Hydraulic Guillotine Shearing Machine

Description

Cutting processes involves separating a piece of sheet metal by applying a great enough force to cause the material to fail. The most common cutting processes are carried out by using a shearing force, and are therefore sometimes called shearing processes. When a great enough shearing force is utilized, the shear stress in the material will be higher than the ultimate shear strength and the material will fail and separate at the shearing location. This shearing force is applied by two tools, one above and one below the metal sheet. Whether these tools are upper and lower blades or punches and dies, the tool above the metal sheet offers a quick downward blow to the sheet metal that rests over the lower tool. A small clearance exists between the edges of the upper and lower tools, facilitating the fracture of the material. The size of this clearance is typically 2 to 10% of the material thickness and relies one a few factors, including the material, the specific shearing process, and sheet thickness.

Features

A hydraulic guillotine shearing machine has a moving blade which is almost parallel to the fixed one during the whole stroke. It requires a gibbing system to keep the blade beam in proper position when shearing the metal sheet.

Shearing Precision

Because of different working principles and structures, hydraulic guillotine shearing machine is more precise than swing beam shear.

Shearing Angle

This kind of sheet metal cutting machine is so versatile for its adjustable shearing angle. Larger shearing angle is designed for strong shearing capacity, and smaller angle for fast shearing speed. For swing beam shear, neither cutting angle nor cutting speed can be adjusted.

Service Life of Cylinder

Hydraulic system is a frequently used drive system for swing beam shear and guillotine shear. For swing beam shear, its semi-circular cylinder is located inside, hard to lubricate and repair. While hydraulic guillotine shearing machine uses cylinder which is full of oil, eliminating the need of lubrication and enjoying a longer working period.

Advantages

1. This kind of sheet metal cutting machine adopts advanced integrated hydraulic system ensuring excellent reliability.
2. This hydraulic guillotine shearing machine adopts steel plate welding structure and vibration to eliminate stress.
3. This sheet metal cutting machine is designed with segmented shearing function and lighting function.
4. Hand wheel can adjust the gap between the blades fast, accurately and conveniently.
5. Rectangular blades have four cutting edges available for use.
6. The shearing angle of our hydraulic guillotine shearing machine can be adjusted to reduce deformation of plates.

Note

1. Proper operation in accordance with the manufacturer’s instructions;
2. Keep the hydraulic guillotine shearing machine clean all the time, and add anti-corrosive grease to move parts regularly;
3. Before starting this sheet metal cutting machine, lubricate it each time, and the lubricant should be free of foreign substances.
4. Make sure that the triangle belt, hand shank and buttons are in optimum operating situation. Check if the electrical parts can work in a safe and reliable way.
5. Well-trained personnel are responsible for operating the machine to avoid breaking it or giving rise to any accident.
6. Lubrication and careful inspection play significant roles in the maintenance of shearing machine.
Give us the information of metal plate material, such as thickness, maximum width, and we will quote you the most suitable machine!

Technical Parameters

Model	Shearing Thickness (mm)	Shearing Width (mm)	Number of Stroke (spm)	Back Gauge Stroke (mm)	Shearing Angle	Bench Height (mm)	Motor Power (kW)
Q11Y 6 × 2500	6	2500	16 to 35	20 to 600	30′ to 1°30′	800	7.5
Q11Y 6 × 3200	6	3200	14 to 35	20 to 600	30′ to 1°30′	800	7.5
Q11Y 6 × 4000	6	4000	10 to 30	20 to 600	30′ to 1°30′	800	7.5
Q11Y 6 × 5000	6	5000	10 to 30	20 to 800	30′ to 1°30′	900	11
Q11Y 6 × 6000	6	6000	8 to 5	20 to 800	30′ to 1°30′	1000	11
Q11Y 8 × 2500	8	2500	14 to 30	20 to 600	30′ to 2°	800	11
Q11Y 8 × 3200	8	3200	12 to 30	20 to 600	30′ to 2°	850	11
Q11Y 8 × 4000	8	4000	10 to25	20 to 600	30′ to 2°	900	11
Q11Y 8 × 5000	8	5000	10 to 25	20 to 800	30′ to 2°	1000	15
Q11Y 8 × 6000	8	6000	8 to 20	20 to 800	30′ to 2°	1050	15
Q11Y 12 × 2500	12	2500	12 to 25	20 to 800	30′ to 2°	840	15
Q11Y 12 × 3200	12	3200	12 to 25	20 to 800	30′ to 2°	900	15
Q11Y 12 × 4000	12	4000	8 to 20	20 to 800	30′ to 2°	940	15
Q11Y 12 × 5000	12	5000	8 to 20	20 to 1000	30′ to 2°	1000	22
Q11Y 12 × 6000	12	6000	6 to 20	20 to 1000	30′ to 2°	1060	30
Q11Y 16 × 2500	16	2500	12 to 20	20 to 800	30′ to 1°30′	840	22
Q11Y 16 × 3200	16	3200	12 to 20	20 to 800	30′ to 1°30′	900	22
Q11Y 16 × 4000	16	4000	8 to 15	20 to 800	30′ to 1°30′	940	22
Q11Y 16 × 5000	16	5000	8 to 15	20 to 1000	30′ to 1°30′	1000	30
Q11Y 16 × 6000	16	6000	6 to 15	20 to 1000	30′ to 1°30′	1100	37
Q11Y 20 × 2500	20	2500	10 to 20	20 to 800	30′ to 3°	900	30
Q11Y 20 × 3200	20	3200	10 to 20	20 to 800	30′ to 3°	950	30
Q11Y 20 × 4000	20	4000	8 to 15	20 to 800	30′ to 3°	1100	30
Q11Y 20 × 5000	20	5000	8 to 15	20 to 1000	30′ to 3°	1100	37
Q11Y 20 × 6000	20	6000	6 to 15	20 to 1000	30′ to 3°	1200	37
Q11Y 25 × 2500	25	2500	8 to 15	20 to 800	30′ to 1°30′	900	37
Q11Y 25 × 3200	25	3200	8 to 15	20 to 800	30′ to 1°30′	950	37
Q11Y 25 × 4000	25	4000	6 to 12	20 to 1000	30′ to 1°30′	1100	37
Q11Y 32 × 2500	32	2500	6 to 12	20 to 1000	30′ to 4°	1000	55
Q11Y 32 × 3200	32	3200	8 to 12	20 to 1000	30′ to 4°	1100	55
Q11Y 40 × 2500	40	2500	4 to 10	20 to 1000	30′ to 4°	1200	55
Q11Y 40 × 3200	40	3200	4 to 10	20 to 1000	30′ to 4°	1200	55