Hydraulic Press Brake For Sale

We have been producing press brakes for more than 20 years and have rich experience. At the same time, we have established deep relationships with various global technology and parts partners to ensure the stable operation of the press brakes we sell.

Press Brake

NC Press Brake

If you have limit budget, the NC press brake will be a good choice for you to finish sheet metal bending.

Press Brake

CNC Press Brake

CNC press brake has much higher accuracy, efficiency than NC press brake when bending metal plate.

Robotic Press Brake

Robotic Press Brake

Robotic press brake It can efficiently and accurately complete the automatic bending of sheet metal.

The most complete sheet metal bending allowance table

Common bending allowance table

Material Thickness V slot Angle Bending allowance
Steel plate, fingerprint resistant plate, aluminum zinc coated plate 1 8(30°) 30 0
45 0.5
60 1
75 1.4
7 90 1.8
105 1.2
120 0.8
135 0.5
150 0.3
165 0.2
1.2 8(30°) 30 0.2
45 0.7
60 1.1
75 1.7
7 90 2
105 1.4
120 1
135 0.6
150 0.4
165 0.2
1.5(actual 1.4) 8(30°) 30 0.5
45 0.9
60 1.4
75 1.9
10 90 2.6
105 1.8
120 1.2
135 0.8
150 0.5
165 0.2
Steel plate 2 12(30°) 30 0.6
45 1.3
60 1.9
75 2.5
12 90 3.5
105 2.4
120 1.6
135 1.1
150 0.7
165 0.3
2.5(actual 2.4) 12(30°) 30 1.2
45 1.8
60 2.4
75 3.2
16 90 4.4
Steel plate 2.5(actual 2.4) 16 105 3
120 2.1
135 1.3
150 0.8
165 0.4
3(actual 2.9) 57°die 60 2.9
75 3.8
18 90 5.2
105 3.6
120 2.4
135 1.6
150 1
165 0.5
Steel plate 4(actual 3.9) 25 90 6.7
105 4.8
120 3.3
135 2.2
150 1.3
165 0.6
4.5(actual 4.3) 25 90 7.3
105 5.2
120 3.5
135 2.4
150 1.4
165 0.7
5(actual 4.8) 40 90 9
105 6.5
120 4.3
135 2.8
150 1.7
165 0.8
6 40 90 10
105 7.4
120 5
135 3.3
150 2
165 0.9
Milled aluminum plate 1.2 7 90 1.5
1.5 10 90 2
Steel plate, aluminum zinc coated plate Bilayer 1.5 18 90 Inner 2.6 Outer 3.4
Bilayer 2 25 90 Inner 3.2 Outer 4.1
PVC 3 15(30°) 90 5

The bending allowance table is applicable to the corresponding material, material thickness and angle.

If the material thickness and angle in the table are not met, the following table can be used to calculate:

the bending allowance of the corresponding angle = material thickness * multiple of the corresponding angle 2.65-2.4

Angle Multiple of material thickness
60 1
65 1.1
70 1.3
75 1.5
80 1.6
85 1.7
90 1.8
95 1.6
100 1.4
105 1.2
110 1.1
115 1
120 0.8
125 0.7
130 0.6
135 0.55
140 0.5
145 0.3
150 0.33
155 0.3
160 0.2
165 0.15
170 0.1
175 0.1

For example, the material thickness is 3, the material is ordinary steel, the bending angle is 95 degrees, and the corresponding bending coefficient = 3 * 1.6 = 4.8

The bending allowance table requires the non-right angle dimensions to be marked and measured as follows:

bending allowance table requires the non-right angle dimensions to be marked and measured

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