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The Hydraulic Angle Notching Machine is a specialized industrial tool designed for precise and efficient cutting of metal angles, widely used in structural steel fabrication, automotive parts production, and pipe processing industries. This machine employs a hydraulic power system to deliver consistent force, enabling it to notch various materials such as mild steel, stainless steel, and aluminum with thicknesses ranging from 1.0mm to 16mm, depending on the model.
| Quantity: | |
|---|---|
ACH200
Nominal force | 1000 KN | |
Rated pressure of hydraulic system | 22Mpa | |
Number of no-load running | 16 times/min | |
Maximum shear angle profile range | Single blade cutting | 200x200x20mm(Q235-A, Max. Tensile Strengthσb≈410MPa) |
200x200x18mm(Q420, Max. Tensile Strengthσb≈680MPa) | ||
Shearing angle | 0°~45 | |
Maximum cutting length | 300 mm | |
Square angle cutting | 200x200x16mm(Q235-A, Maximum tensile strengthσb≈410MPa) | |
200x200x12mm(Q420, Maximum tensile strengthσb≈680MPa) | ||
Ambient temperature | 0℃~40℃ | |
Motor power of hydraulic pump | 18.5kw | |
Machine overall size | 2635mmx1200mmx2090mm | |
Machine weight | about 6500kg | |
Its adjustable or fixed angle capabilities (typically 40°–135°) make it suitable for diverse applications, from creating 90° corners for metal boxes to custom angles for architectural components. With a focus on durability and user-friendly operation, these machines are engineered to meet the demands of high-volume manufacturing environments while maintaining strict quality standards.
The hydraulic-driven mechanism ensures stable and controlled cutting force, with models offering nominal pressures between 1000kN and 1800kN. This system allows for adjustable stroke lengths and step-less pressure regulation, optimizing performance for different material thicknesses and cutting angles. Unlike manual or pneumatic alternatives, hydraulic operation reduces operator fatigue and enhances productivity, achieving up to 40 strokes per minute.
Equipped with high-quality guides and auto-adjusting blade gaps, these machines achieve cutting accuracy within ±0.05mm. The notching dies, made from SKD11 steel with heat treatment, ensure long-term wear resistance and consistent burr-free cuts. For adjustable models, manual or motorized angle adjustment (e.g., ±45°) allows operators to switch between angles quickly without complex recalibration.
Constructed with welded steel frames and stress-relieved components, these machines offer exceptional rigidity and stability during operation. Features like reinforced worktables with T-slots and adjustable stops (e.g., 220mm maximum cutting length) facilitate precise workpiece alignment. Safety features, including transparent finger guards and emergency stop switches, comply with CE standards, prioritizing operator protection.
Manufacturers often provide modular designs, allowing integration of additional functions such as punching, marking, or bending units. For example, the QJZ series supports mold changes to accommodate tasks like angle notching in steel towers or automotive part production. Models like the QA28Y offer variable angles (40°–135°), while fixed-angle machines like the QF28Y excel in high-speed 90° cutting for applications like metal box fabrication.
Ideal for fabricating structural steel components, including beams, brackets, and trusses. The machine's ability to create precise angles (e.g., 90° for corner joints) streamlines the assembly of frameworks for buildings and bridges.
Used in manufacturing automotive parts such as chassis components, exhaust systems, and body frames. The adjustable angle feature supports complex geometries required for modern vehicle designs.
Efficiently notches pipes and tubes for applications like guardrails, handrails, and HVAC systems. Hydraulic models with auto-cooling systems ensure consistent performance during continuous operation on materials like stainless steel and aluminum.
Critical for producing machinery parts, agricultural equipment, and industrial shelving. The machine’s durability allows it to handle heavy-duty materials while maintaining tight tolerances.
A: Depending on the model, hydraulic angle notching machines can handle materials up to 16mm in mild steel and 4mm in stainless steel. Always refer to the product specifications for exact limits.
A: Routine maintenance includes checking hydraulic fluid levels, lubricating moving parts, and inspecting blade wear every 200–300 operating hours. Replace worn components (e.g., dies) as needed to maintain accuracy.
A: Some advanced models offer motorized angle adjustment, while others require manual rotation of the notching die. Adjustable machines typically cover angles from 40° to 135°.
