.
Platform with a Combination of Universal Ball and Brush
* Reduced Friction: The work platform is typically equipped with ball units or brushes. Servo control ensures the sheet glides smoothly over these surfaces without scratching
* Chip Management: The design allows punched scrap to fall through easily, keeping the work surface clean and preventing damage to the sheet.
Mould Distribution
Packaging & Shipping
FAQ
1. Basic Concepts
Q: What is a CNC Turret Punch Press?
A: machine that punches holes and shapes in sheet metal using a rotating turret holding multiple tools, controlled by a computer.
Q: How does it work?
A: The sheet moves (X/Y axes), the turret rotates to select a tool, and a ram punches through the sheet into a die.
Q: What types exist?
A: Mechanical (flywheel), Hydraulic, and Full Electric Servo drives.
Servo is most energy-efficient and quiet.
2. Common Problems & Solutions
Q: Why are holes misaligned?
A: Check worn tooling, axis calibration, or loose clamps.
Q: Tools break or wear fast?
A: Wrong punch-die clearance, excessive force, lack of lubrication, or misalignment.
Q: Material sticks to punch (pull-down)?
A: Improve lubrication, sharpen tools, increase clearance, or use coated punches.
Q: Machine shows "Hydraulic Pressure Low"?
A: Check oil level, leaks, pump, and filters.
Q: "Turret Indexing Error"?
A: Clear debris from turret, check sensors, inspect gears for wear.
Q: How to reduce punching noise?
A: Use shear-angle punches, keep tools sharp, apply damping mats, and optimize clearance.
3. Tooling & Maintenance
Q: When to sharpen tools?
A: Every 15,000-20,000 hits, or when burrs increase / noise changes. Light, frequent sharpening is best.
Q: What is scrap rebound?
A: Slug sticks to punch and dents sheet. Fix by sharpening die, increasing clearance, using ejectors, or lubricating.
4. Best Practices
Q: How to avoid sheet distortion when punching many holes?
A: Use skip nibbling: punch every other hole first, then fill in the rest.
Q: Single punching vs nibbling?
A: Single punching makes a hole in one stroke; nibbling uses a small tool to step along a contour for large openings.
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