The combined punching and shearing machine (mainly hydraulic combined punching and shearing machine) is an all-around player in small and medium-sized steel processing. The overall use effect is very efficient, practical, and cost-effective, especially suitable for multi process cutting and forming in industries such as steel structure, sheet metal, power, shelves, elevators, etc.

1、 Core usage effect (intuitive experience)

1. One machine for multiple uses, replacing multiple single machines
Integrated sheet cutting, profile (angle steel/channel steel/round steel/I-beam) cutting, punching, corner cutting, bending, die cutting and other functions.
Effect: No need to buy shearing machines, punching machines, angle steel cutting machines, or drilling machines; Save equipment costs, site costs, and labor costs.
2. Extremely high processing efficiency (3-5 times faster than traditional methods)
Punching speed of 18-30 times per minute, much faster than drilling.
Cutting, punching, and chamfering can be completed in one clamping operation without the need to switch equipment back and forth.
The efficiency of CNC type can be improved by up to 300%, and labor savings of about 66%.
3. Good processing quality (high precision, beautiful incision)
Punching: hole alignment, smooth edges, minimal burrs, perpendicularity error ≤ 0.1mm/100mm.
Shear: The incision is straight, with minimal deformation and no tearing; The blade can be used on all sides and remains sharp for a long time.
Good batch consistency: equipped with a positioning ruler, the workpiece size is stable.
4. Easy to operate, labor-saving, and safe
Hydraulic drive, just press the button/foot pedal lightly, with low technical requirements for workers.
Standard configuration: Two handed operation, safety cover, emergency stop, overload protection, not easy to hurt hands.
5. Low maintenance cost and durability
The blade can be flipped on all four sides, extending its lifespan by about 4 times.
The hydraulic system is stable, with low noise (about 75dB) and a low failure rate.
The frame is welded and quenched as a whole, with strong rigidity, low deformation, and long service life.


2、 Applicable scenarios (places with good effects)
Steel structure, iron tower, power: punching, cutting, and angle cutting of angle steel/channel steel
Shelves, elevators, ventilation ducts: sheet cutting, punching, bending
Construction machinery, agricultural machinery, and automobiles: rapid cutting of small structural components
Construction sites, processing plants, and maintenance workshops: multi variety, small batch, flexible processing
3、 Limitations (in situations where the effect is average)
Not suitable for ultra thick plates: general plate thickness ≤ 30mm, round steel ≤ ø 65mm; too thick has low efficiency and is easily damaged by knives.
Not suitable for extra long pieces: The cutting width is generally ≤ 600mm, and extra long pieces require secondary processing.
Not suitable for high-precision bending: The bending function is simple (mostly 90 °), and complex bending is not as good as specialized bending machines.
Large batch size: not as fast as a single machine on an assembly line (but outperforms multiple varieties and small batches).


4、 One sentence summary
Joint punching and shearing machine=saving equipment+saving space+saving labor+high efficiency+good quality+low maintenance
As long as you are processing small and medium-sized steel with multiple processes and varieties, the usage effect is very good and the cost recovery is fast;
When only producing a single ultra large batch or ultra thick material, the effect is not as good as specialized equipment.