40-inch 3-in-1 Pan and Box Brake – Slip Roll, Shear, Bending Machine for Sheet Metal, 20 Gauge Mild Steel, Adjustable Fingers, Heavy Duty, Metalworking, Fabrication, Rolling, Bending MMCB4020
40-inch 3-in-1 Pan and Box Brake – Slip Roll, Shear, Bending Machine for Sheet Metal, 20 Gauge Mild Steel, Adjustable Fingers, Heavy Duty, Metalworking, Fabrication, Rolling, Bending MMCB4020
| Slip Roll Function | Minimum Rolling Diameter | 1.57" (40 mm) |
| Maximum Rolling Thickness | 20 Ga. mild steel | |
| Wire Sizes | 3/16", 1/4", 5/16" | |
| Roller Type | Slip Rollers for straightening and forming cylinders, cones, and arcs | |
| Brake Function | Maximum Bending Angle | 90° |
| Maximum Bending Thickness | 20 Ga. mild steel | |
| Minimum Reverse Bend | 1/2" | |
| Maximum Height of Pan/Box Brake Sides | 2-3/8" | |
| Shear Function | Shearing Capacity | 20 Ga. mild steel |
| Blades | Reversible upper shear blade and fixed lower table blade | |
| Cutting Method | The upper movable shear blade lowers past the fixed table blade to shear the workpiece | |
| Shear Length | 40" (maximum cutting length) | |
| Built for Longevity | Blade Adjustment | Adjustable for varying thickness and material types |
| Construction | Built with heavy-duty cast iron for durability and long-term reliability | |
| Finger Dies | Adjustable for pans and boxes of varying sizes | |
| Surface Construction | Surface-ground cast-iron construction for smooth operation | |
| Packing Size (LxWxH) | 49.13"(1248mm) × 17.56"(446mm) × 28.19"(716mm) | |
| N.W./G.W. | 399.04 / 465.17 lbs (181 / 211 kg) |
WARNlNG: This product can expose you to chemicals including engine exhaust (including diesel engine exhaust when equipped),lead and lead compounds, mineral oils, soots, phthalates, and carbon monoxide which are known to the State of California to cause cancer and birth defects or other reproductive harm. For more information go to www.P65Warnings.ca.gov.
Certain specification(s) are based on engineering calculations and are not actual measurements. Specification(s) are provided for comparison purposes only and are subject to change without notice. Specification(s) for your individual equipment will vary based on normal variations in design, manufacturing, operating conditions, and other factors.
Description
| Slip Roll Function | Minimum Rolling Diameter | 1.57" (40 mm) |
| Maximum Rolling Thickness | 20 Ga. mild steel | |
| Wire Sizes | 3/16", 1/4", 5/16" | |
| Roller Type | Slip Rollers for straightening and forming cylinders, cones, and arcs | |
| Brake Function | Maximum Bending Angle | 90° |
| Maximum Bending Thickness | 20 Ga. mild steel | |
| Minimum Reverse Bend | 1/2" | |
| Maximum Height of Pan/Box Brake Sides | 2-3/8" | |
| Shear Function | Shearing Capacity | 20 Ga. mild steel |
| Blades | Reversible upper shear blade and fixed lower table blade | |
| Cutting Method | The upper movable shear blade lowers past the fixed table blade to shear the workpiece | |
| Shear Length | 40" (maximum cutting length) | |
| Built for Longevity | Blade Adjustment | Adjustable for varying thickness and material types |
| Construction | Built with heavy-duty cast iron for durability and long-term reliability | |
| Finger Dies | Adjustable for pans and boxes of varying sizes | |
| Surface Construction | Surface-ground cast-iron construction for smooth operation | |
| Packing Size (LxWxH) | 49.13"(1248mm) × 17.56"(446mm) × 28.19"(716mm) | |
| N.W./G.W. | 399.04 / 465.17 lbs (181 / 211 kg) |
WARNlNG: This product can expose you to chemicals including engine exhaust (including diesel engine exhaust when equipped),lead and lead compounds, mineral oils, soots, phthalates, and carbon monoxide which are known to the State of California to cause cancer and birth defects or other reproductive harm. For more information go to www.P65Warnings.ca.gov.
Certain specification(s) are based on engineering calculations and are not actual measurements. Specification(s) are provided for comparison purposes only and are subject to change without notice. Specification(s) for your individual equipment will vary based on normal variations in design, manufacturing, operating conditions, and other factors.