A: Most manufacturers provide CE-certified models, ensuring compliance with European safety and environmental standards. Additional certifications may be available upon request.
A: Common materials include mild steel, stainless steel, aluminum, and copper. For specialized alloys, consult the manufacturer to confirm compatibility.
Nominal force | 1000 KN | |
Rated pressure of hydraulic system | 22Mpa | |
Number of no-load running | 16 times/min | |
Maximum shear angle profile range | Single blade cutting | 200x200x20mm(Q235-A, Max. Tensile Strengthσb≈410MPa) |
200x200x18mm(Q420, Max. Tensile Strengthσb≈680MPa) | ||
Shearing angle | 0°~45 | |
Maximum cutting length | 300 mm | |
Square angle cutting | 200x200x16mm(Q235-A, Maximum tensile strengthσb≈410MPa) | |
200x200x12mm(Q420, Maximum tensile strengthσb≈680MPa) | ||
Ambient temperature | 0℃~40℃ | |
Motor power of hydraulic pump | 18.5kw | |
Machine overall size | 2635mmx1200mmx2090mm | |
Machine weight | about 6500kg | |
Its adjustable or fixed angle capabilities (typically 40°–135°) make it suitable for diverse applications, from creating 90° corners for metal boxes to custom angles for architectural components. With a focus on durability and user-friendly operation, these machines are engineered to meet the demands of high-volume manufacturing environments while maintaining strict quality standards.
The hydraulic-driven mechanism ensures stable and controlled cutting force, with models offering nominal pressures between 1000kN and 1800kN. This system allows for adjustable stroke lengths and step-less pressure regulation, optimizing performance for different material thicknesses and cutting angles. Unlike manual or pneumatic alternatives, hydraulic operation reduces operator fatigue and enhances productivity, achieving up to 40 strokes per minute.
Equipped with high-quality guides and auto-adjusting blade gaps, these machines achieve cutting accuracy within ±0.05mm. The notching dies, made from SKD11 steel with heat treatment, ensure long-term wear resistance and consistent burr-free cuts. For adjustable models, manual or motorized angle adjustment (e.g., ±45°) allows operators to switch between angles quickly without complex recalibration.
Constructed with welded steel frames and stress-relieved components, these machines offer exceptional rigidity and stability during operation. Features like reinforced worktables with T-slots and adjustable stops (e.g., 220mm maximum cutting length) facilitate precise workpiece alignment. Safety features, including transparent finger guards and emergency stop switches, comply with CE standards, prioritizing operator protection.
Manufacturers often provide modular designs, allowing integration of additional functions such as punching, marking, or bending units. For example, the QJZ series supports mold changes to accommodate tasks like angle notching in steel towers or automotive part production. Models like the QA28Y offer variable angles (40°–135°), while fixed-angle machines like the QF28Y excel in high-speed 90° cutting for applications like metal box fabrication.
Ideal for fabricating structural steel components, including beams, brackets, and trusses. The machine's ability to create precise angles (e.g., 90° for corner joints) streamlines the assembly of frameworks for buildings and bridges.
Used in manufacturing automotive parts such as chassis components, exhaust systems, and body frames. The adjustable angle feature supports complex geometries required for modern vehicle designs.
Efficiently notches pipes and tubes for applications like guardrails, handrails, and HVAC systems. Hydraulic models with auto-cooling systems ensure consistent performance during continuous operation on materials like stainless steel and aluminum.
Critical for producing machinery parts, agricultural equipment, and industrial shelving. The machine’s durability allows it to handle heavy-duty materials while maintaining tight tolerances.
A: Depending on the model, hydraulic angle notching machines can handle materials up to 16mm in mild steel and 4mm in stainless steel. Always refer to the product specifications for exact limits.
A: Routine maintenance includes checking hydraulic fluid levels, lubricating moving parts, and inspecting blade wear every 200–300 operating hours. Replace worn components (e.g., dies) as needed to maintain accuracy.
A: Some advanced models offer motorized angle adjustment, while others require manual rotation of the notching die. Adjustable machines typically cover angles from 40° to 135°.
A: Most manufacturers provide CE-certified models, ensuring compliance with European safety and environmental standards. Additional certifications may be available upon request.
A: Common materials include mild steel, stainless steel, aluminum, and copper. For specialized alloys, consult the manufacturer to confirm compatibility.
