Hydraulic large row punch HS-150T

No

Name

Numerical value

1

Model

HS-150T

2

Nominal pressure

1500KN

3

Slider stroke

90mm

4

 Table length

3250mm

5

Height of lower die surface from ground

1045mm

6

Punching diameter

16.5mm

7

Punching spacing

50mm and 50mm multiples

8

Number of punching holes

1~60

9

Single stroke time

About 4 seconds

10

Operating voltage

380V/415V

11

Motor power

18.5KW

12

Overall dimensions (length * width * height)

3600*1300*2550

13

Whole machine weight

About 8000kg

Integration with Upstream Machining
In a modern automated production line, the Hydraulic large row punch HS-150T works seamlessly with CNC equipment such as the Vertical dual workpiece CNC multi head milling machine HS-1287.
The HS-1287 first performs multi-axis milling, slotting and profiling on aluminium panels or profiles with high dimensional accuracy. These precisely milled components are then fed into the HS-150T for row punching operations.
This workflow — milling via HS-1287 → high-speed punching via HS-150T — ensures excellent alignment between machined geometry and hole positioning. It minimizes handling, reduces scrap, and increases the speed of downstream assembly.

Precision and Reliability
The Hydraulic large row punch HS-150T features an advanced hydraulic clamping system that keeps each workpiece secure during punching, eliminating vibration and material shift.
A precision guide structure ensures that the punching needle and die core remain perfectly aligned, producing burr-free holes and reducing tool wear. Punch spacing can be adjusted in 50 mm increments, enabling versatile pattern design.
Even under continuous operation, the machine maintains accuracy and hole consistency across batches — essential for formwork panels and industrial profiles that require tight tolerances.

Industrial Structure & Performance
This machine is driven by an 18.5 kW motor and a high-displacement hydraulic system that produces strong, stable power delivery. The massive frame (≈ 8 tons) ensures rigidity and minimizes vibration during operation.
A punching diameter of 16.5 mm and a return stroke optimized for speed help balance power with efficiency. Tool changes are fast and safe — the lower die sleeve can be replaced without disassembling the return plate, minimizing downtime.
These engineering details make the Hydraulic large row punch HS-150T ideal for industrial use in continuous production environments.



Advantages of high-speed hydraulic punching technology

1. This machine is suitable for punching aluminum of building aluminum formwork floor, wall panel, female corner, keel and corner aluminum, with a maximum of 60 punching times and adjustable spacing of 50mm and 50mm multiple.

2. Punching needles need not be disassembled, and changing hole spacing does not need to disassemble punching needles.

3. The punching needle is guided by the returning plate to ensure that the punching needle is in the center of the die core and prolong the service life of the lower die sleeve of the punching needle.

4. The punching needle step design is equipped with automatic alignment, which ensures that the punching needle punches vertically downward, ensures that the punching needle die core is always concentric, does not interfere with the die core, avoids punching needle fracture, avoids the deformation of the material return plate and the lower die, and affects the service life of punching.

5, punching needle tip design, forming vertical punching force and horizontal shear force during punching; After the power is dispersed, it is more labor-saving, the heating speed of the hydraulic system is slow, and the exhaust is more powerful.

6. The hydraulic system uses SY-63YCY14-1B axial piston pump, which has a large displacement and faster cylinder speed, improves production efficiency, and the punching completion time is 4 seconds.

7. The punching needle drawing block is free of disassembly, and is designed with advance and retreat spring buckles. When the drawing block is opened or closed, the buckles will automatically jam, and when the punching vibration is discharged, it will not shift, so as to avoid the punching needle being crushed and the mechanical equipment being damaged due to the position deviation.

8. Replacing the lower die sleeve can be replaced only by removing the cushion block under the material returning plate without removing the material returning plate, thus greatly saving the replacement time.